Tag: Larva

_Two-headed cobra (L1EM:19046339) [VFB_00102fkp]

fragments downstream pvl09, det pair, WB_DPLal123 R, *DPLal1-3_r akira, DPLal1-3 ant, DPlal1-3_ant_r akira, downstream of mPN iACT A1 right calyx, ASB TODO B1 right, downstream of mPN iACT B1 right, ASB No Way Out B1 right 21, downstream of handlebar-like, ASB Right PN-LH Input, ASB Downstream of Ipsi Bridges Right, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, ds olfactory mPNs >=5 synapses individual, spitting cobra, mw paired 169, pairs ds olfactory mPNs >=5 synapses individual, potential pairs ds visual PNs >= 5, pairs ds mPNs >= 10, LHNs, axoAxo mPNs, axoDen mPNs, mLHNs, putative LHN, mw brain neurons, mw brain neurons + SU, similarity matrix brain pairs right, similarity matrix brain lineage pairs right, _Two-headed cobra, DPLal1-3 R, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, DPLal1-3 a R, IPL/M, mw axon split complete, mw brain neurons split, #1, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL/M, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, mw 10018260 ds contralateral partners, mw 9577562 ds ipsilateral partners, mw 9577562 ds contralateral partners, stable, nr Tel-like 10 downstream 3-hop, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw thermo-warm 3rd_order, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, remove FB.d, mw FBN-cluster 48_level-7_clusterID-170_walksort-0.540, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 27_level-6_clusterID-108_signal-flow_0.011, 47_level-7_clusterID-176_signal-flow_0.010, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; _Two-headed cobra (L1EM:19046339); VFB CATMAID L1 CNS]

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_Two-headed cobra (L1EM:2988292) [VFB_00102eii]

WB_DPLal123 L, DPlal1-3_med_l akira, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, ASB TODO 8633467, li review for mPN right downstream less than 90% more than 5 synapses, ds olfactory mPNs >=5 synapses individual, no way out 18798880, spitting cobra, mw paired 169, pairs ds olfactory mPNs >=5 synapses individual, potential pairs ds visual PNs >= 5, pairs ds mPNs >= 10, ASB Unresolvable Frag at Gap; Microtubules, LHNs, axoAxo mPNs, axoDen mPNs, mLHNs, putative LHN, mw brain neurons, mw brain neurons + SU, similarity matrix brain pairs left, similarity matrix brain lineage pairs left, _Two-headed cobra, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, DPLal1-3 L, IPL/M, DPLal1-3 a L, mw axon split complete, mw brain neurons split, #1T, mw current paired, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL/M, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, lv R TOONs minus ORN PNs and KCs, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw degree 30-40, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, mw 10018260 ds contralateral partners, mw 9577562 ds ipsilateral partners, mw 9577562 ds contralateral partners, stable, nr Tel-like 10 downstream 3-hop, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw thermo-warm 3rd_order, downFB, mw interhemispheric integration 2-hop, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, remove FB.d, mw FBN-cluster 48_level-7_clusterID-170_walksort-0.540, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 27_level-6_clusterID-108_signal-flow_0.011, 47_level-7_clusterID-176_signal-flow_0.010, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; _Two-headed cobra (L1EM:2988292)]

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130729_SFO Cand 42a-42b_OSN_IN1 left (L1EM:3486867) [VFB_00102ej6]

Interneurons_Lobe1, IN_Searching for other 42a-42b, GPhN need partners, unfinished GPhN, paired with #5478818, WB_BAmas L, BAmas12_dor_l akira, downstream of AN-B2, DSB2A, downstream of SCAN2A, downstream of SCAN3A, upstream PI, hemilateral_pair_3486867_5478818, mw brain neurons, preANmotor, mw brain neurons + SU, AN_premotor_AS, mw brain inventory, upstream PMNs, upstream MN motor, mw previously complete, mw left, BAmas1/2 L, mw axon split complete, TR, mw brain neurons split, MxN motor upstream, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, #17T, mw brain neurons + sensories, mw dSEZ, test1, hugintopmn, hugintopmnleft, mw brain matrix, Pankratz pre, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw brain matrix + A1, FOR21, FOR21_inter, mw bilateral axon, mw ipsilateral dendrite, mw SEZ-center dendrite, mw betweenness_centrality >0.1, mw brain matrix and A1, mw brain paper all neurons, path2_FOR, allinter_FOR, P01_FOR, mw test matrices, stable, mw pre-dSEZ, mw partner loops, mw 3486867 upstream partners, mw 3486867 downstream partners, PL-1, TR, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, sw;pairs;L, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 5_level-7_clusterID-147_signal-flow_1.320, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); 130729_SFO Cand 42a-42b_OSN_IN1 left (L1EM:3486867); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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130729_SFO Cand 42a-42b_OSN_IN1 right (L1EM:5478818) [VFB_00102elw]

paired with #3486867, SOG neurons, WB_BAmas R, BAmas12_dor_r akira, downstream of AN-B2, downstream of AN-B1, DSB2A, downstream of B1 and B2, downstream of SCAN2A, hemilateral_pair_3486867_5478818, mw brain neurons, mw brain neurons + SU, mw brain inventory, upstream MN motor, mw right, TR, mw axon split complete, mw brain neurons split, mw draft complete, MxN motor upstream, mw colored-matrix-2019-09-12, #17, BAmas1/2 R, mw brain neurons + sensories, mw dSEZ, test1, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw brain matrix + A1, FOR21, FOR21_inter, mw bilateral axon, mw ipsilateral dendrite, mw SEZ-center dendrite, mw brain matrix and A1, mw brain paper all neurons, path1_FOR, allinter_FOR, P01_FOR, mw test matrices, stable, mw pre-dSEZ, mw partner loops, mw 3486867 upstream partners, mw 3486867 downstream partners, PL-1, TR, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, sw;pairs;R, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 5_level-7_clusterID-147_signal-flow_1.320, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [130729_SFO Cand 42a-42b_OSN_IN1 right (L1EM:5478818); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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2-2I of thorax [FBbt_00001470]

Primary interneuron that develops from NB2-1 of the thorax. These neurons form a fascicle of about 10 axons that projects contralaterally through the anterior commissure. Unlike the 2-2I of abdomen, the 2-2I fascicle of thorax does not turn anteriorly after reaching the contralateral connective. See Bossing et al., (1996) for a diagram.

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3-1I of thorax [FBbt_00001480]

Primary interneuron that develops from neuroblast NB3-1 of the thorax. The projections of these interneurons form a fascicle that projects through the anterior commissure. Unlike the fascicle formed by abdominal 3-1I, it does not show any appreciable bifurcation in the contralateral connective. See Bossing et al., (1996) for a diagram.

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3-2Mar [FBbt_00001549]

Any larval motor neuron that develops from NB3-2 and fasciculates with the intersegmental nerve, exiting the ventral nerve cord via the anterior root. According to Schmid et al. (1999) there are 4 motorneurons which project to muscles: DA2, DO2, DO3, DO4 and DO5. According to Landgraf et al. (1997), the 4 motorneurons innervate: DO3-5 and DT1.

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3rd Thermo - to peduncle #1 left (L1EM:4778745) [VFB_00102el5]

ASB downstream of right mPNs, pairs ds thermo PNs >= 5, potential pairs ds thermo PNs >= 5, 3rd Thermo - to peduncle #1 pair, m reviewed, LHNs, axoAxo vPNs, axoDen mPNs, axoDen tPNs, mLHNs, tLHNs, putative LHN, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, DPLc_post_lat_l akira, mw left, DPLc4 L, mw axon split complete, mw brain neurons split, SLP IPM, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SLP IPM, mw brain matrix, mw brain ipsilateral, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-tPNs, mw LHN, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw thermo-cold 3rd_order, mw LHN-tPN, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; 3rd Thermo - to peduncle #1 left (L1EM:4778745); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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3rd Thermo - to peduncle #1 right (L1EM:4319395) [VFB_00102ekm]

Cluster of MBE4s, WB_BLVp1 R, DPLc_post_lat_r akira, ASB Right PN-LH Input, off handlebar #1 2 somas; BLVa12 a 10 right, pairs ds thermo PNs >= 5, potential pairs ds thermo PNs >= 5, m reviewed, 3rd Thermo - to peduncle #1 pair, LHNs, axoAxo vPNs, axoDen mPNs, axoDen tPNs, mLHNs, tLHNs, putative LHN, mw brain neurons, mw brain neurons + SU, DPLc4 R, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, SLP IPM, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SLP IPM, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-tPNs, mw LHN, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw thermo-cold 3rd_order, mw LHN-tPN, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); 3rd Thermo - to peduncle #1 right (L1EM:4319395); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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3rd Thermo - to peduncle #2 left (L1EM:9201911) [VFB_00102esx]

ASB left, downstream of mPN iACT A2 left, downstream of left uPN, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li left uPN everything less than 90% reviewed, except “kc frag”, li review for mPN right downstream less than 90% more than 5 synapses, pairs ds thermo PNs >= 5, potential pairs ds thermo PNs >= 5, neuron, 3rd Thermo - to peduncle #2 pair, LHNs, axoDen mPNs, axoDen tPNs, mLHNs, tLHNs, putative LHN, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, DPLc4 L, mw axon split complete, mw brain neurons split, SLP IPM, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SLP IPM*, mw brain matrix, *DPLc_post_lat_l akira, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-tPNs, mw LHN, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-cold 3rd_order, mw LHN-tPN, mw interhemispheric integration 2-hop, sw;pairs;L, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; 3rd Thermo - to peduncle #2 left (L1EM:9201911); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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3rd Thermo - to peduncle #2 right (L1EM:17591687) [VFB_00102fg5]

DPLc_post_lat_r akira, ASB Right PN-LH Input, downstream of mPN, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB TODO 1.3 right, pairs ds thermo PNs >= 5, potential pairs ds thermo PNs >= 5, 3rd Thermo - to peduncle #2 pair, LHNs, axoDen mPNs, axoDen tPNs, mLHNs, tLHNs, putative LHN, mw brain neurons, mw brain neurons + SU, DPLc4 R, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, SLP IPM, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SLP IPM, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-tPNs, mw LHN, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-cold 3rd_order, mw LHN-tPN, sw;pairs;R, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; 3rd Thermo - to peduncle #2 right (L1EM:17591687)]

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3rd Thermo Left - ADL022 (L1EM:7582412) [VFB_00102epc]

Matching Downstream Neurons, ingrid27122, Common dwnst partners of left pdfLNs, multi modal interneuron_2, ASB downstream of right mPNs, 3rd Thermo pair, pairs ds thermo PNs >= 5, m reviewed, LHNs, axoAxo mPNs, axoAxo tPNs, axoAxo vPNs, axoDen tPNs, tLHNs, putative LHN, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, BLAd1-4 vl L, SLP, mw colored-matrix-2019-09-12, #1T, mw brain neurons + sensories, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw degree 30-40, mw brain matrix and A1, mw brain paper all neurons, SLPc comp L, mw test matrices, BLAd-vl_l akira, mw LNs to plot, stable, mw ds-tPNs, mw LHN, SLP 2, BLAd1-4 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw visual 3rd_order, mw thermo-cold 3rd_order, mw brain 3rd_order LN gustatory-external, mw brain 3rd_order LN_io gustatory-external, mw LNs_cohort, mw LNs_noncohort, mw LHLN, mw LHLN_io, mw LHN-tPN, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 9_level-5_clusterID-53_signal-flow_0.718, 16_level-6_clusterID-97_signal-flow_0.534, 28_level-7_clusterID-159_signal-flow_0.421, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LNs, ct LNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; 3rd Thermo Left - ADL022 (L1EM:7582412); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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3rd Thermo Right - ADL022 (L1EM:2776773) [VFB_00102ei0]

ADL022, ThermoSensoryCircuit, CURRENT, WB_BLAv2 R, BLAd-vl_r akira, ASB LH Interneuron, ASB Right PN-LH Input, ASB Dense Core, connect to locked MBE20, downstream of mPN, 3rd Thermo pair, pairs ds thermo PNs >= 5, m reviewed, Fragment reviewed by Albert, LHNs, axoAxo mPNs, axoAxo tPNs, axoAxo vPNs, axoDen tPNs, tLHNs, putative LHN, mw brain neurons, mw brain neurons + SU, BLAd1-4 vl R, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, mw axon split complete, SLP, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain ipsilateral, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, SLPc comp, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw LNs to plot, stable, mw ds-tPNs, mw LHN, SLP 2, BLAd1-4 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw visual 3rd_order, mw thermo-cold 3rd_order, mw brain 3rd_order LN gustatory-external, mw brain 3rd_order LN_io gustatory-external, mw LNs_cohort, mw LNs_noncohort, mw LHLN, mw LHLN_io, mw LHN-tPN, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 9_level-5_clusterID-53_signal-flow_0.718, 16_level-6_clusterID-97_signal-flow_0.534, 28_level-7_clusterID-159_signal-flow_0.421, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LNs, ct LNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); 3rd Thermo Right - ADL022 (L1EM:2776773); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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3rd-order Thermo left; (possible PVL005 ) (L1EM:4926999) [VFB_00102elc]

Matching Downstream Neurons, Big Group 1, 42a LH top, downstream of left uPN, li temp 10 25 2016 below 1500 nodes all left downstream of all right orn pns, ASB downstream of right mPNs, li left uPN everything less than 90% reviewed, except “kc frag”, li temp everything downstream of left upn with 3 synapses combined, li temp unpaird downstream of left uPN batch 1, li temp left side left, post 2+ 42a or 42b PN in LH, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw draft complete, BLVa1/2 a L, SLP IPL, mw colored-matrix-2019-09-12, #3T, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw brain neurons + sensories, BLVa12_l akira, SLP p IPL p, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-uPNs, mw LHN-from-uPN, sw:brain_paired:L, sw;brainpair;L, mw LN, mw olfactory 3rd_order, mw brain 3rd_order LN olfactory, mw brain 3rd_order LN_io olfactory, mw brain 3rd_order LN_io gustatory-external, mw LNs_cohort, mw LNs_noncohort, mw upstream KCs, mw LHN-uPN, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 9_level-5_clusterID-53_signal-flow_0.718, 16_level-6_clusterID-97_signal-flow_0.534, 28_level-7_clusterID-159_signal-flow_0.421, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LNs, ct LNs, ct LHNs [3rd-order Thermo left; (possible PVL005 ) (L1EM:4926999); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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7-1M [FBbt_00001558]

Any embryonic/larval motor neuron (FBbt:00007675) that develops from some neuroblast NB7-1 (FBbt:00001380). According to Landgraf et al. (1997) and Schmid et al. (1999), several motorneurons are produced from NB7-1: MN-DA2/DA3, MN-DO1/DO2, MN-LL1, MN-VO4-6 and MN-VO4/5. This term was obsoleted because neurons classes were made for each of these motorneurons.

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A-subperineurial glial cell [FBbt_00001259]

A large subperineural glial cell of the embryo or larva that lies anterior to the anterior segment border and anterior commissure and medial to the longitudinal connective in each abdominal and thoracic neuromere, (Klambt and Goodman, 1991; Ito et al., 1995). It sends a process to the dorsoventral channel (Ito et al., 1995). These cells have different neuroblasts of origin in different neuromeres (Beckervordersandforth et al., 2008).

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A00c_a7l (L1EM:6988490) [VFB_00102egb]

VNC, Unpaired, A7, A00c_a7l, Zgroup, ASC akira, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, AUTO multiple presynapses to brain, Imambocus et al, ND_all published et al [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; EM L1 Imambocus et al., 2022; A00c_a7l (L1EM:6988490); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia]

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A05g_a1l? lch projection neuron bilateral dendrites a1l (L1EM:8644484) [VFB_00102era]

Left CIT PN, ASB left, A1 neurons, A1L, A1L Interneurons, NB6-1 Candidates, T1 2 Orange, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, AUTO multiple presynapses to brain, mw A1 neurons, mw A1 wider set, mw left, mw A1 neurons paired, mw A1 ascending issues, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, VNC neurons asc MVT lat, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, asc MVT lat R T3-A2, CCWNBLASTVLEL9, sw:brain_paired:L, YYCWMLEH, sw;pairs;L, sw;mdev4, mw A1 interneuron Chord 2nd/3rd-order, mw A1 interneuron Chord 2nd_order, mw A1 ascending mechano, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 14_level-6_clusterID-88_signal-flow_0.646, 23_level-7_clusterID-88_signal-flow_0.646, ND_Chordotonal 2nd order, mw A1 post-sens plot, ND_published, ND_all published et al, ctd ascendings, ct ascendings [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); A05g_a1l? lch projection neuron bilateral dendrites a1l (L1EM:8644484); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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a05g_a1r (L1EM:14531828) [VFB_00102f36]

Zgroup, A1R, post_sensory, 1 red, Lin Q5 l A1 R, CvB com asc, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, mw A1 wider set, mw A1 neurons, mw right, mw A1 neurons paired, mw A1 ascending issues, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, VNC neurons asc MVT lat candidates L, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, NB6-1 Lin 12 A1 R, sw:brain_paired:R, sw;pairs;R, sw;mdev4, mw A1 interneuron Chord 2nd/3rd-order, mw A1 interneuron Chord 2nd_order, mw A1 ascending mechano, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 14_level-6_clusterID-88_signal-flow_0.646, 23_level-7_clusterID-88_signal-flow_0.646, ND_Chordotonal 2nd order, mw A1 post-sens plot, ND_published, ND_all published et al, ctd ascendings, ct ascendings [a05g_a1r (L1EM:14531828); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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A06k_a1r (L1EM:13775497) [VFB_00102f29]

A1R, putatitive3/12, NB5-2, mw brain inventory, NB5-2_lrpair, Ventral, m_19_all, A06k, m19_a1, Lin Q3 A1 R, CdB com asc, AUTO neuron fragments at 1103 gap, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, AUTO multiple presynapses to brain, SMALL FRAGMENT, NB5-2 Lin 6 A1 R, mw A1 wider set, mw A1 neurons, mw right, mw A1 neurons paired, mw A1 neurons paired ascending, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw A1 ascending broad dendrite, AC_A1_NB6_5-2_bundle, mw brain matrix and A1, mw brain paper all neurons, mw A1 ascending unknown, mw test matrices, NB5-3 Lin 05 A1 R, Lines for max, stable, nr Tel-like 10 downstream 3-hop, sw:brain_paired:R, YYCWMLEH, mw ascending temp, sw;idev4, sw;pairs;R, sw;mdev3, Maxime2022, avi doe early-born neurons A1, HX2_a1r, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, Candidate_17041097_avi, ND_published, ND_all published et al, ctd ascendings, ct ascendings [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; A06k_a1r (L1EM:13775497); CC-BY_4.0; VFB CATMAID L1 CNS]

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A08(X16)_a1l (A07_a1l) (L1EM:10949382) [VFB_00102ex6]

VLEL candidates a1l, ASB left, A1 neurons, A1L, A1L Interneurons, NB3-2_candidates, CCW A1L EL fasiculating cluster, T1 11 Purple, AUTO neuron fragments at 1103 gap, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, AUTO multiple presynapses to brain, mw A1 neurons, mw A1 wider set, mw left, mw A1 neurons paired, mw A1 neurons paired ascending, mw A1 ascending issues, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw A1 ascending tight dendrite, Merged: Neuron 20850117, mw A1 ascending mechano, mw contralateral axon, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, sw:brain_paired:L, YYCWMLEH, mw ascending temp, sw;idev2, sw;pairs;L, sw;mdev4, mw A1 interneuron Chord 2nd/3rd-order, mw A1 interneuron ES 2nd/3rd-order, mw A1 interneuron Unknown 2nd/3rd-order, mw A1 interneuron Chord 3rd_order, mw A1 interneuron ES 3rd_order, mw A1 interneuron Unknown 3rd_order, sw;cdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, ND_published, ND_all published et al, ctd ascendings, ct ascendings [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; A08(X16)_a1l (A07_a1l) (L1EM:10949382); VFB CATMAID L1 CNS]

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A08(X16)_a1r (A07_a1r) (L1EM:16945771) [VFB_00102fbk]

VLEL candidates a1r, ASB right, ASB downstream of right mPNs, A1 neurons, A1R, CCW A1R EL fasiculating cluster, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, AUTO multiple presynapses to brain, post-post-proprioceptor >5, mw A1 neurons, mw A1 wider set, mw right, mw A1 neurons paired, mw A1 neurons paired ascending, Merged: ASB Large Frag at Gap 18050742; microtubules , mw A1 ascending issues, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw A1 ascending tight dendrite, mw A1 ascending mechano, mw contralateral axon, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, sw:brain_paired:R, YYCWMLEH, mw ascending temp, sw;idev2, sw;pairs;R, sw;mdev4, mw A1 interneuron Chord 2nd/3rd-order, mw A1 interneuron ES 2nd/3rd-order, mw A1 interneuron Unknown 2nd/3rd-order, mw A1 interneuron Chord 3rd_order, mw A1 interneuron ES 3rd_order, mw A1 interneuron Unknown 3rd_order, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, ND_published, ND_all published et al, ctd ascendings, ct ascendings [EM L1 Winding, Pedigo et al., 2023; A08(X16)_a1r (A07_a1r) (L1EM:16945771); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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A08j2_a1r (L1EM:10949030) [VFB_00102ex5]

VLEL candidates a1r, A08j2 group akira, VLEL candidates a1r same bundle, EL paper gal80 neurons, Zgroup, ASB right, A1 neurons, A1R, NB3-3, CCW A1R EL fasiculating cluster, CCW potential ELs_a1r, CCW ELs, Earlya08_downstream, Ventral, m_19_all, 2 orange, m19_a1, Lin X8 A1 R, Cv com a asc CITv, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, AUTO multiple presynapses to brain, CCW_VLEL9_BIGpairs, NB3-3 Lin 08 A1 R, mw A1 neurons, mw A1 wider set, mw right, mw A1 neurons paired, mw A1 neurons paired ascending, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, Ellie all NB3-3 A1, mw A1 ascending broad dendrite, VNC neurons asc MVT lat L, mw brain matrix and A1, mw brain paper all neurons, mw A1 ascending unknown, mw test matrices, asc MVT lat L T3-A2, stable, sw:brain_paired:R, YYCWMLEH, CCWladderInput, mw ascending temp, sw;pairs;R, Maxime2022, EL_A1R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 14_level-6_clusterID-88_signal-flow_0.646, 23_level-7_clusterID-88_signal-flow_0.646, ND_published, ND_all published et al, ctd ascendings, ct ascendings [A08j2_a1r (L1EM:10949030); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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A08m2?_a4r (L1EM:2123393) [VFB_00102efq]

likely baton-1, TODO, review, post_sensory, CCW ELs a4r, Imambocus et al, atit_a4_CIII_circuit, NB3-2 Lin 07 A4 R, CCWA09Input, CCWA09input, ND_all published et al [EM L1 Imambocus et al., 2022; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; A08m2?_a4r (L1EM:2123393); VFB CATMAID L1 CNS]

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A09 (ASB SOG-LH Dense Core)_a1l (L1EM:5606265) [VFB_00102em8]

new babies, to cross, microt.!, down-PVL09-18, ascending_hairbrush, Larisa PVL09 downstream, LNM_dowstream1_18.05, det pair, Larisa check cross, Larisa circuits akira, ASB Right PN-LH Input, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, li review for mPN right downstream less than 90% more than 5 synapses, unpaired ds mPNs right >= 3 synapses individual, A1L, A1L Interneurons, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, AUTO multiple presynapses to brain, VNC L, mw A1 wider set, mw A1 neurons, mw left, mw A1 neurons paired, mw A1 neurons paired ascending, mw A1 ascending issues, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw A1 ascending broad dendrite, mw brain matrix and A1, mw brain paper all neurons, mw A1 ascending unknown, mw test matrices, stable, sw:brain_paired:L, CCWA09Input, mw ascending temp, sw;idev0, sw;pairs;L, sw;mdev3, mw review ascending axon, sw;mdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 37_level-7_clusterID-125_signal-flow_0.199, ND_published, ND_all published et al, ctd ascendings, ct ascendings [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); A09 (ASB SOG-LH Dense Core)_a1l (L1EM:5606265); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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A09 (ASB SOG-LH Dense Core)_a1r (L1EM:19718010) [VFB_00102flc]

Check_jm_akira, A1R, Lin X9 A1 R, Basin, com v VM, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, AUTO multiple presynapses to brain, mw A1 wider set, mw A1 neurons, mw right, mw A1 neurons paired, mw A1 neurons paired ascending, mw A1 ascending issues, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw A1 ascending broad dendrite, mw brain matrix and A1, mw brain paper all neurons, mw A1 ascending unknown, mw test matrices, NB3-5 Lin 9 A1 R, stable, sw:brain_paired:R, CCWA09Input, mw ascending temp, sw;idev0, sw;pairs;R, sw;mdev3, mw review ascending axon, Albert TODO, sw;mdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 37_level-7_clusterID-125_signal-flow_0.199, ND_published, ND_all published et al, ctd ascendings, ct ascendings [A09 (ASB SOG-LH Dense Core)_a1r (L1EM:19718010); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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A09 Contra Brain Projection_a1l (L1EM:3220616) [VFB_00102ej0]

spanned, brain gap crossing, C1 BPL domain, Brain projection, Left VMT PN, DELETE ME, A1L, A1L Interneurons, light blue, T1 9 Light Blue, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, AUTO multiple presynapses to brain, VNC neurons ascending MVTmed, VNC L, NB3-5 Candidates, mw A1 wider set, mw A1 neurons, mw left, mw A1 neurons paired, mw A1 neurons paired ascending, mw brain matrix + A1, VLPmed, mw A1 neurons paired + accessory + dVNCs, mw A1 ascending broad dendrite, mw brain matrix and A1, mw brain paper all neurons, VLPmed new, mw A1 ascending unknown, mw test matrices, asc MVT med R T3-A2, stable, sw:brain_paired:L, YYCWMLEH, CCWladderInput, CCWA09Input, CCWA09input, mw ascending temp, sw;idev4, sw;pairs;L, mw A1 interneuron ClassII_III 2nd/3rd-order, mw A1 interneuron ES 2nd/3rd-order, mw A1 interneuron Unknown 2nd/3rd-order, mw A1 interneuron ClassII_III 3rd_order, mw A1 interneuron ES 3rd_order, mw A1 interneuron Unknown 3rd_order, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 14_level-6_clusterID-88_signal-flow_0.646, 23_level-7_clusterID-88_signal-flow_0.646, ND_published, ND_all published et al, ctd ascendings, ct ascendings [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); A09 Contra Brain Projection_a1l (L1EM:3220616); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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A09 Contra Brain Projection_a1r (L1EM:16278312) [VFB_00102f7r]

Check_jm_akira, Check_jm_akira2, MacLeod, Fragment, A1R, NB5-6_Candidates, Lin X9 A1 R, Basin, com v VM, AUTO neuron fragments at 1103 gap, AUTO ascending neurons, AUTO multiple presynapses to brain, NB3-5 Lin 9 A1 R, mw A1 wider set, mw A1 neurons, mw right, mw A1 neurons paired, mw A1 neurons paired ascending, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw A1 ascending broad dendrite, VNC neurons ascending MVTmed L, mw brain matrix and A1, mw brain paper all neurons, VLPmed new L, mw A1 ascending unknown, mw test matrices, asc MVT med L T3-A2, stable, sw:brain_paired:R, YYCWMLEH, CCWA09Input, mw ascending temp, sw;idev4, sw;pairs;R, mw A1 interneuron ClassII_III 2nd/3rd-order, mw A1 interneuron ES 2nd/3rd-order, mw A1 interneuron Unknown 2nd/3rd-order, mw A1 interneuron ClassII_III 3rd_order, mw A1 interneuron ES 3rd_order, mw A1 interneuron Unknown 3rd_order, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 14_level-6_clusterID-88_signal-flow_0.646, 23_level-7_clusterID-88_signal-flow_0.646, ND_published, ND_all published et al, ctd ascendings, ct ascendings [A09 Contra Brain Projection_a1r (L1EM:16278312); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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A1-7 DA1 motor neuron [FBbt_00110220]

Motor neuron that innervates the internal dorsal acute muscle 1 of larval abdominal segments A1 to A7. Its dendritic arborization occupies the lateral domain of the ventral nerve cord neuropil. It exits the ventral nerve cord via the anterior root of the intersegmental nerve and innervates the DA1 muscle with type Ib boutons (Landgraf et al., 1997; Hoang and Chiba, 2001). By embryonic stage 16, it has a short contralaterally projecting neurite extending into the posterior commissure. It receives input from the contra- and ipsilateral larval A27h neuron. There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7. These neurons were identified in a EM reconstruction of a volume that includes the posterior half of abdominal segment 2 and abdominal segment 3, of a 12-24h old first instar larva. The number of connections was estimated from the publication figures. The number of input synapses was the following (number in brackets ipsilateral/contralateral): from A27h (10/10) (Schneider-Mizell et al., 2016).

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A1-7 DA2 motor neuron [FBbt_00002311]

Motor neuron that innervates the internal dorsal acute muscle 2 of larval abdominal segments A1 to A7 (Landgraf et al., 1997). Its dendritic arborization occupies the lateral and intermediate domains of the ventral nerve cord neuropil. It exits the ventral nerve cord via the anterior root of the intersegmental nerve and innervates the DA2 muscle with type Ib boutons (Landgraf et al., 1997; Hoang and Chiba, 2001). The muscle it innervates is one segment posterior to its soma (Zarin and Labrador, 2019). There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7. This motor neuron is an exception to the class of motorneurons that innervate the internal dorsal muscles whose dendrites occupy the lateral neuropil; it has dendrites in the intermediate and lateral regions (Mauss et al., 2009). Based on cell body position, the DA2 motor neuron appears to correspond to the U2 neuron (personal communication by Matthias Landgraf - FBrf0221138), however, Zarin et al. (2019) report that the DA2 motor neuron corresponds to U3.

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A1-7 DA3 motor neuron [FBbt_00110233]

Motor neuron developing from the fourth ganglion mother cell that differentiates from neuroblast NB7-1. It innervates the internal dorsal acute muscle 3 (DA3) of larval abdominal segments A1 to A7. Its dendritic arborization occupies the lateral domain of the ventral nerve cord neuropil. It exits the ventral nerve cord via the anterior root of the intersegmental nerve and innervates the DA3 muscle with type Ib boutons (Landgraf et al., 1997; Hoang and Chiba, 2001). Its soma is in the segment anterior to the muscle it innervates (Kohsaka et al., 2012). There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7. The DA3 motor neuron is likely to correspond to the U4 neuron. This is suggested by the cell body position and by extrapolating the observation that these neurons that extend their axons the furthest differentiate the earliest (personal communication by Matthias Landgraf - FBrf0221138).

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A1-7 DO1 motor neuron [FBbt_00002303]

U1 neuron of A1-7. It innervates dorsal oblique muscle 1 (DO1). Its dendritic arborization occupies the lateral domains of the ventral nerve cord neuropil. It exits the ventral nerve cord via the anterior root of the intersegmental nerve and innervates the DO1 muscle of the next posterior segment with type Ib boutons (Landgraf et al., 1997; Hoang and Chiba, 2001; Zarin and Labrador, 2019). There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7. Based on cell body position, the DO1 motor neuron corresponds to the U1 neuron (personal communication by Matthias Landgraf - FBrf0221138).

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A1-7 DO2 motor neuron [FBbt_00110230]

Motor neuron that innervates the internal dorsal oblique muscle 2 of larval abdominal segments A1 to A7. Its dendritic arborization occupies the lateral domain of the ventral nerve cord neuropil. It exits the ventral nerve cord via the anterior root of the intersegmental nerve and innervates the DO2 muscle with type Ib boutons. There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7. Based on cell body position, the DO2 motor neuron appears to correspond to the U3 neuron (personal communication by Matthias Landgraf - FBrf0221138), however, Zarin et al. (2019) report that the DO2 motor neuron corresponds to U2.

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A1-7 DO3 motor neuron [FBbt_00110237]

Motor neuron that develops from the neuroblast NB3-2 lineage (Landgraf et al., 1997). It innervates the internal dorsal oblique muscle 3 (DO3) of larval abdominal segments A1 to A7. Its dendritic arborization occupies the lateral domain of the ventral nerve cord neuropil. It exits the ventral nerve cord via the anterior root of the intersegmental nerve and innervates the DO3 muscle with type Ib boutons (Landgraf et al., 1997; Hoang and Chiba, 2001). These neurons (at least in A1 to A4) die during metamorphosis (Banerjee et al., 2016). Its soma is in the segment anterior to the muscle it innervates (Kohsaka et al., 2012). There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7.

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A1-7 DO4 motor neuron [FBbt_00110240]

Motor neuron that develops from the neuroblast NB3-2 lineage (Landgraf et al., 1997). It innervates the internal dorsal oblique muscle 4 (DO4) of larval abdominal segments A1 to A7. Its dendritic arborization occupies the lateral domain of the ventral nerve cord neuropil. It exits the ventral nerve cord via the anterior root of the intersegmental nerve and innervates the DO4 muscle with type Ib boutons (Landgraf et al., 1997; Hoang and Chiba, 2001). These neurons (at least in A1 to A4) die during metamorphosis (Banerjee et al., 2016). Its soma is located in the segment anterior to the muscle innervated (Kohsaka et al., 2012). There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7.

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A1-7 DO5 motor neuron [FBbt_00110241]

Motor neuron that develops from the neuroblast NB3-2 lineage (Landgraf et al., 1997; Schmid et al., 1999). It innervates the internal dorsal oblique muscle 5 (DO5) of larval abdominal segments A1 to A7. Its dendritic arborization occupies the lateral domain of the ventral nerve cord neuropil. It exits the ventral nerve cord via the anterior root of the intersegmental nerve and innervates the DO5 muscle with type Ib boutons (Landgraf et al., 1997; Hoang and Chiba, 2001). These neurons (at least in A1 to A4) die during metamorphosis (Banerjee et al., 2016). Its soma is found in the segment anterior to the muscle it innervates (Kohsaka et al., 2012). Muscle DO5 is only present in A1-7. There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al ., 1999), we infer A1 motor neuron innervation patterns from those of A2-7.

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A1-7 dorsal motor neuron [FBbt_00002207]

Motor neuron that innervates the internal dorsal acute, dorsal oblique and LL1 muscles of larval abdominal segments A1 to A7 (Landgraf et al., 2003). It exits the ventral nerve cord via the posterior root of the intersegmental nerve. It is one of the common exciters of the A1-7 muscles, innervating the dorsal and LL1 muscles via type Is boutons (Mauss et al., 2009). It receives input from the ipsilateral larval A02b, A27j, eIN-4 (A03a1) and A27e and contralateral larval A08e1-3 local neurons and A31k neuron. Unlike other ISN neurons, its soma is located in the same segment as the muscles it innervates (Zarin and Labrador, 2019). There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7. These neurons were identified in one EM reconstruction of abdominal segment 3 of a 12-24h old first instar larva (Heckscher et al., 2015; Schneider-Mizell et al., 2016). For Heckscher et al. (2015) only bilateral connections are reported. The number of identified input synapses was the following (number in brackets left/right): from A08e1 (1-4/1-7), A08e2 (1-4/1-7), A08e3 (1-4/1-7) (Heckscher et al., 2015). For Schneider-Mizell et al. (2016), the number of connections was estimated from the publication figures. The number of input synapses was the following (number in brackets left/right where available): from A02b (12/12), A27j (12/25), A03a1 (20/23), A27e (21), A31k (35/35) (Schneider-Mizell et al., 2016).

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A1-7 dorsal oblique muscle 5 [FBbt_00000613]

The ventral-most of the dorsal oblique muscles of A1-7. Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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A1-7 dorsal VUM motor neuron [FBbt_00002239]

Neuromodulatory motor neuron that innervates the internal dorsal acute and oblique muscles of larval abdominal segments A1 to A7 via type II boutons. It exits the ventral nerve cord via the posterior root of the intersegmental nerve and fasciculates with the ISNb or ISNd intersegmental nerve branches. These neurons have a virtually identical arborization pattern, shared with the lateral and ventral VUM neurons of A1-7. They arborize along and dorsal to the dorsal median fascicle and laterally along the dorsal lateral fascicle, invading the next anterior neuromere. In the dorsomedial neuropil, arborizations are sent into at least two (usually three) anterior neuromeres and the adjacent posterior neuromere (Selcho et al., 2012). There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7.

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A1-7 DT1 motor neuron [FBbt_00110278]

Motor neuron developing from neuroblast NB3-2 lineage that innervates the dorsal transverse muscle 1 (DT1) of abdominal segments 1 to 7 (Landgraf et al., 1997). It exits the ventral nerve cord via the anterior intersegmental nerve root, fasciculates with the intersegmental nerve, and innervates the DT1 muscle with type Ib boutons (Landgraf et al., 1997; Hoang and Chiba, 2001). Although it innervates an external muscle, its soma is clustered with those of the internal muscle-innervating neurons in the segment anterior to the muscle innervated (Landgraf et al., 2003). Its dendritic arborizations are found with those of other external muscle-innervating neurons, connected via a long posterior projection (Landgraf et al., 2003). Following Landgraf et al., 1997, larval motor neurons are named according to the muscle they innervate. The same caveats therefore apply regarding inference of serial homology from nomenclature as for the muscles: Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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A1-7 lateral VUM motor neuron [FBbt_00002255]

Neuromodulatory motor neuron that innervates the lateral transverse muscles of larval abdominal segments A1 to A7 via type II boutons. It exits the ventral nerve cord via the segmental nerve and fasciculates with the SNa segmental nerve branches. These neurons have a virtually identical arborization pattern, shared with the dorsal and ventral VUM neurons of A1-7. They arborize along and dorsal to the dorsal median fascicle and laterally along the dorsal lateral fascicle, invading the next anterior neuromere. In the dorsomedial neuropil, arborizations are sent into at least two (usually three) anterior neuromeres and the adjacent posterior neuromere (Selcho et al., 2012). There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7. In A2-7, these might also synapse to muscles 26 (VA1), 27 (VA2) and 29 (VA3) (Selcho et al., 2012).

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A1-7 LL1 motor neuron [FBbt_00110235]

Motor neuron developing from the fifth ganglion mother cell that differentiates from neuroblast NB7-1. It innervates the internal lateral longitudinal muscle 1 of larval abdominal segments A1 to A7. Its dendritic arborization occupies the intermediate domain of the ventral nerve cord neuropil. It exits the ventral nerve cord via the anterior root of the intersegmental nerve and innervates the LL1 muscle with type Ib boutons (Landgraf et al., 1997; Hoang and Chiba, 2001). Its soma is found in the segment anterior to the muscle it innervates (Kohsaka et al., 2012). There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7. The LL1 motor neuron is likely to correspond to the U5 neuron. This is suggested by the cell body position and by extrapolating the observation that these neurons that extend their axons the furthest differentiate the earliest (personal communication by Matthias Landgraf - FBrf0221138).

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A1-7 LO1 motor neuron [FBbt_00110274]

Motor neuron developing from neuroblast NB3-3 lineage that innervates the external lateral oblique muscle 1 of abdominal segments 1 to 7. The motor neuron exits the ventral nerve cord via the segmental nerve root nerve fasciculating with the SNa nerve branch and innervates the LO1 muscle with type Ib boutons. There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7.

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A1-7 LT1 motor neuron [FBbt_00110263]

Motor neuron developing from neuroblast NB2-2 lineage that innervates the external lateral transverse muscle 1. It exits the ventral nerve cord via the segmental nerve root, fasciculating with the SNa nerve branch and innervates the LT1 muscle with type Ib boutons. There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7.

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A1-7 LT2 motor neuron [FBbt_00110266]

Motor neuron developing from neuroblast NB2-2 lineage that innervates the external lateral transverse muscle 2. It exits the ventral nerve cord via the segmental nerve root nerve fasciculating with the SNa nerve branch and innervates the LT2 muscle with type Ib boutons. There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7.

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A1-7 LT3 motor neuron [FBbt_00110269]

Motor neuron developing from neuroblast NB3-2 lineage that innervates the external lateral transverse muscle 3. It exits the ventral nerve cord via the segmental nerve root nerve fasciculating with the SNa nerve branch and innervates the LT3 muscle with type Ib boutons. There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7.

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A1-7 LT4 motor neuron [FBbt_00110272]

Motor neuron developing from neuroblast NB3-2 lineage that innervates the external lateral transverse muscle 4. It exits the ventral nerve cord via the segmental nerve root nerve fasciculating with the SNa nerve branch and innervates the LT4 muscle with type Ib boutons. There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7.

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A1-7 SBM motor neuron [FBbt_00110276]

Motor neuron developing from the neuroblast NB2-4 lineage that innervates the external segment border muscle of abdominal segments 1 to 7 (Schmid et al., 1999). It exits the ventral nerve cord via the segmental nerve SNa branch and innervates the SBM muscle of the same segment with type Ib boutons (Hoang and Chiba, 2001; Zarin and Labrador, 2019). There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7.

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A1-7 V motor neuron [FBbt_00110302]

Neuromodulatory motor neuron that develops from the neuroblast 5-2 and innervates the ventral longitudinal muscle 1 (Landgraf et al., 1997). It fasciculates with the ISNb intersegmental nerve branch, innervating VL1 via type III boutons (Hoang and Chiba, 2001; Zarin et al., 2019). It soma is one segment anterior to the muscle it innervates, in the contralateral hemineuromere (Landgraf et al., 1997). There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7.

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A1-7 VA1 motor neuron [FBbt_00110254]

Motor neuron that innervates the external ventral acute muscle 1 of larval abdominal segments A1 to A7. It exits the ventral nerve cord via the segmental nerve root, fasciculating with the SNc nerve branch. These neurons (at least in A1 to A4) die during metamorphosis (Banerjee et al., 2016). There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7.

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A1-7 ventral motor neuron [FBbt_00002231]

Motor neuron that innervates the ventral oblique muscles VO1, 2, 4 and 5 and ventral longitudinal muscles VL1-4 of larval abdominal segments A1 to A7 via type Is boutons (Hoang and Chiba, 2001; Mauss et al., 2009). It exits the ventral nerve cord via the anterior root of the intersegmental nerve, fasciculating with the ISNb branch, and innervates muscles in the next posterior segment to its soma (Zarin and Labrador, 2019). There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7.

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A1-7 ventral VUM motor neuron [FBbt_00002247]

Neuromodulatory motor neuron that innervates the internal ventral oblique and longitudinal muscles of larval abdominal segments A1 to A7 via type II boutons. It exits the ventral nerve cord via the posterior root of the intersegmental nerve and fasciculates with the ISNb or ISNd intersegmental nerve branches. These neurons have a virtually identical arborization pattern, shared with the dorsal and lateral VUM neurons of A1-7. They arborize along and dorsal to the dorsal median fascicle and laterally along the dorsal lateral fascicle, invading the next anterior neuromere. In the dorsomedial neuropil, arborizations are sent into at least two (usually three) anterior neuromeres and the adjacent posterior neuromere (Selcho et al., 2012). There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7.

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A1-7 VL1 motor neuron [FBbt_00047470]

Motor neuron that innervates ventral longitudinal muscle 1 (VL1; muscle 12), in one of larval abdominal segments A1 to A7, via type Ib boutons (Hoang and Chiba, 2001). Its cell body is located contralateral to the muscle it innervates, the next anterior neuromere, and it fasciculates with the ISNb nerve branch (Hoang and Chiba, 2001; Kohsaka et al., 2012). There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7.

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A1-7 VL2 motor neuron [FBbt_00110292]

Motor neuron of the larva that synapses to the ventral longitudinal muscle 2 (muscle 13) of A1-7 with a type Ib bouton. Its cell body is ipsilateral to the target muscle at the distal edge of the CNS (Hoang and Chiba, 2001). It fasciculates with the intersegmental nerve branch b (ISNb), which also contains other neurons that innervate ventrolateral internal muscles (Kohsaka et al., 2015). It innervates the muscle of the segment immediately posterior to its soma (Kohsaka et al., 2015).

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A1-7 VL3/4 motor neuron [FBbt_00002215]

RP3 motor neuron that innervates the internal ventral longitudinal muscles 3 and 4 of A1-7. Its dendritic arborization occupies the intermediate domain of the ventral nerve cord neuropil. It exits the ventral nerve cord via the anterior root of the intersegmental nerve fasciculating with the ISNb nerve branch. Its soma is located in the segment anterior to the muscle it innervates (Landgraf et al., 1997). There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7.

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A1-7 VO1 motor neuron [FBbt_00002223]

RP4 neuron that innervates the internal ventral oblique muscle 1 (VO1; muscle 30) of segments A1-7. Its dendritic arborization occupies the intermediate domain of the ventral nerve cord neuropil. It exits the ventral nerve cord via the anterior root of the intersegmental nerve fasciculating with the ISNb nerve branch. Its soma is located in the segment anterior to the muscle it innervates (Landgraf et al., 1997). There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7.

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A1-7 VO2 motor neuron [FBbt_00002199]

RP1 motor neuron of A1-7. Its dendritic arborization occupies the lateral domain of the ventral nerve cord neuropil. It exits the ventral nerve cord via the anterior root of the intersegmental nerve and innervates the VO2 muscle (Mauss et al., 2009) via type Ib boutons. Its cell body is located in the segment anterior to the muscle it innervates (Landgraf et al., 1997). There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7. Innervation of muscle 14 makes this equivalent to the MN14-Ib neuron of Hoang and Chiba, 2001.

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A1-7 VO3 motor neuron [FBbt_00110284]

Motor neuron that develops from the neuroblast NB4-2 lineage. It innervates the internal ventral oblique muscle 3 of larval abdominal segments A1 to A7. Its dendritic arborization occupies the medial domain of the ventral nerve cord neuropil. It exits the ventral nerve cord via the anterior root of the intersegmental nerve, fasciculating with the ISNb nerve branch and innervates the VO3 muscle with type Ib boutons. These neurons (at least in A1 to A4) die during metamorphosis (Banerjee et al., 2016). There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7.

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A10i2?_a1l Chair-5-like? (L1EM:15315491) [VFB_00102f4e]

proprioceptive PNs, clb:todo_ddaE, clb:soma, clb:todo_ddaD, li:clb:unblocked, clb:joined, clb:todo_dmd1, clb:blocked, atsuki need help, A1L, A1L Interneurons, post_sensory, proprioception ascending PNs, DALd downstream, down left DALd LAL, AUTO neuron fragments at 1103 gap, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, AUTO multiple presynapses to brain, SMALL FRAGMENT, post-proprioceptor ascending neurons(synapse>10), Merged: Fragment, Merged: , Merged: Neuron 21186999, Merged: Neuron 21196322, NB2-2 Lin 10 A1 L, mw A1 wider set, mw A1 neurons, mw A1 neurons paired ascending, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw A1 ascending proprio, mw contralateral axon, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw left, mw pre-dSEZ 1%, stable, mw 17110024 upstream partners, CCWNBLASTVLEL9, sw:brain_paired:L, mw A1 out_hubs ad, mw ascending temp, sw;pairs;L, mw A1 interneuron Proprio 2nd/3rd-order, mw A1 interneuron ES 2nd/3rd-order, mw A1 interneuron Proprio 2nd_order, mw A1 interneuron ES 3rd_order, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 72_level-7_clusterID-135_signal-flow_-0.692, mw A1 post-sens plot, ND_published, ND_all published et al, ctd ascendings, ct ascendings, ct pre-DN-SEZs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; A10i2?_a1l Chair-5-like? (L1EM:15315491)]

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A10i2?_a1l Chair-5? (L1EM:12998937) [VFB_00102f0z]

Nerve Bundles, Neuron Fragments Search of Class IV, ASB left, clb:todo_ddaD, li:clb:unblocked, clb:soma, clb:joined, clb:todo_dmd1, clb:tmp2016-09-23, A1 neurons, A1L, NB2-2, T1_12, A1L Interneurons, ALBERT-EXP, post_sensory, U shape, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, AUTO multiple presynapses to brain, dbd postsynaptic partners to do, post-proprioceptor ascending neurons(synapse>10), NB2-2 Lin 10 A1 L, mw A1 neurons, mw A1 wider set, mw left, mw A1 neurons paired, mw A1 neurons paired ascending, mw A1 ascending issues, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw A1 ascending tight dendrite, mw A1 1st order proprio ascending, mw A1 ascending proprio, mw contralateral axon, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, NB5-2 Lin 06 T1 R, mw pre-dSEZ 1%, stable, nr Tel-like 10 downstream 3-hop, sw:brain_paired:L, mw ascending temp, sw;idev4, sw;pairs;L, sw;mdev4, mw A1 interneuron Proprio 2nd/3rd-order, mw A1 interneuron ES 2nd/3rd-order, mw A1 interneuron Proprio 2nd_order, mw A1 interneuron ES 3rd_order, sw;cdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 72_level-7_clusterID-135_signal-flow_-0.692, mw A1 post-sens plot, ND_published, ND_all published et al, ctd ascendings, ct ascendings, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; A10i2?_a1l Chair-5? (L1EM:12998937); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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A10i2?_a1r Chair-5-like? (L1EM:15556861) [VFB_00102f52]

neuron, clb:todo_ddaD, clb:joined, clb:soma, clb:todo_dmd1, clb:tmp2016-09-23, A1R, A1_06, NB2-2 Candidates, proprioception ascending PNs, magenta, 13 pink, Lin X2 A1 R, CdB com a, AUTO neuron fragments at 1103 gap, AUTO ascending neurons, AUTO multiple presynapses to brain, post-proprioceptor ascending neurons(synapse>10), Merged: Neuron 21210547, Merged: Neuron 21210554, SMALL FRAGMENT, NB2-2 Lin 10 A1 R, mw A1 wider set, mw A1 neurons, mw right, mw A1 neurons paired, mw A1 neurons paired ascending, mw A1 ascending issues, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw A1 ascending tight dendrite, mw A1 ascending proprio, mw contralateral axon, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw pre-dSEZ 1%, stable, mw 17110024 upstream partners, sw:brain_paired:R, mw A1 out_hubs ad, mw ascending temp, sw;pairs;R, mw A1 interneuron Proprio 2nd/3rd-order, mw A1 interneuron ES 2nd/3rd-order, mw A1 interneuron Proprio 2nd_order, mw A1 interneuron ES 3rd_order, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 72_level-7_clusterID-135_signal-flow_-0.692, mw A1 post-sens plot, ND_published, ND_all published et al, ctd ascendings, ct ascendings, ct pre-DN-SEZs [A10i2?_a1r Chair-5-like? (L1EM:15556861); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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A10i2?_a1r Chair-5? (L1EM:14938436) [VFB_00102f3z]

Tomoko training, LAL PN, DALcm, easy, A1R, A1_06, NB2-2 Candidates, post_sensory, proprioception ascending PNs, no soma, Lin X2 A1 R, CdB com a, AUTO neuron fragments at 1103 gap, AUTO ascending neurons, AUTO multiple presynapses to brain, post-proprioceptor unfinished neurons(synapse>2), post-post-proprioceptor >5, NB2-2 Lin 10 A1 R, mw A1 wider set, mw A1 neurons, mw A1 neurons paired ascending, Merged: Neuron 21534275, Merged: Neuron 21534284, Merged: Neuron 21535614, mw A1 ascending proprio, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw contralateral axon, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw right, mw pre-dSEZ 1%, stable, nr Tel-like 10 downstream 3-hop, sw:brain_paired:R, mw ascending temp, sw;idev4, sw;pairs;R, sw;mdev4, mw A1 interneuron Proprio 2nd/3rd-order, mw A1 interneuron ES 2nd/3rd-order, mw A1 interneuron Proprio 2nd_order, mw A1 interneuron ES 3rd_order, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 72_level-7_clusterID-135_signal-flow_-0.692, mw A1 post-sens plot, ND_published, ND_all published et al, ctd ascendings, ct ascendings, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; A10i2?_a1r Chair-5? (L1EM:14938436); VFB CATMAID L1 CNS]

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A10j_a1l (L1EM:21250110) [VFB_00102fml]

AUTO ascending neurons at 1112 gap, mw A1 neurons paired, mw A1 neurons paired ascending, mw A1 neurons paired + accessory + dVNCs, mw brain matrix + A1, mw A1 ascending broad dendrite, mw A1 ascending noci, mw dVNC important 1st-order upstream, mw contralateral axon, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw left, mw pre-dVNC 1%, stable, mw 4680995 upstream partners, sw:brain_paired:L, YYCWMLEH, mw A1 out_hubs ad, mw ascending temp, sw;pairs;L, mw A1 interneuron Noci 2nd/3rd-order, mw A1 interneuron Chord 2nd/3rd-order, mw A1 interneuron ClassII_III 2nd/3rd-order, mw A1 interneuron Unknown 2nd/3rd-order, mw A1 interneuron Noci 3rd_order, mw A1 interneuron Chord 3rd_order, mw A1 interneuron ClassII_III 3rd_order, mw A1 interneuron Unknown 3rd_order, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, Helper_avi, ND_published, ND_all published et al, ctd ascendings, ct ascendings, ct pre-DN-VNCs [A10j_a1l (L1EM:21250110); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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A10j_a1r (L1EM:9640873) [VFB_00102eu3]

A1 neurons, A1R, A1_12, putatitive3/12, A white, Lin Q3 A1 R, Cv com asc, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, AUTO multiple presynapses to brain, mw A1 neurons, mw A1 wider set, mw A1 neurons paired, mw A1 neurons paired ascending, mw A1 neurons paired + accessory + dVNCs, mw brain matrix + A1, mw A1 ascending broad dendrite, AC_A1_NB6_5-2_bundle, mw A1 ascending noci, mw dVNC important 1st-order upstream, mw contralateral axon, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, NB5-3 Lin 05 A1 R, mw right, Upstream CN29, VNC neurons ascending MVTmed L, asc MVT med L T3-A2, mw pre-dVNC 1%, stable, mw 4680995 upstream partners, sw:brain_paired:R, YYCWMLEH, CCWA09Input, CCWA09input, mw A1 out_hubs ad, mw ascending temp, sw;pairs;R, mw A1 interneuron Noci 2nd/3rd-order, mw A1 interneuron Chord 2nd/3rd-order, mw A1 interneuron ClassII_III 2nd/3rd-order, mw A1 interneuron Unknown 2nd/3rd-order, mw A1 interneuron Noci 3rd_order, mw A1 interneuron Chord 3rd_order, mw A1 interneuron ClassII_III 3rd_order, mw A1 interneuron Unknown 3rd_order, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, ND_published, ND_all published et al, ctd ascendings, ct ascendings, ct pre-DN-VNCs [A10j_a1r (L1EM:9640873); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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a2 fragment (L1EM:19157404) [VFB_00102egw]

nusreen to review, Imambocus et al, Merged: Neuron 22189462, ND_all published et al [EM L1 Imambocus et al., 2022; embryonic/larval neuron; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; a2 fragment (L1EM:19157404); CC-BY_4.0; VFB CATMAID L1 CNS]

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A2-7 VT1 motor neuron [FBbt_00110281]

Motor neuron developing from neuroblast NB4-1 lineage that innervates the ventral transverse muscle 1 of abdominal segments 2 to 7. It migrates medially and posteriorly during embryonic development (Schmid et al., 1999). It follows the transverse nerve and synapses to the VT1 muscle in the anterior part of the of the next posterior segment via type Ib boutons (Landgraf et al., 1997; Zarin et al., 2019). VT1 is only found in A2-7 segments (Zarin et al., 2019). Following Landgraf et al., 1997, larval motor neurons are named according to the muscle they innervate. The same caveats therefore apply regarding inference of serial homology from nomenclature as for the muscles: Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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A6r projection neuron (L1EM:2513992) [VFB_00102efs]

Zgroup, Fragments 2014-01-18 14:57, Wave-1-like a6r, T1 - 10 - Dark Blue, AUTO ascending neurons at 1112 gap, Imambocus et al, ND_all published et al [EM L1 Imambocus et al., 2022; A6r projection neuron (L1EM:2513992); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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AB left; DALv1 L Lineage - Downstream A00c (L1EM:17360254) [VFB_00102fek]

hook search, bilateral in brain, WB_DALv1 L, DALv1_l akira, ASB left, hemilateral_pair_4393350_17360254, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, VLP com, mw brain neurons split, #6T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw brain neurons + sensories, mw brain crosses commissure, VLPm com, mw preliminary LN, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw mixed axon/dendrite <0.2 segregation index, mw brain contralateral, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 2-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, PossiblePB, Potential PB.b, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;pairs;L, sw;mdev4, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; AB left; DALv1 L Lineage - Downstream A00c (L1EM:17360254); VFB CATMAID L1 CNS]

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AB right; Timo's Tel-like anterior cell body (L1EM:4393350) [VFB_00102eks]

WB_DALv1 R, VLP LAL, DALv1_r akira, LV, hemilateral_pair_4393350_17360254, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, VLP com, mw brain neurons split, #6, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw brain neurons + sensories, mw brain crosses commissure, VLPm com, mw preliminary LN, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, Merged: Fragments 2014-01-18 14:57, mw mixed axon/dendrite <0.2 segregation index, mw brain contralateral, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 2-hop, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;pairs;R, sw;mdev4, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; AB right; Timo’s Tel-like anterior cell body (L1EM:4393350)]

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abdominal 1 dorsal VUM motor neuron [FBbt_00002240]

Neuromodulatory motor neuron that innervates the internal dorsal acute and oblique muscles of larval abdominal segment A1 via type II boutons. It exits the ventral nerve cord via the posterior root of the intersegmental nerve and fasciculates with the ISNb or ISNd intersegmental nerve branches. It arborizes along and dorsal to the dorsal median fascicle and laterally along the dorsal lateral fascicle, invading the next anterior neuromere. In the dorsomedial neuropil, arborizations are sent into at least two (usually three) anterior neuromeres and the adjacent posterior neuromere (Selcho et al., 2012).

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abdominal 1 lateral multidendritic neuron ldaB [FBbt_00002427]

Any abdominal lateral multidendritic neuron ldaB (FBbt:00002426) that is part of some larval abdominal segment 1 (FBbt:00001748). Campos-Ortega and Hartenstein, 1997, have this labelled as a tracheal dendritic neuron ’ltd’ - but analysis in Grueber et al., 2002, shows this to be a class III da neuron. The name ltd is also sometimes used as a synonym for istd, an unrelated tracheal dendritic neuron found near the anterior segment boundary of A1-7.

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abdominal 1 lateral VUM motor neuron [FBbt_00002256]

Neuromodulatory motor neuron that innervates the lateral transverse muscles of larval abdominal segment A1 via type II boutons. It exits the ventral nerve cord via the segmental nerve and fasciculates with the SNa segmental nerve branches. It arborizes along and dorsal to the dorsal median fascicle and laterally along the dorsal lateral fascicle, invading the next anterior neuromere. In the dorsomedial neuropil, arborizations are sent into at least two (usually three) anterior neuromeres and the adjacent posterior neuromere (Selcho et al., 2012).

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abdominal 1 ventral VUM motor neuron [FBbt_00002248]

Neuromodulatory motor neuron that innervates the internal ventral oblique and longitudinal muscles of larval abdominal segment A1 via type II boutons. It exits the ventral nerve cord via the posterior root of the intersegmental nerve and fasciculates with the ISNb or ISNd intersegmental nerve branches. It arborizes along and dorsal to the dorsal median fascicle and laterally along the dorsal lateral fascicle, invading the next anterior neuromere. In the dorsomedial neuropil, arborizations are sent into at least two (usually three) anterior neuromeres and the adjacent posterior neuromere (Selcho et al., 2012).

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abdominal 1 VL1 motor neuron [FBbt_00047502]

Motor neuron that innervates ventral longitudinal muscle 1 (VL1; muscle 12), in larval abdominal segment A1, via type Ib boutons (Hoang and Chiba, 2001). Its cell body is located contralateral to VL1 and it fasciculates with the ISNb nerve branch (Hoang and Chiba, 2001). During metamorphosis, its target muscle, VL1, develops into a temporary eclosion muscle, with some remodeling of the neuron, and this neuron becomes adult persistent motor neuron 12-Ib A1 (Banerjee et al., 2016). There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7.

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abdominal 1 VL2 motor neuron [FBbt_00047491]

Motor neuron of the larva that synapses to the ventral longitudinal muscle 2 (muscle 13) of A1 with a type Ib bouton. Its cell body is in the metathoracic neuromere, ipsilateral to the target muscle at the distal edge of the CNS (Hoang and Chiba, 2001, Kohsaka et al., 2015). It fasciculates with the intersegmental nerve branch b (ISNb), which also contains other neurons that innervate ventrolateral internal muscles (Kohsaka et al., 2015). During metamorphosis, this neuron switches targets to innervate the newly formed muscle 80 and become adult persistent motor neuron 13-Ib A1 (Banerjee et al., 2016).

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abdominal 1 VO2 motor neuron [FBbt_00002200]

Larval VO2 motor neuron of A1. It innervates the internal ventral oblique muscle 2 (muscle 14) of abdominal segment 1 via type Ib boutons. During metamorphosis, this neuron is re-targeted to innervate temporary eclosion muscle VL2 and become adult persistent motor neuron 14-Ib A1 (Banerjee et al., 2016).

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abdominal 2 dorsal VUM motor neuron [FBbt_00002241]

Neuromodulatory motor neuron that innervates the internal dorsal acute and oblique muscles of larval abdominal segment A2 via type II boutons. It exits the ventral nerve cord via the posterior root of the intersegmental nerve and fasciculates with the ISNb or ISNd intersegmental nerve branches. It arborizes along and dorsal to the dorsal median fascicle and laterally along the dorsal lateral fascicle, invading the next anterior neuromere. In the dorsomedial neuropil, arborizations are sent into at least two (usually three) anterior neuromeres and the adjacent posterior neuromere (Selcho et al., 2012).

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abdominal 2 lateral multidendritic neuron ldaB [FBbt_00002428]

Any abdominal lateral multidendritic neuron ldaB (FBbt:00002426) that is part of some larval abdominal segment 2 (FBbt:00001749). Campos-Ortega and Hartenstein, 1997, have this labeled as a tracheal dendritic neuron ’td’ - but analysis in Grueber et al., 2002, shows this to be a class III da neuron.

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abdominal 2 lateral VUM motor neuron [FBbt_00002257]

Neuromodulatory motor neuron that innervates the lateral transverse muscles of larval abdominal segment A2 via type II boutons. It exits the ventral nerve cord via the segmental nerve and fasciculates with the SNa segmental nerve branches. It arborizes along and dorsal to the dorsal median fascicle and laterally along the dorsal lateral fascicle, invading the next anterior neuromere. In the dorsomedial neuropil, arborizations are sent into at least two (usually three) anterior neuromeres and the adjacent posterior neuromere (Selcho et al., 2012).

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abdominal 2 ventral VUM motor neuron [FBbt_00002249]

Neuromodulatory motor neuron that innervates the internal ventral oblique and longitudinal muscles of larval abdominal segment A2 via type II boutons. It exits the ventral nerve cord via the posterior root of the intersegmental nerve and fasciculates with the ISNb or ISNd intersegmental nerve branches. It arborizes along and dorsal to the dorsal median fascicle and laterally along the dorsal lateral fascicle, invading the next anterior neuromere. In the dorsomedial neuropil, arborizations are sent into at least two (usually three) anterior neuromeres and the adjacent posterior neuromere (Selcho et al., 2012).

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abdominal 2 VL1 motor neuron [FBbt_00047503]

Motor neuron that innervates ventral longitudinal muscle 1 (VL1; muscle 12), in larval abdominal segment A2, via type Ib boutons (Hoang and Chiba, 2001). Its cell body is located contralateral to VL1 and it fasciculates with the ISNb nerve branch (Hoang and Chiba, 2001). During metamorphosis, its target muscle, VL1, develops into a temporary eclosion muscle, with some remodeling of the neuron, and this neuron becomes adult persistent motor neuron 12-Ib A2 (Banerjee et al., 2016). There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7.

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abdominal 2 VL2 motor neuron [FBbt_00047492]

Motor neuron of the larva that synapses to the ventral longitudinal muscle 2 (muscle 13) of A2 with a type Ib bouton. Its cell body is in the abdominal 1 neuromere, ipsilateral to the target muscle at the distal edge of the CNS (Hoang and Chiba, 2001, Kohsaka et al., 2015). It fasciculates with the intersegmental nerve branch b (ISNb), which also contains other neurons that innervate ventrolateral internal muscles (Kohsaka et al., 2015). During metamorphosis, this neuron switches targets to innervate the newly formed muscle 111 and become adult persistent motor neuron 13-Ib A2 (Banerjee et al., 2016).

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abdominal 2 VO2 motor neuron [FBbt_00002201]

Larval VO2 motor neuron of A2. It innervates the internal ventral oblique muscle 2 (muscle 14) of abdominal segment 2 via type Ib boutons. During metamorphosis, this neuron is re-targeted to innervate temporary eclosion muscle VL2 and become adult persistent motor neuron 14-Ib A2 (Banerjee et al., 2016).

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abdominal 3 dorsal VUM motor neuron [FBbt_00002242]

Neuromodulatory motor neuron that innervates the internal dorsal acute and oblique muscles of larval abdominal segment A3 via type II boutons. It exits the ventral nerve cord via the posterior root of the intersegmental nerve and fasciculates with the ISNb or ISNd intersegmental nerve branches. It arborizes along and dorsal to the dorsal median fascicle and laterally along the dorsal lateral fascicle, invading the next anterior neuromere. In the dorsomedial neuropil, arborizations are sent into at least two (usually three) anterior neuromeres and the adjacent posterior neuromere (Selcho et al., 2012).

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abdominal 3 lateral multidendritic neuron ldaB [FBbt_00002429]

Any abdominal lateral multidendritic neuron ldaB (FBbt:00002426) that is part of some larval abdominal segment 3 (FBbt:00001750). Campos-Ortega and Hartenstein, 1997, have this labeled as a tracheal dendritic neuron ’td’ - but analysis in Grueber et al., 2002, shows this to be a class III da neuron.

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abdominal 3 lateral VUM motor neuron [FBbt_00002258]

Neuromodulatory motor neuron that innervates the lateral transverse muscles of larval abdominal segment A3 via type II boutons. It exits the ventral nerve cord via the segmental nerve and fasciculates with the SNa segmental nerve branches. It arborizes along and dorsal to the dorsal median fascicle and laterally along the dorsal lateral fascicle, invading the next anterior neuromere. In the dorsomedial neuropil, arborizations are sent into at least two (usually three) anterior neuromeres and the adjacent posterior neuromere (Selcho et al., 2012).

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abdominal 3 ventral VUM motor neuron [FBbt_00002250]

Neuromodulatory motor neuron that innervates the internal ventral oblique and longitudinal muscles of larval abdominal segment A3 via type II boutons. It exits the ventral nerve cord via the posterior root of the intersegmental nerve and fasciculates with the ISNb or ISNd intersegmental nerve branches. It arborizes along and dorsal to the dorsal median fascicle and laterally along the dorsal lateral fascicle, invading the next anterior neuromere. In the dorsomedial neuropil, arborizations are sent into at least two (usually three) anterior neuromeres and the adjacent posterior neuromere (Selcho et al., 2012).

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abdominal 3 VL1 motor neuron [FBbt_00047504]

Motor neuron that innervates ventral longitudinal muscle 1 (VL1; muscle 12), in larval abdominal segment A3, via type Ib boutons (Hoang and Chiba, 2001). Its cell body is located contralateral to VL1 and it fasciculates with the ISNb nerve branch (Hoang and Chiba, 2001). This neuron dies during metamorphosis (Banerjee et al., 2016). There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7.

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abdominal 3 VL2 motor neuron [FBbt_00047493]

Motor neuron of the larva that synapses to the ventral longitudinal muscle 2 (muscle 13) of A3 with a type Ib bouton. Its cell body is in the abdominal 2 neuromere, ipsilateral to the target muscle at the distal edge of the CNS (Hoang and Chiba, 2001, Kohsaka et al., 2015). It fasciculates with the intersegmental nerve branch b (ISNb), which also contains other neurons that innervate ventrolateral internal muscles (Kohsaka et al., 2015). During metamorphosis, this neuron switches targets to innervate an adult muscle along the ventral midline and become adult persistent motor neuron 13-Ib A3 (Banerjee et al., 2016).

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abdominal 4 dorsal VUM motor neuron [FBbt_00002243]

Neuromodulatory motor neuron that innervates the internal dorsal acute and oblique muscles of larval abdominal segment A4 via type II boutons. It exits the ventral nerve cord via the posterior root of the intersegmental nerve and fasciculates with the ISNb or ISNd intersegmental nerve branches. It arborizes along and dorsal to the dorsal median fascicle and laterally along the dorsal lateral fascicle, invading the next anterior neuromere. In the dorsomedial neuropil, arborizations are sent into at least two (usually three) anterior neuromeres and the adjacent posterior neuromere (Selcho et al., 2012).

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abdominal 4 lateral multidendritic neuron ldaB [FBbt_00002430]

Any abdominal lateral multidendritic neuron ldaB (FBbt:00002426) that is part of some larval abdominal segment 4 (FBbt:00001751). Campos-Ortega and Hartenstein, 1997, have this labeled as a tracheal dendritic neuron ’td’ - but analysis in Grueber et al., 2002, shows this to be a class III da neuron.

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abdominal 4 lateral VUM motor neuron [FBbt_00002259]

Neuromodulatory motor neuron that innervates the lateral transverse muscles of larval abdominal segment A4 via type II boutons. It exits the ventral nerve cord via the segmental nerve and fasciculates with the SNa segmental nerve branches. It arborizes along and dorsal to the dorsal median fascicle and laterally along the dorsal lateral fascicle, invading the next anterior neuromere. In the dorsomedial neuropil, arborizations are sent into at least two (usually three) anterior neuromeres and the adjacent posterior neuromere (Selcho et al., 2012).

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abdominal 4 ventral VUM motor neuron [FBbt_00002251]

Neuromodulatory motor neuron that innervates the internal ventral oblique and longitudinal muscles of larval abdominal segment A4 via type II boutons. It exits the ventral nerve cord via the posterior root of the intersegmental nerve and fasciculates with the ISNb or ISNd intersegmental nerve branches. It arborizes along and dorsal to the dorsal median fascicle and laterally along the dorsal lateral fascicle, invading the next anterior neuromere. In the dorsomedial neuropil, arborizations are sent into at least two (usually three) anterior neuromeres and the adjacent posterior neuromere (Selcho et al., 2012).

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abdominal 4 VL1 motor neuron [FBbt_00047505]

Motor neuron that innervates ventral longitudinal muscle 1 (VL1; muscle 12), in larval abdominal segment A4, via type Ib boutons (Hoang and Chiba, 2001). Its cell body is located contralateral to VL1 and it fasciculates with the ISNb nerve branch (Hoang and Chiba, 2001). This neuron dies during metamorphosis (Banerjee et al., 2016). There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7.

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abdominal 4 VL2 motor neuron [FBbt_00047494]

Motor neuron of the larva that synapses to the ventral longitudinal muscle 2 (muscle 13) of A4 with a type Ib bouton. Its cell body is in the abdominal 3 neuromere, ipsilateral to the target muscle at the distal edge of the CNS (Hoang and Chiba, 2001, Kohsaka et al., 2015). It fasciculates with the intersegmental nerve branch b (ISNb), which also contains other neurons that innervate ventrolateral internal muscles (Kohsaka et al., 2015). During metamorphosis, this neuron switches targets to innervate an adult muscle along the ventral midline and become adult persistent motor neuron 13-Ib A4 (Banerjee et al., 2016).

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abdominal 5 dorsal VUM motor neuron [FBbt_00002244]

Neuromodulatory motor neuron that innervates the internal dorsal acute and oblique muscles of larval abdominal segment A5 via type II boutons. It exits the ventral nerve cord via the posterior root of the intersegmental nerve and fasciculates with the ISNb or ISNd intersegmental nerve branches. It arborizes along and dorsal to the dorsal median fascicle and laterally along the dorsal lateral fascicle, invading the next anterior neuromere. In the dorsomedial neuropil, arborizations are sent into at least two (usually three) anterior neuromeres and the adjacent posterior neuromere (Selcho et al., 2012).

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abdominal 5 lateral multidendritic neuron ldaB [FBbt_00002431]

Any abdominal lateral multidendritic neuron ldaB (FBbt:00002426) that is part of some larval abdominal segment 5 (FBbt:00001752). Campos-Ortega and Hartenstein, 1997, have this labeled as a tracheal dendritic neuron ’td’ - but analysis in Grueber et al., 2002, shows this to be a class III da neuron.

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abdominal 5 lateral VUM motor neuron [FBbt_00002260]

Neuromodulatory motor neuron that innervates the lateral transverse muscles of larval abdominal segment A5 via type II boutons. It exits the ventral nerve cord via the segmental nerve and fasciculates with the SNa segmental nerve branches. It arborizes along and dorsal to the dorsal median fascicle and laterally along the dorsal lateral fascicle, invading the next anterior neuromere. In the dorsomedial neuropil, arborizations are sent into at least two (usually three) anterior neuromeres and the adjacent posterior neuromere (Selcho et al., 2012).

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abdominal 5 ventral VUM motor neuron [FBbt_00002252]

Neuromodulatory motor neuron that innervates the internal ventral oblique and longitudinal muscles of larval abdominal segment A5 via type II boutons. It exits the ventral nerve cord via the posterior root of the intersegmental nerve and fasciculates with the ISNb or ISNd intersegmental nerve branches. It arborizes along and dorsal to the dorsal median fascicle and laterally along the dorsal lateral fascicle, invading the next anterior neuromere. In the dorsomedial neuropil, arborizations are sent into at least two (usually three) anterior neuromeres and the adjacent posterior neuromere (Selcho et al., 2012).

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abdominal 5 VL1 motor neuron [FBbt_00047506]

Motor neuron that innervates ventral longitudinal muscle 1 (VL1; muscle 12), in larval abdominal segment A5, via type Ib boutons (Hoang and Chiba, 2001). Its cell body is located contralateral to VL1 and it fasciculates with the ISNb nerve branch (Hoang and Chiba, 2001). This neuron dies during metamorphosis (Banerjee et al., 2016). There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7.

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abdominal 5 VL2 motor neuron [FBbt_00047495]

Motor neuron of the larva that synapses to the ventral longitudinal muscle 2 (muscle 13) of A5 with a type Ib bouton. Its cell body is in the abdominal 4 neuromere, ipsilateral to the target muscle at the distal edge of the CNS (Hoang and Chiba, 2001, Kohsaka et al., 2015). It fasciculates with the intersegmental nerve branch b (ISNb), which also contains other neurons that innervate ventrolateral internal muscles (Kohsaka et al., 2015).

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abdominal 6 dorsal VUM motor neuron [FBbt_00002245]

Neuromodulatory motor neuron that innervates the internal dorsal acute and oblique muscles of larval abdominal segment A6 via type II boutons. It exits the ventral nerve cord via the posterior root of the intersegmental nerve and fasciculates with the ISNb or ISNd intersegmental nerve branches. It arborizes along and dorsal to the dorsal median fascicle and laterally along the dorsal lateral fascicle, invading the next anterior neuromere. In the dorsomedial neuropil, arborizations are sent into at least two (usually three) anterior neuromeres and the adjacent posterior neuromere (Selcho et al., 2012).

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abdominal 6 lateral multidendritic neuron ldaB [FBbt_00002432]

Any abdominal lateral multidendritic neuron ldaB (FBbt:00002426) that is part of some larval abdominal segment 6 (FBbt:00001753). Campos-Ortega and Hartenstein, 1997, have this labeled as a tracheal dendritic neuron ’td’ - but analysis in Grueber et al., 2002, shows this to be a class III da neuron.

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abdominal 6 lateral VUM motor neuron [FBbt_00002261]

Neuromodulatory motor neuron that innervates the lateral transverse muscles of larval abdominal segment A6 via type II boutons. It exits the ventral nerve cord via the segmental nerve and fasciculates with the SNa segmental nerve branches. It arborizes along and dorsal to the dorsal median fascicle and laterally along the dorsal lateral fascicle, invading the next anterior neuromere. In the dorsomedial neuropil, arborizations are sent into at least two (usually three) anterior neuromeres and the adjacent posterior neuromere (Selcho et al., 2012).

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abdominal 6 ventral VUM motor neuron [FBbt_00002253]

Neuromodulatory motor neuron that innervates the internal ventral oblique and longitudinal muscles of larval abdominal segment A6 via type II boutons. It exits the ventral nerve cord via the posterior root of the intersegmental nerve and fasciculates with the ISNb or ISNd intersegmental nerve branches. It arborizes along and dorsal to the dorsal median fascicle and laterally along the dorsal lateral fascicle, invading the next anterior neuromere. In the dorsomedial neuropil, arborizations are sent into at least two (usually three) anterior neuromeres and the adjacent posterior neuromere (Selcho et al., 2012).

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abdominal 6 VL1 motor neuron [FBbt_00047507]

Motor neuron that innervates ventral longitudinal muscle 1 (VL1; muscle 12), in larval abdominal segment A6, via type Ib boutons (Hoang and Chiba, 2001). Its cell body is located contralateral to VL1 and it fasciculates with the ISNb nerve branch (Hoang and Chiba, 2001). There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7.

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abdominal 6 VL2 motor neuron [FBbt_00047496]

Motor neuron of the larva that synapses to the ventral longitudinal muscle 2 (muscle 13) of A6 with a type Ib bouton. Its cell body is in the abdominal 5 neuromere, ipsilateral to the target muscle at the distal edge of the CNS (Hoang and Chiba, 2001, Kohsaka et al., 2015). It fasciculates with the intersegmental nerve branch b (ISNb), which also contains other neurons that innervate ventrolateral internal muscles (Kohsaka et al., 2015).

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abdominal 7 dorsal VUM motor neuron [FBbt_00002246]

Neuromodulatory motor neuron that innervates the internal dorsal acute and oblique muscles of larval abdominal segment A7 via type II boutons. It exits the ventral nerve cord via the posterior root of the intersegmental nerve and fasciculates with the ISNb or ISNd intersegmental nerve branches. It arborizes along and dorsal to the dorsal median fascicle and laterally along the dorsal lateral fascicle, invading the next anterior neuromere. In the dorsomedial neuropil, arborizations are sent into at least two (usually three) anterior neuromeres and the adjacent posterior neuromere (Selcho et al., 2012).

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abdominal 7 lateral multidendritic neuron ldaB [FBbt_00002433]

Any abdominal lateral multidendritic neuron ldaB (FBbt:00002426) that is part of some larval abdominal segment 7 (FBbt:00001754). Campos-Ortega and Hartenstein, 1997, have this labeled as a tracheal dendritic neuron ’td’ - but analysis in Grueber et al., 2002, shows this to be a class III da neuron.

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abdominal 7 lateral VUM motor neuron [FBbt_00002262]

Neuromodulatory motor neuron that innervates the lateral transverse muscles of larval abdominal segment A7 via type II boutons. It exits the ventral nerve cord via the segmental nerve and fasciculates with the SNa segmental nerve branches. It arborizes along and dorsal to the dorsal median fascicle and laterally along the dorsal lateral fascicle, invading the next anterior neuromere. In the dorsomedial neuropil, arborizations are sent into at least two (usually three) anterior neuromeres and the adjacent posterior neuromere (Selcho et al., 2012).

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abdominal 7 ventral VUM motor neuron [FBbt_00002254]

Neuromodulatory motor neuron that innervates the internal ventral oblique and longitudinal muscles of larval abdominal segment A7 via type II boutons. It exits the ventral nerve cord via the posterior root of the intersegmental nerve and fasciculates with the ISNb or ISNd intersegmental nerve branches. It arborizes along and dorsal to the dorsal median fascicle and laterally along the dorsal lateral fascicle, invading the next anterior neuromere. In the dorsomedial neuropil, arborizations are sent into at least two (usually three) anterior neuromeres and the adjacent posterior neuromere (Selcho et al., 2012).

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abdominal 7 VL1 motor neuron [FBbt_00047508]

Motor neuron that innervates ventral longitudinal muscle 1 (VL1; muscle 12), in larval abdominal segment A7, via type Ib boutons (Hoang and Chiba, 2001). Its cell body is located contralateral to VL1 and it fasciculates with the ISNb nerve branch (Hoang and Chiba, 2001). There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7.

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abdominal 7 VL2 motor neuron [FBbt_00047497]

Motor neuron of the larva that synapses to the ventral longitudinal muscle 2 (muscle 13) of A7 with a type Ib bouton. Its cell body is in the abdominal 6 neuromere, ipsilateral to the target muscle at the distal edge of the CNS (Hoang and Chiba, 2001, Kohsaka et al., 2015). It fasciculates with the intersegmental nerve branch b (ISNb), which also contains other neurons that innervate ventrolateral internal muscles (Kohsaka et al., 2015).

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abdominal 8 VUM neuron [FBbt_00047555]

Octopamine-expressing VUM neuron with a cell body located in abdominal neuromere 8 (a8) of the larval ventral nerve cord. There are two of these cells. Processes arborize in the dorsomedial neuropil of anterior neuromeres and some neurites reach the posterior part of a5. The efferents project via the intersegmental nerve. Vomel and Wegener, 2008 (FBrf0210246) reported that these cells were located in abdominal neuromere 7. For neurotransmitter expression analysis, Vomel and Wegener, 2008 used Tdc2-GAL4 (tyrosine decarboxylase - implies presence of tyramine) and anti-Tbh (tyramine beta-hydroxylase - implies presence of octopamine). Selcho et al., 2012 used Tdc2-GAL4, validated with anti-Tbh, anti-p-tyramine and anti-conjugated octopamine, to visualize tyraminergic and octopaminergic neurons. These may be motor neurons and may innervate the female reproductive tract (Vomel and Wegener, 2008), but muscle targets have not been demonstrated.

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abdominal 9 DUM neuron [FBbt_00047553]

Unpaired median neuron of abdominal neuromere 9 (terminal neuromere) of the larval ventral nerve cord (VNC). Its cell body is on the VNC midline in a dorsal location and it arborizes mostly in the dorsal part of A9, but neurites also branch extensively in the dorsal and medial neuropil of A8 and reach the posterior part of A7. It is tyraminergic and octopaminergic. There are two of these cells. Vomel and Wegener, 2008 (FBrf0210246) reported that these cells were located in abdominal neuromere 8. For neurotransmitter expression analysis, Vomel and Wegener, 2008 used Tdc2-GAL4 (tyrosine decarboxylase - implies presence of tyramine) and anti-Tbh (tyramine beta-hydroxylase - implies presence of octopamine). Selcho et al., 2012 used Tdc2-GAL4, validated with anti-Tbh, anti-p-tyramine and anti-conjugated octopamine, to visualize tyraminergic and octopaminergic neurons.

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abdominal anterior ventral multidendritic neuron vdaa [FBbt_00002517]

Multidendritic neuron in the anterior ventral sensory cluster of larval abdominal segments 1-7. Based on its dendritic pattern, it is a class IV dendritic arborizing neuron. It is remodeled into the adult vdaa neuron during metamorphosis (Shimono et al., 2009).

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abdominal desA neuron [FBbt_00002321]

Larval desA neuron of an abdominal neuromere. It is associated either with abdominal dorsal trichoid sensillum dh1 or with abdominal dorsal trichoid sensillum dh2. Fasciculates with the intersegmental nerve (Campos-Ortega and Hartenstein, 1997). From the current literature on abdominal desA and desB neurons (02/2010), it is not clear whether dh1 (the smaller, anteriorly located abdominal dorsal trichoid sensillum) is innervated by desA or desB. Similarly with dh2 (the larger abdominal dorsal trichoid sensillum). sr110210.

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abdominal desB neuron [FBbt_00002329]

Larval desB neuron of an abdominal neuromere. It is associated either with abdominal dorsal trichoid sensillum dh1 or with abdominal dorsal trichoid sensillum dh2. Fasciculates with the intersegmental nerve (Campos-Ortega and Hartenstein, 1997). From the current literature on abdominal desA and desB neurons (02/2010), it is not clear whether dh1 (the smaller, anteriorly located abdominal dorsal trichoid sensillum) is innervated by desA or desB. Similarly with dh2 (the larger abdominal dorsal trichoid sensillum). sr110210.

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abdominal dorsal bipolar neuron dbp [FBbt_00002442]

Bipolar multidendritic neuron in the dorsal sensory cluster of larval abdominal segments 1-7. It emits two longitudinal dendritic branches along dorsal acute muscle 3 (Williams and Shepherd, 1999), and fasciculates with the intersegmental nerve (Campos-Ortega and Hartenstein, 1997). It is a proprioceptor neuron (Heckscher et al., 2015). It has a large number of output synapses to A02a neurons (Schneider-Mizell et al., 2016) and also provides input to Jaam1 and Jaam3 neurons (Heckscher et al., 2015). The function of these neurons is not clear and they do not seem to innervate any particular structure. The two dorsal longitudinal dendrites may be joined between segments and establish the dorsal longitudinal nerve, DLN (Bodmer et al., 1989) (Smith and Shepherd, 1996). The number of output synapses to A02a (35/35, L/R) in Schneider-Mizell et al. (2016) was estimated from the publication figures.

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abdominal dorsal multidendritic neuron ddaD [FBbt_00002410]

Multidendritic neuron in the dorsal sensory cluster of larval abdominal segments 1-7. Based on its dendritic pattern, it is a class I dendritic arborizing neuron. It has strong outputs to the Jaam2 and Jaam3 neurons (Heckscher et al., 2015), as well as A27j and A02b (Schneider-Mizell et al., 2016). It is remodeled into the adult ddaD neuron during metamorphosis (Shimono et al., 2009). These neurons were identified in two EM reconstructions: one of the full CNS of a 6h old first instar larva, and another of abdominal segment 3 of a 12-24h old first instar larva (Heckscher et al., 2015; Schneider-Mizell et al., 2016). For Heckscher et al. (2015) only bilateral connections are reported. The number of identified output synapses in A1 was the following (number in brackets left/right): to Jaam2 (34/25), Jaam3 (35/40). It is still not known if the pattern of connections with Jaam neurons in A1 is replicated in the other abdominal segments (Heckscher et al., 2015). For Schneider-Mizell et al. (2016), the number of connections was estimated from the publication figures. The number of output synapses was the following (number in brackets left/right where available; ipsi- and contralateral connections separated by comma): to A27j (21), A02b (10, 14/15, 15) (Schneider-Mizell et al., 2016).

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abdominal dorsal multidendritic neuron ddaE [FBbt_00002418]

Multidendritic neuron in the dorsal sensory cluster of larval abdominal segments 1-7. Based on its dendritic pattern, it is a class I dendritic arborizing neuron. Some of these are remodeled into (short-lived) adult ddaE neurons during metamorphosis, neurons in posterior segments degenerate prior to eclosion (Shimono et al., 2009).

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abdominal dorsal trichoid sensillum dh1 [FBbt_00002783]

Small, mono-innervated hair of the dorsal sensory complex of larval abdominal segments 1-7. Note that this organ (identified as the anterior organ in the dh1-dh2 organ pair) is reported to be tri-innervated in Campos-Ortega and Hartenstein, 1997. The formerly separate term ‘h3’ (FBbt:00002791) has been merged with dh1: It is clear from comparing the diagrams in Dambly-Chaudiere and Ghysen (1986) with Campos-Ortega and Hartenstein (1997), that the authors are referring to the same sensillum; FlyPNS also states that these are synonyms.

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abdominal intersegmental trachea-associated neuron istd [FBbt_00002189]

Trachea associated multidendritic neuron located anteriorly in the lateral sensory cluster of larval abdominal segments 1-7. Referred to by Bodmer and Jan, 1987, and FlyPNS as ltd. Confusingly, Campos-Ortega and Hartenstein, 1997, use the name ltd to refer to a different multi-dendritic neuron, ldaB.

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abdominal lateral multidendritic neuron ldaA [FBbt_00002434]

Multidendritic neuron in the lateral sensory cluster of larval abdominal segments 1-7. Based on its dendritic pattern, it is a class II dendritic arborizing neuron. It is remodeled into the adult ldaA neuron during metamorphosis (Shimono et al., 2009). Disambiguation - there is a multidendritic neuron of the lateral sensory cluster of T2 and T3 with the name ldaA (Campos-Ortega and Hartenstein, 1997), but this likely reflects a naming coincidence rather than indicating they should be classified with the ldaA neurons of A1-7.

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abdominal lateral multidendritic neuron ldaB [FBbt_00002426]

Multidendritic neuron in the lateral sensory cluster of larval abdominal segments 1-7. Its dendrites harbour long primary and secondary branches with many spiked protrusions (1-20um) along most of their length. Campos-Ortega and Hartenstein, 1997, have this labelled as a tracheal dendritic neuron ’ltd’ - but analysis in Grueber et al., 2002, shows this to be a class III da neuron. The name ltd is also sometimes used as a synonym for istd, an unrelated tracheal dendritic neuron found near the anterior segment boundary of A1-7.

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abdominal lateral pentascolopidial chordotonal organ lch5 [FBbt_00002831]

Pentascolopidial chordotonal organ located in the lateral sensory cluster of the embryonic/larval abdominal segment. Each of the five scolopidia that constitute the LCh5 organ contains a sensory unit composed of a neuron and a scolopale cell, and two accessory cells between which the sensory unit is stretched: a cap cell at the dendritic side and a ligament cell at the axonal side of the neuron (Halachmi et al., 2016). The cap and the ligament cells of all five organs are anchored to the cuticle by two cap attachment cells and one ligament attachment cell (Halachmi et al., 2016). The neuron, scolopale, cap, ligament and cap attachment cells of each scolopidium are derived from a single ato-expressing precursor through four asymmetric cell divisions (Halachmi et al., 2016).

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abdominal lateral trichoid sensillum lh1 [FBbt_00002839]

Lateral mono-innervated hair of larval abdominal segments 1-7. Campos-Ortega and Hartenstein, 1997, state in table 9.1 that lh1 is innervated by lesA and innervates ‘h1’. This appears to be a misrepresentation of Ghysen et al., (1986) as this paper does not appear to make that claim. sr080210.

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abdominal lch5-2/4 neuron [FBbt_00047266]

Neuron of abdominal lateral pentascolopidial chordotonal organ lch5 that has extensive rostrocaudal branches, which may extend into neighboring neuromeres. This describes the second and penultimate neurons of the five in each abdominal lateral pentascolopidial chordotonal organ lch5 (Merritt and Whitington, 1995).

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abdominal medial-most cell body glial cell [FBbt_00100491]

Medial-most cell body glia of the embryonic/larval abdominal hemineuromere. There is only one of these per hemineuromere in the first instar (Ito et al., 1995). The medial-most cell body glial cells are likely the VUM-support cells described by Klambt and Goodman (1991), and Menne and Klambt (1994).

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abdominal posterior ventral multidendritic neuron vdap [FBbt_00002525]

Class I dendritic arborizing neuron of larval segments A1-7. Its cell body is located in the ventral cluster of sense organs and is the most posteriorly located of the multidendritic neurons found in these segments. It is a proprioceptor neuron (Heckscher et al., 2015). It fasciculates in branch c of the abdominal segmental nerve, SNc (Campos-Ortega and Hartenstein, 1997). It has strong outputs to Jaam2 (Heckscher et al., 2015). It does not persist into the adult stage (Shimono et al., 2009). Campos Ortega and Hartenstein (1997) state in one place that this neuron fasciculates with SNc and elsewhere that it fasciculates with SNa. It seems unlikely to do both, so have gone with SNc on the basis of the relevant figures. The number of identified output synapses in A1 to Jaam2 was 32/21 (L/R) (Heckscher et al., 2015).

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abdominal v'es2 neuron [FBbt_00002508]

Sensory neuron of v’es2. Fasciculates in branch a of the segmental nerve, SNa (Campos-Ortega and Hartenstein, 1997). Disambiguation: Campos-Ortega and Hartenstein, 1997, name v’es2 as innervating papilla vp5. Due to possible confusion with synonyms of other PNS members (such as vp4a which has the synonym of vc5), we have adopted the terminology used by FlyPNS (FlyPNS:PNSdescription.html).

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abdominal ventral bipolar neuron vbp [FBbt_00002589]

Bipolar multidendritic neuron in the ventral sensory cluster of larval abdominal segments 1-7. It emits two dendritic branches along the anterior posterior axis. It is a proprioceptor neuron (Heckscher et al., 2015). It has strong outputs to the A08e3 local neuron, Jaam2 and A02b (Heckscher et al., 2015; Schneider-Mizell et at ., 2016). The number of identified output synapses to Jaam2 was 32/21 (L/R) and to A08e3 was 15/9 (Heckscher et al., 2015). It is still not known if the pattern of connections in A1 is replicated in the other abdominal segments (Heckscher et al., 2015). The number of output synapses in Schneider-Mizell et al. (2016) was the estimated from the publication figures (number in brackets left/right where available; ipsi- and contralateral connections separated by comma): to A02b (15, 8/15, 10).

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abdominal ventral campaniform sensillum vc3 [FBbt_00002879]

A ventrally located campaniform sensillum of larval abdominal segments 1-7, innervated by the dendrite of a single neuron - vesC. The tormogen (socket) cell of this sensillum is unusual in having numerous short cytoplasmic extensions (Barolo et al., 2000). It fasciculates in branch c of the segmental nerve, SNc (Campos-Ortega and Hartenstein, 1997).

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abdominal ventral multidendritic neuron vtd1 [FBbt_00002573]

Tracheal associated multidendritic neuron of the ventral cluster of segments A1-6. Unlike other sensory neurons of the abdominal segments, it does not project its axon within the segment where it originates but projects more anteriorly, crossing the midline in segment T3 and terminating in the subesophageal zone (Qian et al., 2018).

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abdominal ventral multidendritic neuron vtd2 [FBbt_00002581]

Tracheal associated multidendritic neuron of the ventral cluster of segments A1-7. Unlike other sensory neurons of the abdominal segments, it does not project its axon within the segment where it originates but project more anteriorly, crossing the midline in segment T3 and terminating either in T3 or in the subesophageal zone depending on its segment of origin (Qian et al., 2018).

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above BPL toward anterior Left (L1EM:14797760) [VFB_00102f3w]

WB_DPLal123 L, DPlal1-3_lat_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, DPLal1-3 L, mw axon split complete, IPL/M, mw brain neurons split, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL/M, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, IPLMall L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, mw 15541971 us partners, mw 10982951 ds ipsilateral partners, stable, mw ad hubs_in, mw ad all_hubs, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 18_level-6_clusterID-89_signal-flow_0.487, 27_level-7_clusterID-89_signal-flow_0.487, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [EM L1 Winding, Pedigo et al., 2023; above BPL toward anterior Left (L1EM:14797760); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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above BPL toward anterior Right (L1EM:15679639) [VFB_00102f6b]

ASB right, downstream of handlebar-like, mw brain neurons + SU, mw brain inventory, DPLal1-3_r akira, mw right, mw axon split complete, mw brain neurons split, mw draft complete, DPLal1-3 R, UNI, #3, mw colored-matrix-2019-09-12, INGRID REVIEW, mw brain neurons + sensories, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 15541971 us partners, mw 10982951 ds ipsilateral partners, stable, mw ad hubs_in, mw ad all_hubs, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 18_level-6_clusterID-89_signal-flow_0.487, 27_level-7_clusterID-89_signal-flow_0.487, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; above BPL toward anterior Right (L1EM:15679639); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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aCC neuron [FBbt_00001447]

Motor neuron that is born from the first GMC to bud from neuroblast NB1-1 (GMC1-1a) and is part of the Notch OFF hemilineage (Skeath and Doe, 1998). It has a large round cell body that sits at the dorsal surface of the CNS, in the next anterior segment to the muscle it innervates, just posterior to the posterior commissure and longitudinal connective (Schmid et al., 1999; Zarin and Labrador, 2019). It innervates dorsal acute muscle 1 (DA1; muscle 1) (Landgraf et al., 1997). It expresses even-skipped (Manning et al., 2012).

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ADC1_left (L1EM:11216417) [VFB_00102exz]

Random PN, Random AL PN, Fragments 2014-01-18 14:57, clb:look_for, possibly ADC1_left, ASB downstream of right mPNs, PB_upstream_akira, mw paired 81, pair of ds mPN right >= 5, At Gap, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, pairs ds mPNs >= 10, LHNs, axoDen mPNs, mLHNs, putative LHN, *DPMl_ant_dor_l akira, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, DPMl_ant_ven_l akira, mw mixed lineage neurons, mw previously complete, mw left, mw axon split complete, mw brain neurons split, DPMm2 L, VMC p, UNI, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain contralateral, UNI, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw CN, mw 8801736 downstream partners, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, sw;pairs;L, downFBMBONs, downMBONs, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 58_level-7_clusterID-174_signal-flow_-0.375, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd CNs, ct CNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); ADC1_left (L1EM:11216417); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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ADC1_right (L1EM:8451818) [VFB_00102equ]

incomplete neurons with soma, Brain, Anterior, interesting with SerT/off PN temps #l Group A, ipsigoro lineage, Larisa PVL09 downstream, LNM_downstream3_13.05, DPLc2 r, WB_DPLc2 R, DPMl_ant_dor_r akira, DPMm2 ant dor, clb:soma, clb:todo, brain downstream of A08s1_a1l, clb:joined, clb:blocked, clb:important, ASB TODO B2 right, ASB Right PN-LH Input, downstream of mPN, clb:gap, clb:todo_A08, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, PB_upstream_akira, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, mw paired 81, paired ds mPNs right >= 5 synapses individual, paired ds mPNs right >= 10 synapses individual, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, Avi_Matt_Doe neurons, pairs ds mPNs >= 10, LHNs, axoDen mPNs, mLHNs, putative LHN, mw brain neurons, mw brain neurons + SU, DPMm2 R, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, mw axon split complete, VMC p, mw brain neurons split, #1, UNI, mw colored-matrix-2019-09-12, mw brain neurons + sensories, post-A08s brain, mw brain crosses commissure, mw brain matrix, mw brain contralateral, UNI, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw CN, mw 8801736 downstream partners, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, sw;pairs;R, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 58_level-7_clusterID-174_signal-flow_-0.375, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd CNs, ct CNs [EM L1 Winding, Pedigo et al., 2023; ADC1_right (L1EM:8451818); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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adepithelial cell of wing disc [FBbt_00003225]

Adepithelial cell associated with the wing imaginal disc. There are approximately 10 of these cells per wing disc at the end of embryogenesis; they proliferate throughout the larval stages to reach up to 2500 cells by the late third instar larval stage. They give rise to the direct and indirect flight muscles of the adult (Gunage et al., 2014).

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adult midgut progenitor cell [FBbt_00000449]

A cell that is a progenitor of the adult midgut and occupies a basal position in the midgut epithelium. It divides during larval stages to form clusters called midgut imaginal islands. Its first division is asymmetric and produces a peripheral cell, subsequent divisions generate more adult midgut progenitor cells (Mathur et al., 2010). These cells can be identified by their expression of escargot (Jiang and Edgar, 2009).

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AF: DPLal BPL-to-medial_left (L1EM:17732031) [VFB_00102fhl]

mw brain neurons + SU, mw brain inventory, DPLal1-3_l akira, mw draft complete, mw left, mw axon split complete, mw brain neurons split, DPLal1-3 m L, VLP com, DPLal1-3 L, #10T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, Laura Circuit, mw 16686371 us partners, mw 17360076 ds contralateral partners, stable, mw ad hubs_out, nr Tel-like 10 downstream 2-hop, mw ad all_hubs, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, mw 17360076 downstream partners, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 21_level-6_clusterID-69_signal-flow_0.217, 46_level-7_clusterID-123_signal-flow_0.013, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; AF: DPLal BPL-to-medial_left (L1EM:17732031); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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AF: DPLal BPL-to-medial_right (L1EM:11081239) [VFB_00102exp]

DPLal, WB_DPLal123 R, *DPLal1-3_r akira, DPLal1-3 med, ASB right, DPlal1-3_med_r akira, mw brain neurons, mw brain neurons + SU, DPLal1-3 R, mw brain inventory, mw draft complete, mw right, DPLal1-3 m R, VLP com, mw axon split complete, mw brain neurons split, #10, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, Laura Circuit, mw 16686371 us partners, mw 17360076 ds contralateral partners, stable, mw ad hubs_out, nr Tel-like 10 downstream 2-hop, mw ad all_hubs, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, mw 17360076 downstream partners, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 21_level-6_clusterID-69_signal-flow_0.217, 46_level-7_clusterID-123_signal-flow_0.013, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; AF: DPLal BPL-to-medial_right (L1EM:11081239); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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AF0: neuron left (L1EM:11027071) [VFB_00102exi]

Larisa PVL09 downstream, det pair, WB_DPLm L, ASB left, ASB downstream of right mPNs, mw paired 96, m reviewed, pairs ds mPNs >= 10, upstream PL, LHNs, axoDen mPNs, mLHNs, putative LHN, DPLm1_l akira, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, IPL/M IPA, #4T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, Pankratz pre, mw brain ipsilateral, SLP/SMP IPA, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw pre-RGN 1%, stable, mw brain open-ends 3, DPLm1 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, upFBPBs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; AF0: neuron left (L1EM:11027071); CC-BY_4.0; VFB CATMAID L1 CNS]

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AF0: neuron right (L1EM:3010486) [VFB_00102eil]

Pre-MBE10a-7, WB_DPLm R, GF ; Right, Ingrid Name, DPLm1, DPLm1_r akira, Pre-MBINs akira final, downstream of mPN, connect to locked MBE20, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li left uPN everything less than 90% reviewed, except “kc frag”, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, li temp upn downstream all non local, mw paired 96, paired ds mPNs right >= 5 synapses individual, paired ds mPNs right >= 10 synapses individual, RIGHT, Rest of MB2INs akira, Other MB2INs akira, pairs ds mPNs >= 10, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, upstream PL, LHNs, axoDen mPNs, mLHNs, putative LHN, Selected_MB2INs_akira, Atlas_MB_FB_select_right_akira, mw brain neurons, mw brain neurons + SU, AC3, similarity matrix pairs, similarity matrix brain pairs right, similarity matrix brain lineage pairs right, mw brain inventory, previous FFN-40 pair, Srini-Matrix-03-05-2019, mw previously complete, mw right, mw axon split complete, mw brain neurons split, IPL/M IPA, #4, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, Pankratz pre, mw brain ipsilateral, SLP/SMP IPA, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw pre-RGN 1%, stable, mw brain open-ends 3, DPLm1 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; AF0: neuron right (L1EM:3010486); VFB CATMAID L1 CNS]

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AF13: 3rd-order Thermo (possible PVL005 )4 Left (L1EM:4636432) [VFB_00102el0]

Matching Downstream Neurons, ThermoSensoryCircuit, WB_BLVp1 L, MB calyx after gap, BLVa34_l akira, downstream of left uPN, li temp everything downstream of left upn with 3 synapses combined, li temp unpaird downstream of left uPN batch 1, li temp 1 23 candidates of AF14:PVL005 pair, Li shared with Laura, unpaired downstream of RIGHT uPNs, batch 2, li temp possible pair - 2, possible paired downstream of RIGHT uPN >= 3 synapses, paired with #9808146, left-right NBlast: 0.644541045661066, pairs ds thermo PNs >= 5, confirmed paired - 14, Downstream of LEFT uPN with 3 synapses or more to any uPN, post 2+ 42a or 42b PN in LH, LHNs, axoAxo tPNs, axoDen mPNs, axoDen tPNs, axoDen uPNs, uLHNs, mLHNs, tLHNs, putative LHN, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, BLVa3/4 a L, CA SLP, mw colored-matrix-2019-09-12, #4T, mw brain neurons + sensories, CA SLP p, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, SLPpd comp L, mw test matrices, mw LNs to plot, stable, mw ds-uPNs, mw ds-tPNs, mw LHN-from-uPN, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-cold 3rd_order, mw brain 3rd_order LN olfactory, mw brain 3rd_order LN gustatory-external, mw LNs_cohort, mw LHN-uPN and LHN-tPN, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 9_level-5_clusterID-53_signal-flow_0.718, 16_level-6_clusterID-97_signal-flow_0.534, 28_level-7_clusterID-159_signal-flow_0.421, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LNs, ct LNs, ct LHNs [AF13: 3rd-order Thermo (possible PVL005 )4 Left (L1EM:4636432); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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AF13: 3rd-order Thermo (possible PVL005 )4 Right (L1EM:9808146) [VFB_00102euh]

pvl09, KC Kathi, A1-A2-A3, visuThermo, TS_KCs_left, leftpvl09, allLON, class IV, TS_KCS_Dec, ClassIvz-wao, null, pseudoloopers, pvl092712, rightpvl09, KC and PN Timo, Timo_MBE_Stuff, NIMB Kathi, albert - class IV, chordotonals, basins, TS_MBES_Dec, albert-chordotonals, CIV-A2-search, labm13, a1a2a3, class4, pseudoloopers class IV related, TS10, Marta, labm2, TS2, TS3, show to Jim right, show to Jim right colors, WB_BLVp2 R, BLVa34_r akira, ASB right, ASB LH Interneuron, ASB PVM Cluster LH Interneurons, ASB Candidate DL2 cluster, ASB Candidate DL2 cluster dense core, ASB No Way Out PN-LH, downstream of handlebar-like, downstream of mPN, ASB Right PN-LH Input, connect to locked MBE20, ASB Right uPN-LH Input, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, frag, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li temp unpaird downstream of right uPN batch 1, Li shared with Laura, unpaired downstream of RIGHT uPNs, li temp 1 23 candidates of AF14:PVL005 pair, Li shared with Laura, unpaired downstream of RIGHT uPNs, batch 2, li downstream of RIGHT uPN with 3 synapses or more to any uPN, li temp possible pair - 2, Downstream of RIGHT uPN >= 3 synapses individual, all paired downstream of RIGHT uPN >= 3 synapses, possible paired downstream of RIGHT uPN >= 3 synapses, potential paired downstream of RIGHT uPN >= 3 synapses individual, potential pair of ds mPN right >= 5, ds olfactory mPNs >=5 synapses individual, mw paired 162, pairs ds olfactory mPNs >=5 synapses individual, AF14: PVL005 - X Right, paired with #4636432, left-right NBlast: 0.644541045661066, pairs ds thermo PNs >= 5, Downstream of RIGHT uPN with 3 synapses or more to any uPN, confirmed paired - 14, LHNs, axoAxo tPNs, axoDen mPNs, axoDen tPNs, axoDen uPNs, uLHNs, mLHNs, tLHNs, putative LHN, mw brain neurons, mw brain neurons + SU, BLVa3/4 a R, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, mw axon split complete, mw brain neurons split, CA SLP, mw colored-matrix-2019-09-12, mw brain neurons + sensories, CA SLP p, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw brain matrix + A1, SLPlh comp, SLPpd comp, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw LNs to plot, stable, mw ds-uPNs, mw ds-tPNs, mw LHN-from-uPN, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-cold 3rd_order, mw brain 3rd_order LN olfactory, mw brain 3rd_order LN gustatory-external, mw LNs_cohort, mw LHN-uPN and LHN-tPN, mw interhemispheric integration 2-hop, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 9_level-5_clusterID-53_signal-flow_0.718, 16_level-6_clusterID-97_signal-flow_0.534, 28_level-7_clusterID-159_signal-flow_0.421, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LNs, ct LNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; AF13: 3rd-order Thermo (possible PVL005 )4 Right (L1EM:9808146); VFB CATMAID L1 CNS]

Tags:

AF3 left (L1EM:17244655) [VFB_00102fd2]

WB_DPLm L, ASB left, PN fragment, downstream of mPN iACT A2 left, downstream of left uPN, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, DPLm2_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw draft complete, mw issues, mw axon split complete, mw brain neurons split, SLP, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, SLP, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-vPNs, mw LHN, mw brain reviewed <80%, DPLm2 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw LHN-vPN, sw;idev5, sw;pairs;L, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 9_level-5_clusterID-53_signal-flow_0.718, 16_level-6_clusterID-97_signal-flow_0.534, 28_level-7_clusterID-159_signal-flow_0.421, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; AF3 left (L1EM:17244655); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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AF3 right (L1EM:17360593) [VFB_00102fer]

from clock to Hugin interneuron, Common dwnst partners of right pdfLNs, WB_DPLm R, DPLm2_r akira, ASB right, ASB LH Interneuron, downstream of mPN, potential pairs OIN3 AF3, m reviewed, AF3 pair, pairs ds visual PNs >= 5, potential pairs ds visual PNs >= 5, upstream PL, minor check LHON 5% input aver, LHNs, axoAxo mPNs, axoDen vPNs, vLHNs, putative LHN, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, SLP, mw axon split complete, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, Pankratz pre, mw brain ipsilateral, SLP, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-vPNs, mw LHN, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw LHN-vPN, sw;idev5, sw;pairs;R, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 9_level-5_clusterID-53_signal-flow_0.718, 16_level-6_clusterID-97_signal-flow_0.534, 28_level-7_clusterID-159_signal-flow_0.421, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; AF3 right (L1EM:17360593); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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AF7: C Shaped left (L1EM:14818307) [VFB_00102f3x]

TODO calyx Kathi, MB calyx after gap, WB_BLDc L, BLDc_l akira, downstream of mPN iACT A2 left, downstream of left uPN, ASB downstream of right mPNs, ASB TODO A2 left 3, ASB Large Frag at Gap, fragment downstream of uPN, ASB TODO A2 3 left, potential AF7: C shaped pair, ASB Large Uncertain Frag Through Gap; At Gap; microtubules, pairs ds visual PNs >= 5, frag left gap, unpaired ds visual PNs >= 5, unpaired putative LHN, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw mixed lineage neurons, mw left, mw axon split complete, mw brain neurons split, IPL/M, BLD2-4 L, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, #9T, mw brain neurons + sensories, SLP IPL/M, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10018260 us partners, mw 17729973 us partners, stable, mw ds-vPNs, mw LHN, mw brain open-ends 3, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-vPN, mw dSEZ-feedback-2hop 2022-03-15, sw;idev4, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 37_level-6_clusterID-109_signal-flow_-0.400, 43_level-7_clusterID-178_signal-flow_0.071, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; AF7: C Shaped left (L1EM:14818307); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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AF7: C Shaped right (L1EM:3932136) [VFB_00102ejw]

DPLl_r akira, downstream of handlebar-like, ASB Right PN-LH Input, ASB Dense Core, downstream of mPN, ASB Downstream of Ipsi Bridges Right, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li temp 10 25 2016 below 1500 nodes right, li downstream of mPNs everything more than 5 synapses, li left uPN everything less than 90% reviewed, except “kc frag”, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li temp unpaird downstream of right uPN batch 1, Li shared with Laura, unpaired downstream of RIGHT uPNs, ASB TODO 22c 1 - gap to cross - no soma, pairs ds visual PNs >= 5, potential AF7: C shaped pair, unpaired ds visual PNs >= 5, unpaired putative LHN, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw mixed lineage neurons, mw right, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, IPL/M, mw unpaired 2019-10-09, mw unpaired 2019-10-10, #9, mw brain neurons + sensories, SLP IPL/M, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, mw 10018260 us partners, mw 17729973 us partners, stable, mw ds-vPNs, mw LHN, mw brain reviewed <80%, mw brain open-ends 2, BLD2-4 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-vPN, mw dSEZ-feedback-2hop 2022-03-15, sw;idev4, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 37_level-6_clusterID-109_signal-flow_-0.400, 43_level-7_clusterID-178_signal-flow_0.071, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; AF7: C Shaped right (L1EM:3932136); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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AF7: PDL_left_sibling 35 (L1EM:12387154) [VFB_00102f00]

TODO calyx Kathi, ASB left, downstream of left uPN, ASB PN-Dorsal Lobe, li downstream of mPNs everything more than 5 synapses, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li temp everything downstream of left upn with 3 synapses combined, li downstream of RIGHT uPN with 3 synapses or more to any uPN, all paired downstream of RIGHT uPN >= 3 synapses, confirmed paired downstream of RIGHT uPN >= 3 synapses individual, mw paired 51, pair of ds mPN right >= 5, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, paired with #8723267, left-right NBlast: 0.614537050075595, pairs ds thermo PNs >= 5, Downstream of LEFT uPN with 3 synapses or more to any uPN, pairs ds uPNs >= 5, pairs ds mPNs >= 10, LHNs, axoDen mPNs, axoDen tPNs, axoDen uPNs, uLHNs, mLHNs, tLHNs, putative LHN, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, DPLp1/2 L, SLP IPL, #5T, mw brain neurons + sensories, mw brain matrix, DPLp_l akira, mw brain ipsilateral, SLP IPL, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 11782821 ds ipsilateral partners, stable, mw ds-uPNs, mw ds-tPNs, mw LHN-from-uPN, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw thermo-cold 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN and LHN-tPN, mw interhemispheric integration 2-hop, sw;pairs;L, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [AF7: PDL_left_sibling 35 (L1EM:12387154); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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AF7: PDL_right_sibling 35 (L1EM:8723267) [VFB_00102erl]

incomplete neurons with soma, Brain, Posterior, ASB LH Interneuron, ASB No Way Out PN-LH, ASB Right PN-LH Input, ASB uPN and mPN Shared LH Targets, downstream of mPN, ASB No Way Out uPN 7, ASB Right uPN-LH Input, ASB Bridges Right Ipsi, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li temp everything downstream of left upn with 3 synapses combined, li downstream of RIGHT uPN with 3 synapses or more to any uPN, li temp pair -6, Downstream of RIGHT uPN >= 3 synapses individual, all paired downstream of RIGHT uPN >= 3 synapses, confirmed paired downstream of RIGHT uPN >= 3 synapses individual, mw paired 51, paired ds mPNs right >= 5 synapses individual, paired ds mPNs right >= 10 synapses individual, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, paired with #12387154, left-right NBlast: 0.614537050075595, pairs ds thermo PNs >= 5, Downstream of RIGHT uPN with 3 synapses or more to any uPN, pairs ds uPNs >= 5, pairs ds mPNs >= 10, LHNs, axoDen mPNs, axoDen tPNs, axoDen uPNs, uLHNs, mLHNs, tLHNs, putative LHN, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, DPLp1/2 R, SLP IPL, #5, mw brain neurons + sensories, mw brain matrix, DPLp_r akira, mw brain ipsilateral, SLP IPL, mw dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 11782821 ds ipsilateral partners, stable, mw ds-uPNs, mw ds-tPNs, mw LHN-from-uPN, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw thermo-cold 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN and LHN-tPN, mw interhemispheric integration 2-hop, sw;pairs;R, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; AF7: PDL_right_sibling 35 (L1EM:8723267); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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AF8: PDL_left_sibling (L1EM:17776906) [VFB_00102fi9]

DPLp_l akira, downstream of left uPN, ASB downstream of right mPNs, li left uPN everything less than 90% reviewed, except “kc frag”, AF8, pairs ds olfactory mPNs >=5 synapses individual, paired with #4101295, left-right NBlast: 0.673754857121557, confirmed paired - 4, Downstream of LEFT uPN with 3 synapses or more to any uPN, pairs ds uPNs >= 5, pairs ds mPNs >= 10, LHNs, axoAxo mPNs, axoAxo uPNs, axoDen mPNs, axoDen uPNs, uLHNs, mLHNs, putative LHN, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, DPLp1/2 L, IPL/M, #4T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain ipsilateral, IPL/M, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw LNs to plot, mw 11782821 ds contralateral partners, mw 16486385 us partners, stable, mw ds-uPNs, mw LHN-from-uPN, mw brain open-ends 3, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, mw brain 3rd_order LN olfactory, mw brain 3rd_order LN gustatory-external, mw LNs_cohort, mw LHN-uPN, mw dSEZ-feedback-2hop 2022-03-15, mw interhemispheric integration 2-hop, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 9_level-5_clusterID-53_signal-flow_0.718, 16_level-6_clusterID-97_signal-flow_0.534, 28_level-7_clusterID-159_signal-flow_0.421, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LNs, ct LNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; AF8: PDL_left_sibling (L1EM:17776906); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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AF8: PDL_right_sibling (L1EM:4101295) [VFB_00102ek3]

incomplete neurons with soma, Brain, Posterior, Akira to Volker, ASB LH Interneuron, downstream of mPN, ASB Right PN-LH Input, ASB uPN and mPN Shared LH Targets, ASB Dense Core, downstream of handlebar-like, ASB Right uPN-LH Input, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li temp everything downstream of left upn with 3 synapses combined, li downstream of RIGHT uPN with 3 synapses or more to any uPN, Downstream of RIGHT uPN >= 3 synapses individual, all paired downstream of RIGHT uPN >= 3 synapses, confirmed paired downstream of RIGHT uPN >= 3 synapses individual, ds olfactory mPNs >=5 synapses individual, AF8, pairs ds olfactory mPNs >=5 synapses individual, paired with #17776906, left-right NBlast: 0.673754857121557, Downstream of RIGHT uPN with 3 synapses or more to any uPN, confirmed paired - 4, pairs ds uPNs >= 5, pairs ds mPNs >= 10, LHNs, axoAxo mPNs, axoAxo uPNs, axoDen mPNs, axoDen uPNs, uLHNs, mLHNs, putative LHN, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, DPLp_r akira, mw previously complete, mw right, mw axon split complete, mw brain neurons split, DPLp1/2 R, IPL/M, #4, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain ipsilateral, IPL/M, mw dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw LNs to plot, mw 11782821 ds contralateral partners, mw 16486385 us partners, stable, mw ds-uPNs, mw LHN-from-uPN, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, mw brain 3rd_order LN olfactory, mw brain 3rd_order LN gustatory-external, mw LNs_cohort, mw LHN-uPN, mw dSEZ-feedback-2hop 2022-03-15, mw interhemispheric integration 2-hop, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 9_level-5_clusterID-53_signal-flow_0.718, 16_level-6_clusterID-97_signal-flow_0.534, 28_level-7_clusterID-159_signal-flow_0.421, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LNs, ct LNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; AF8: PDL_right_sibling (L1EM:4101295); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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AF9: brush left (L1EM:16494105) [VFB_00102f9a]

MB calyx after gap, ASB left, DPLp_l akira, downstream of left uPN, li left uPN everything less than 90% reviewed, except “kc frag”, fragment downstream of uPN, paired with #4108720, left-right NBlast: 0.627276533871833, li temp possible pair - 31, Downstream of LEFT uPN with 3 synapses or more to any uPN, potential pairs ds uPNs >= 5, frag left gap microtubules, Fragment, fragment, gap, m reviewed, LHNs, axoDen mPNs, axoDen uPNs, uLHNs, mLHNs, putative LHN, hemilateral_pair_4108720_16494105, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, DPLp1/2 L, SLP IPL/M, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain ipsilateral, SLP IPL/M, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw pre-RGN feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, SLPc comp L, mw test matrices, mw 15686444 ds ipsilateral partners, stable, mw ds-uPNs, mw LHN-from-uPN, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [AF9: brush left (L1EM:16494105); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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AF9: brush right (L1EM:4108720) [VFB_00102ek6]

WB_DPLl2 R, DPLp_r akira, downstream of mPN iACT A2 right, downstream of mPN iACT A3 right, ASB LH Interneuron, ASB Right PN-LH Input, ASB Dense Core, ASB Right uPN-LH Input, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, ASB No Way Out A3 16, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li temp unpaird downstream of right uPN batch 1, Li shared with Laura, unpaired downstream of RIGHT uPNs, li downstream of RIGHT uPN with 3 synapses or more to any uPN, Downstream of RIGHT uPN >= 3 synapses individual, all paired downstream of RIGHT uPN >= 3 synapses, confirmed paired downstream of RIGHT uPN >= 3 synapses individual, paired with #16494105, left-right NBlast: 0.627276533871833, Downstream of RIGHT uPN with 3 synapses or more to any uPN, li temp possible pair - 31, potential pairs ds uPNs >= 5, LHNs, axoDen mPNs, axoDen uPNs, uLHNs, mLHNs, putative LHN, hemilateral_pair_4108720_16494105, mw brain neurons, mw brain neurons + SU, DPLp1/2 R, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, SLP IPL/M, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain ipsilateral, SLP IPL/M, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw pre-RGN feedback 3hop 16-Sept 2020, mw brain matrix + A1, SLPc comp, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 15686444 ds ipsilateral partners, stable, mw ds-uPNs, mw LHN-from-uPN, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd LHNs, ct LHNs [AF9: brush right (L1EM:4108720); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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AN-L-Sens-B3-ACal-01 (temp sensing left neuron alone) (L1EM:3608397) [VFB_00101670]

[transmission electron microscopy (TEM); AN-L-Sens-B3-ACal-01 (temp sensing left neuron alone) (L1EM:3608397); VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; larval antennal-pharyngeal nerve sensory neuron]

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AN-L-Sens-B3-ACal-02 (temp sensing left neuron together 2) (L1EM:3639968) [VFB_00101672]

[transmission electron microscopy (TEM); VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; AN-L-Sens-B3-ACal-02 (temp sensing left neuron together 2) (L1EM:3639968); larval antennal-pharyngeal nerve sensory neuron]

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AN-L-Sens-B3-ACal-03 (temp sensing left neuron together 1) (L1EM:3609202) [VFB_00101671]

[transmission electron microscopy (TEM); AN-L-Sens-B3-ACal-03 (temp sensing left neuron together 1) (L1EM:3609202); VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; larval antennal-pharyngeal nerve sensory neuron]

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AN-L-Sens-B3-ACal-06 (degraded alone temperature partner neuron) (L1EM:5116147) [VFB_00101706]

[transmission electron microscopy (TEM); AN-L-Sens-B3-ACal-06 (degraded alone temperature partner neuron) (L1EM:5116147); VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; larval antennal-pharyngeal nerve sensory neuron]

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AN-L-Sens-B3-ACal-07 (upstream of Multig. Olfactory PN 3) (L1EM:3586984) [VFB_00101669]

[transmission electron microscopy (TEM); VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; AN-L-Sens-B3-ACal-07 (upstream of Multig. Olfactory PN 3) (L1EM:3586984); larval antennal-pharyngeal nerve sensory neuron]

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AN-L-Sens-B3-ACp-09 (gustatory pheromone neuron) (L1EM:5186461) [VFB_00101710]

[transmission electron microscopy (TEM); AN-L-Sens-B3-ACp-09 (gustatory pheromone neuron) (L1EM:5186461); VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; larval antennal-pharyngeal nerve sensory neuron]

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AN-R-Sens-B3-ACal-01 (temp sensing right neuron alone) (L1EM:3650600) [VFB_00101673]

[transmission electron microscopy (TEM); AN-R-Sens-B3-ACal-01 (temp sensing right neuron alone) (L1EM:3650600); VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; larval antennal-pharyngeal nerve sensory neuron]

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AN-R-Sens-B3-ACal-02 (temp sensing right neuron together 2) (L1EM:18630153) [VFB_00102089]

[transmission electron microscopy (TEM); AN-R-Sens-B3-ACal-02 (temp sensing right neuron together 2) (L1EM:18630153); VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; larval antennal-pharyngeal nerve sensory neuron]

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AN-R-Sens-B3-ACal-03 (temp sensing right neuron together 1) (L1EM:3487306) [VFB_00101665]

[transmission electron microscopy (TEM); VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; AN-R-Sens-B3-ACal-03 (temp sensing right neuron together 1) (L1EM:3487306); larval antennal-pharyngeal nerve sensory neuron]

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AN-R-Sens-B3-ACal-07 (upstream of Multig. Olfactory PN 3) right (L1EM:3966683) [VFB_00101687]

[transmission electron microscopy (TEM); VFB CATMAID L1 CNS; AN-R-Sens-B3-ACal-07 (upstream of Multig. Olfactory PN 3) right (L1EM:3966683); L1 larval CNS ssTEM - Cardona/Janelia; larval antennal-pharyngeal nerve sensory neuron]

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AN-R-Sens-B3-ACp-09 (gustatory pheromone neuron) (L1EM:9853425) [VFB_00101763]

[transmission electron microscopy (TEM); VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; larval antennal-pharyngeal nerve sensory neuron; AN-R-Sens-B3-ACp-09 (gustatory pheromone neuron) (L1EM:9853425)]

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Another bilateral axon_35a left (L1EM:12281339) [VFB_00102ezo]

Random PN, Random AL PN, TODO calyx Kathi, ni-neurons MB_l akira, Search for EB, MB fragments to solve, downstream of left uPN, ASB Downstream of Ipsi Bridges Right, li temp 10 25 2016 below 1500 nodes all left downstream of all right orn pns, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li left uPN everything less than 90% reviewed, except “kc frag”, li review for mPN right downstream less than 90% more than 5 synapses, no way out 16475175, unpaired ds mPNs right >= 5 synapses individual, li temp possible pair - 21, li found pair but not symatric, m missing branch, m reviewed, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, fragment downstream of uPN, Downstream of LEFT uPN with 3 synapses or more to any uPN, pairs ds mPNs >= 10, ASB Unresolvable LH Frag at Gap, lost to gap 14311474, lost to gap 16480987, minor check LHON 5% input aver, LHNs, axoDen mPNs, mLHNs, putative LHN, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw mixed lineage neurons, mw previously complete, mw left, mw axon split complete, mw brain neurons split, IP com, mw colored-matrix-2019-09-12, DPMpl1/2 L, mw unpaired 2019-10-09, #5T, mw brain neurons + sensories, mw brain crosses commissure, IP com*, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, lv R TOONs minus ORN PNs and KCs, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-uPNs, mw LHN-from-uPN, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, mw interhemispheric integration 2-hop, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; Another bilateral axon_35a left (L1EM:12281339); VFB CATMAID L1 CNS]

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Another bilateral axon_35a right (L1EM:9585013) [VFB_00102etu]

WB_DPMpl2 R, bilateral axon, DPMpl12_r akira, Search for EB, downstream of mPN iACT A2 right, downstream of handlebar-like, ASB Right PN-LH Input, ASB Right uPN-LH Input, ASB Bridges Right Bilateral, ASB Downstream of Ipsi Bridges Right, ASB mPN-Dorsal Lobe, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li left uPN everything less than 90% reviewed, except “kc frag”, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li temp everything downstream of left upn with 3 synapses combined, li downstream of RIGHT uPN with 3 synapses or more to any uPN, Downstream of RIGHT uPN >= 3 synapses individual, all paired downstream of RIGHT uPN >= 3 synapses, li missing paired annotation, li temp possible pair - 21, li found pair but not symatric, potential paired downstream of RIGHT uPN >= 3 synapses individual, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, Downstream of RIGHT uPN with 3 synapses or more to any uPN, pairs ds mPNs >= 10, minor check LHON 5% input aver, LHNs, axoDen mPNs, mLHNs, putative LHN, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw mixed lineage neurons, mw previously complete, mw right, mw axon split complete, IP com, mw brain neurons split, mw colored-matrix-2019-09-12, DPMpl1/2 R, mw unpaired 2019-10-09, #5, mw brain neurons + sensories, mw brain crosses commissure, IP com, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, lv R TOONs minus ORN PNs and KCs, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-uPNs, mw LHN-from-uPN, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integration 2-hop, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [Another bilateral axon_35a right (L1EM:9585013); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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anterior pharyngeal organ [FBbt_00002687]

Sensillum of the lateral part of the embryonic/larval dorsal pouch (Campos-Ortega and Hartenstein, 1997). It contains a single neuron (first seen at embryonic stage 15) that is located dorsal to Bolwig’s nerve (at stages 16-17) and fasciculates with the lateropharyngeal nerve (SN-V). Schmidt-Ott et al., (1994) tentatively assign this to the mandibular segment on the basis of its fasciculation pattern. This evidence is much weaker than the genetic evidence they use to determine the segmental identity of other head sensilla.

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anterior protocerebral neuroblast [FBbt_00001335]

A neuroblast located in the anterior region of the protocerebrum. In the embryo, individual neuroblasts are named according to their position relative to major morphological features (cephalic furrow, invaginating foregut, dorsal and ventral midline, their relative position with respect to each other, their time of segregation and their expression of markers) (Urbach et al., 2003).

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antero-basal tract [FBbt_00007128]

Tract of the larval brain which is connected to the baso-anterior synaptic neuropil domain (BA; antennal compartment). This tract travels along the neuropil glial sheath which forms the boundary between baso-anterior (BA) and baso-central (BC) synaptic neuropil domains. The tract then turns dorsally to make the antennal root of the antenno-cerebral tract (ACT).

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apterous-expressing neuron of the lateral cluster of the thorax [FBbt_00110868]

Interneuron of the lineage of the neuroblast NB5-6 of the thorax that is part of a cluster of four neurons. It is only found in the thoracic hemisegments and expresses apterous (FBgn0000099). There are four different neuron types: Ap1, Ap2, Ap3 and Ap4. These neurons are born at the end of the lineage of NB5-6T, with Ap1 generated at stage 13, followed by Ap2, Ap3 and Ap4. The 4 neurons are generated directly from the neuroblast, without a ganglion mother cell intermediate.

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apterous-expressing neuron of the lateral cluster of the thorax Ap1 [FBbt_00110869]

Interneuron of the lateral cluster of the thorax that is part of the lineage of the neuroblast NB5-6 of the thorax. It expresses apterous (FBgn0000099). It is the first neuron of the cluster to be generated, at stage 13. It is a peptidergic neuron. This neuron has been identified as secreting the neuropeptide gene Nplp1 (FBgn0035092) (Baumgardt et al., 2007) and it corresponds to the neuron named as Tvb according to Allan et al. (2005).

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apterous-expressing neuron of the lateral cluster of the thorax Ap2 [FBbt_00110870]

Interneuron of the lateral cluster of the thorax that is part of the lineage of the neuroblast NB5-6 of the thorax. It expresses apterous (FBgn0000099). It is the second neuron of the cluster to be generated, after the Ap1 neuron. It is not a peptidergic neuron. This neuron corresponds to the neuron named as either Tva or Tvc according to Allan et al. (2005).

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apterous-expressing neuron of the lateral cluster of the thorax Ap3 [FBbt_00110871]

Interneuron of the lateral cluster of the thorax that is part of the lineage of the neuroblast NB5-6 of the thorax. It expresses apterous (FBgn0000099). It is the third neuron of the cluster to be generated, after the Ap2 neuron. It is not a peptidergic neuron. This neuron corresponds to the neuron named as either Tva or Tvc according to Allan et al. (2005).

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apterous-expressing neuron of the lateral cluster of the thorax Ap4 [FBbt_00110872]

Larval neurosecretory interneuron of the lateral cluster of the thoracic neuromere that is generated by neuroblast NB5-6. It is the last of this cluster of apterous-expressing neurons to be generated, after the Ap3 neuron. Its cell body is located close to the lateral border of the thoracic neuromere, ventrolateral to the ventrolateral tract of the midline. It projects its axon below the ventrolateral, central lateral and central intermediate tracts and approaches the dorsal median tract from below, where it arborizes extensively. It expresses the neuropeptide FMRFamide and innervates the thoracic neurohemal organ. The arborization at the dorsal median tract of the 3 pairs (one per segment) of Ap4 neurons overlaps and extends to the region between the first and second abdominal neuromeres (Benveniste et al., 1998; Marques et al., 2003; Santos et al., 2007). This neuron has been identified as neurosecretory because it expresses the neuropeptide FMRFamide (FBgn0000715) and innervates a neurohemal organ (Benveniste et al., 1998; Marques et al., 2003; Santos et al., 2007).

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ASB B1 left 9 (L1EM:18566501) [VFB_00102fk8]

ASB Very Large Frag at Gap 13992583; microtubules, mw paired 157, paired ds mPNs left >= 10 synapses individual, m reviewed, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, pairs ds mPNs >= 10, pairs ds visual PNs >= 5, LHNs, axoAxo mPNs, axoDen mPNs, axoDen vPNs, mLHNs, vLHNs, putative LHN, DPlal1-3_ant_l akira, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, ASB B1 left 9, DPLal1-3 L, IPL/M, mw colored-matrix-2019-09-12, #9T, mw brain neurons + sensories, IPL/M, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, Laura Circuit, stable, mw ds-vPNs, mw LHN, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw mechano-Ch 3rd_order, mw LHN-vPN, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 48_level-7_clusterID-170_walksort-0.540, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 17_level-6_clusterID-100_signal-flow_0.497, 32_level-7_clusterID-166_signal-flow_0.299, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); ASB B1 left 9 (L1EM:18566501); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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ASB B1 right 9 (L1EM:15588389) [VFB_00102f5a]

DPLal1-3 lat, DPlal1-3_lat_r akira, ASB TODO A3 right, ASB Help, downstream of mPN, ASB Right PN-LH Input, connect to locked MBE20, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, frag, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, unpaired ds mPNs right >= 5 synapses individual, mw paired 157, paired ds mPNs left >= 10 synapses individual, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, pairs ds mPNs >= 10, pairs ds visual PNs >= 5, LHNs, axoAxo mPNs, axoDen mPNs, axoDen vPNs, mLHNs, vLHNs, putative LHN, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, mw axon split complete, mw brain neurons split, DPLal1-3 R, ASB B1 right 9 , IPL/M, mw colored-matrix-2019-09-12, #9, mw brain neurons + sensories, IPL/M, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Laura Circuit, stable, mw ds-vPNs, mw LHN, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw mechano-Ch 3rd_order, mw LHN-vPN, mw interhemispheric integration 2-hop, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 48_level-7_clusterID-170_walksort-0.540, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 17_level-6_clusterID-100_signal-flow_0.497, 32_level-7_clusterID-166_signal-flow_0.299, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; ASB B1 right 9 (L1EM:15588389); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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ASB Digest right (L1EM:8065380) [VFB_00102epu]

, mw brain neurons + SU, mw brain inventory, mw previously complete, mw right, mw axon split complete, mw brain neurons split, AUTO ascending neurons, mw colored-matrix-2019-09-12, UNI, #1, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, BLD2-4 R, mw brain neurons + sensories, mw brain unpaired checked once, UNI*, mw brain matrix, *BLAv12_ant_r akira, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, Upstream CN29, stable, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, mw interhemispheric integration 2-hop, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); ASB Digest right (L1EM:8065380); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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ASB Gust descending left (L1EM:17358891) [VFB_00102fe5]

WB_BAmd2 L, mw brain neurons + SU, mw brain inventory, mw left, VMC desc, mw axon split complete, mw brain neurons split, #7T, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, mw draft complete, AUTO descending neurons to VNC, mw brain neurons + sensories, mw dVNC, VMC desc*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *BAmd2_v_l akira, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, VMCm L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, lv dVNC to T3+A1, mw 15516413 downstream partners, mw gustatory-external 4th_order, mw enteric 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw proprio 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, mw dVNC not to A1, cx descending l1, NO descending, dVNCdownstreamCX, sw;pairs;L, mw candidate hunch_head-move, dPNOins, downNO, NO.d, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, NO.b descending, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 86_level-7_clusterID-134_signal-flow_-1.092, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [transmission electron microscopy (TEM); ASB Gust descending left (L1EM:17358891); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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ASB Gust descending right (L1EM:19190681) [VFB_00102fl4]

BAmd2 v desc lat, WB_BAmd2 R, BAmd2_v_r akira, ASB right, BAmd2 ven desc lat 6, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, VMC desc, mw axon split complete, mw brain neurons split, #7, AUTO ascending neurons at 1112 gap, mw colored-matrix-2019-09-12, mw gap, mw draft complete, mw brain neurons + sensories, mw dVNC, VMC desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, VMCm, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, avinash_new candidate 21, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw 15516413 downstream partners, mw gustatory-external 4th_order, mw enteric 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw proprio 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, mw dVNC not to A1, NO descending, dVNCdownstreamCX, sw;pairs;R, mw candidate hunch_head-move, downNO, NO.d, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, NO.b descending, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 86_level-7_clusterID-134_signal-flow_-1.092, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; ASB Gust descending right (L1EM:19190681); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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ASB Lander Left (L1EM:17696578) [VFB_00102fgx]

TODO needs cuts, Albert to cut, offPVL09 upstream_left, downstream of left uPN, li left uPN everything less than 90% reviewed, except “kc frag”, li temp everything downstream of left upn with 3 synapses combined, li temp unpaird downstream of left uPN batch 1, li temp left side left, David to see, Davis, BLAd ant med 3, li temp possible pair - 25, fragment downstream of uPN, Downstream of LEFT uPN with 3 synapses or more to any uPN, pairs ds uPNs >= 5, DPLc_post_int_l akira, ASB Lander Pair, frag left, m reviewed, check LHON 5% input aver, LHNs, axoAxo uPNs, axoDen uPNs, uLHNs, putative LHN, hemilateral_pair_16260741_17696578, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, SLP l, #4T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SLPl, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, SLPl comp L, mw test matrices, mw 15686444 ds ipsilateral partners, stable, mw ds-uPNs, mw LHN-from-uPN, mw brain reviewed <80%, mw brain open-ends 2, DPLc3 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; ASB Lander Left (L1EM:17696578); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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ASB Lander Right (L1EM:16260741) [VFB_00102f7q]

WB_DPLc3 R, ASB No Way Out PN-LH, downstream of handlebar-like, ASB Dense Core, ASB Right PN-LH Input, connect to locked MBE20, downstream of mPN, ASB No Way Out 33a 2 microtubules, ASB Right uPN-LH Input, ASB Downstream of Ipsi Bridges Right, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li temp unpaird downstream of right uPN batch 1, Li shared with Laura, unpaired downstream of RIGHT uPNs, li downstream of RIGHT uPN with 3 synapses or more to any uPN, Downstream of RIGHT uPN >= 3 synapses individual, all paired downstream of RIGHT uPN >= 3 synapses, confirmed paired downstream of RIGHT uPN >= 3 synapses individual, paired with #16095576, left-right NBlast: 0.4127476158169, Downstream of RIGHT uPN with 3 synapses or more to any uPN, li temp possible pair - 32, potential pairs ds uPNs >= 5, post 2+ 42a or 42b PN in LH, DPLc_post_int_r akira, ASB Lander Pair, check LHON 5% input aver, LHNs, axoAxo uPNs, axoDen uPNs, uLHNs, putative LHN, hemilateral_pair_16260741_17696578, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, mw axon split complete, mw brain neurons split, SLP l, #4, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SLPl, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, SLPl comp, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 15686444 ds ipsilateral partners, stable, mw ds-uPNs, mw LHN-from-uPN, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; ASB Lander Right (L1EM:16260741); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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ASB Lonely right (L1EM:18248435) [VFB_00102fjo]

downstream of handlebar-like, frag, ASB Downstream of Ipsi Bridges Right, ASB TODO Anterior, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li downstream of RIGHT uPN with 3 synapses or more to any uPN, Downstream of RIGHT uPN >= 3 synapses individual, li temp possible pair - special, potential paired downstream of RIGHT uPN >= 3 synapses individual, Downstream of RIGHT uPN with 3 synapses or more to any uPN, li temp unpaird downstream of right uPN, li temp possible pair - special 4, BLAv12_post_r akira, mw brain neurons + SU, BLAv12_post todo, mw brain inventory, mw previously complete, mw right, mw axon split complete, mw brain neurons split, AUTO ascending neurons, mw colored-matrix-2019-09-12, BLAv1/2 p R, UNI, #4, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, SMALL FRAGMENT, mw brain neurons + sensories, UNI, mw brain matrix, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, mw brain unpaired, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; ASB Lonely right (L1EM:18248435); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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ASB Pointer left (L1EM:9800031) [VFB_00102euf]

WB_DPLc3 L, Pre-MBONs-35, downstream of mPN iACT A2 left, li temp pair -43, paired with #17980698, left-right NBlast: 0.478442886105651, potential pairs ds uPNs >= 5, m reviewed, DPLc_post_int_l akira, potential LHON 5% input aver, dendrite with 67b inputs likely lost at gap, axoAxo uPNs, putative LHN, hemilateral_pair_9800031_17980698, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, mw axon split complete, mw brain neurons split, SLP l, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SLPl, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, SLPl comp L, mw test matrices, mw LNs to plot, mw 15686444 ds contralateral partners, stable, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 31_level-6_clusterID-113_signal-flow_-0.048, 35_level-7_clusterID-181_signal-flow_0.218, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; ASB Pointer left (L1EM:9800031); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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ASB Pointer right (L1EM:17980698) [VFB_00102fj3]

downstream of mPN iACT A2 right, DPLc post int l, Pre-MBONs-35, ASB TODO wrong looking neuron, DPLc_post_int_r akira, downstream of handlebar-like, ASB Dense Core, ASB Right PN-LH Input, connect to locked bridge, ASB Right uPN-LH Input, ASB Downstream of Ipsi Bridges Right, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, ASB No Way Out A2 17, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li temp unpaird downstream of right uPN batch 1, Li shared with Laura, unpaired downstream of RIGHT uPNs, li downstream of RIGHT uPN with 3 synapses or more to any uPN, Downstream of RIGHT uPN >= 3 synapses individual, all paired downstream of RIGHT uPN >= 3 synapses, confirmed paired downstream of RIGHT uPN >= 3 synapses individual, li temp pair -43, paired with #9800031, left-right NBlast: 0.478442886105651, Downstream of RIGHT uPN with 3 synapses or more to any uPN, Downstream of LEFT uPN with 3 synapses or more to any uPN, potential pairs ds uPNs >= 5, potential LHON 5% input aver, axoAxo uPNs, putative LHN, hemilateral_pair_9800031_17980698, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw right, mw axon split complete, mw brain neurons split, SLP l, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SLPl, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, SLPl comp, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw LNs to plot, mw 15686444 ds contralateral partners, stable, DPLc3 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 31_level-6_clusterID-113_signal-flow_-0.048, 35_level-7_clusterID-181_signal-flow_0.218, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; ASB Pointer right (L1EM:17980698); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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ASB Strange Neurites right (defect?) (L1EM:17588623) [VFB_00102fg3]

downstream of mPN iACT A2 right, ASB A2 TODO 1, downstream of handlebar-like, ASB Right PN-LH Input, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, unpaired ds mPNs right >= 5 synapses individual, upstream PL, BLAv12, BLAv1/2 a R, mw brain neurons + SU, mw brain inventory, mw right, SLP VLP com, mw brain neurons split, mw draft complete, #1, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw brain neurons + sensories, mw brain crosses commissure, VLPm com*, mw preliminary LN, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, *BLAv12_ant_r akira, mw mixed axon/dendrite <0.2 segregation index, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw developmental defect, stable, mw 9792178 upstream partners, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, sw;idev1, sw;pairs;R, sw;mdev4, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 29_level-6_clusterID-67_signal-flow_-0.012, 48_level-7_clusterID-67_signal-flow_-0.012, mw check high dendritic OI, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; ASB Strange Neurites right (defect?) (L1EM:17588623); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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ASC2_left (Projection neuron a2cb) (L1EM:3564452) [VFB_00102ej9]

ASC2 R, MacLeod Good, A1R, MB2IN19U, CITv/BLPT, 3 yellow, T1 2 Orange, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, AUTO multiple presynapses to brain, MB2IN-19up3, mw A1 wider set, mw A1 neurons, mw right, mw A1 neurons paired, mw A1 neurons paired ascending, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw A1 ascending broad dendrite, Merged: delete, mw brain matrix and A1, mw brain paper all neurons, mw A1 ascending unknown, mw test matrices, stable, sw:brain_paired:L, mw ascending temp, sw;idev3, sw;pairs;L, sw;mdev5, Max, Claire&Tara&Khadija&Max, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 86_level-7_clusterID-134_signal-flow_-1.092, ND_published, ND_all published et al, ctd ascendings, ct ascendings [EM L1 Winding, Pedigo et al., 2023; ASC2_left (Projection neuron a2cb) (L1EM:3564452); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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ASC2_right (L1EM:3571478) [VFB_00102eja]

new babies, a2, ASC2 L, A1L, sVUMU1All, MB2IN19U, A1L Interneurons, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, AUTO multiple presynapses to brain, REVIEW, TO REVIEW, VOLKER CHECK, mw A1 wider set, mw A1 neurons, mw left, mw A1 neurons paired, mw A1 neurons paired ascending, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw A1 ascending broad dendrite, Merged: neuron, mw brain matrix and A1, mw brain paper all neurons, mw A1 ascending unknown, mw test matrices, stable, sw:brain_paired:R, mw ascending temp, sw;idev3, sw;pairs;R, sw;mdev5, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 86_level-7_clusterID-134_signal-flow_-1.092, ND_published, ND_all published et al, ctd ascendings, ct ascendings [ASC2_right (L1EM:3571478); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Ashley Left **forced AXON connection at gap** (L1EM:9421292) [VFB_00102etd]

BLP1/2_l akira, BLP12_l akira, ASB downstream of right mPNs, connnect to locked NC2 left, mw paired 102, pairs ds thermo PNs >= 5, small neuron fragment, ASB Large Frag at Gap; Microtubules, pairs ds visual PNs >= 5, Fragment to GAP, LHNs, axoAxo mPNs, axoAxo vPNs, axoDen tPNs, tLHNs, putative LHN, hemilateral_pair_5507096_9421292, mw brain neurons, mw brain neurons + SU, BLP12 todo, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, SLP IPL, BLP1/2 b L, mw colored-matrix-2019-09-12, #1T, mw brain neurons + sensories, SLP p IPL p, mw brain matrix, mw brain ipsilateral, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, stable, mw ds-tPNs, mw LHN, mw 4680995 upstream partners, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw thermo-cold 3rd_order, mw LHN-tPN, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; Ashley Left forced AXON connection at gap (L1EM:9421292); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Ashley Right - unknown; BLP12 b 1 (L1EM:5507096) [VFB_00102elz]

Ashley, Temperature Neurons, fragments downstream pvl09, det pair, WB_BLP12ab R, BLP12_r akira, ASB Right PN-LH Input, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, mw paired 102, potential paired ds mPNs right >= 5 synapses individual, potential pair of ds mPN right >= 5, pairs ds thermo PNs >= 5, pairs ds visual PNs >= 5, LHNs, axoAxo mPNs, axoAxo vPNs, axoDen tPNs, tLHNs, putative LHN, hemilateral_pair_5507096_9421292, mw brain neurons, mw brain neurons + SU, BLP1/2 b R, BLP12 todo, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, mw axon split complete, SLP IPL, mw brain neurons split, mw colored-matrix-2019-09-12, #1, mw brain neurons + sensories, SLP p IPL p, mw brain matrix, mw brain ipsilateral, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw ds-tPNs, mw LHN, mw 4680995 upstream partners, sw:brain_paired:R, sw;brainpair;R, CCWA09Input, CCWA09input, mw gustatory-external 3rd_order, mw thermo-cold 3rd_order, mw LHN-tPN, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd LHNs, ct LHNs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; Ashley Right - unknown; BLP12 b 1 (L1EM:5507096); VFB CATMAID L1 CNS]

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Axon upstairs left (L1EM:17277623) [VFB_00102fd4]

WB_BAla12 L, BAla12_l akira, ASB left, downstream of SCAL, hemilateral_pair_10013517_17277623, Axon upstairs, Sens-B2-ACpl targets, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, BAla1/2 L, mw left, UNI, mw axon split complete, mw brain neurons split, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw MN PN, mw MN only PN, mw brain ipsilateral, mw dSEZ 2nd_order, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw PNs to plot, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-external 2nd_order PN-old, mw dSEZ-feedback-1hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; Axon upstairs left (L1EM:17277623); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Axon upstairs right (L1EM:10013517) [VFB_00102eup]

antennal sensory to ni1 circuit, locked, Andi AL, WB_BAla12 R, BAla12_r akira, li temp 5 more with single mPN, downstream of SCAL, downstream of SCAN3B, hemilateral_pair_10013517_17277623, Axon upstairs, deuterocerebrum to protocerebrum, Sens-B2-ACpl targets, mw brain neurons, mw brain neurons + SU, Right, BAla1/2 R, mw complete, mw brain inventory, mw right, UNI, mw axon split complete, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw MN PN, mw MN only PN, mw brain ipsilateral, mw dSEZ 2nd_order, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw PNs to plot, stable, mw brain reviewed <80%, mw backup locked, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-external 2nd_order PN-old, mw dSEZ-feedback-1hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd PNs, ct PNs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; Axon upstairs right (L1EM:10013517); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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B-subperineurial glial cell of abdomen [FBbt_00001276]

Large subperineural glial cell that sits over the posterior commissure just medial to the longitudinal connectives (Klambt and Goodman, 1991; Ito et al., 1995). It sends processes in three directions: medially to the midline, anteriorly and posteriorly (Ito et al., 1995). Unlike the A-subperineural glial cell, the B-subperineural glial cell is only found in abdominal segments of the embryo and larvae, and lies at approximately the center of the segment along the antero-posterior axis (Ito et al., 1995). It develops from neuroblast NB1-1 of the abdomen (Beckervordersandforth et al., 2008).

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BAl descending left (L1EM:17728571) [VFB_00102fgy]

DMNBp, BAla3/4 L, TR, #8T, AUTO neuron fragments at 1103 gap, AUTO ascending neurons, AUTO extends beyond brain, AUTO multiple presynapses to brain, BAla12_l akira, mw brain neurons + SU, mw draft complete, mw axon split complete, mw mixed lineage neurons, mw brain neurons + sensories, mw left, mw dSEZ, test2, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, sw;idev5, sw;pairs;L, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, sw;cdeviants, TR, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 5_level-7_clusterID-147_signal-flow_1.320, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [CC-BY_4.0; transmission electron microscopy (TEM); BAl descending left (L1EM:17728571); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BAl descending right (L1EM:10221622) [VFB_00102ev1]

GPhN partner candidates, Andi AL, BAla34_r akira, mw brain neurons, mw brain neurons + SU, Right, BAla3/4 R, mw brain inventory, MN-Sens-Int-2, mw right, TR, #8, AUTO descending neurons to SEZ, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw axon split complete, mw mixed lineage neurons, mw brain neurons + sensories, mw dSEZ, TR, test2, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, sw;idev5, sw;pairs;R, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 5_level-7_clusterID-147_signal-flow_1.320, mw check high dendritic OI, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; BAl descending right (L1EM:10221622); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BAla12 ascending 1 left (L1EM:19166349) [VFB_00102fl2]

WB_BAla12 L, BAla12_l akira, BAla12 ascending pair, hemilateral_pair_13242336_19166349, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, BAla1/2 L, mw left, IP VMC mALT/irr, mw axon split complete, mw brain neurons split, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, AL IP VMC, AL IP VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, sw;idev3, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 68_level-7_clusterID-122_signal-flow_-0.530, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [transmission electron microscopy (TEM); BAla12 ascending 1 left (L1EM:19166349); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BAla12 ascending 1 right (L1EM:13167730) [VFB_00102f1b]

Andi AL, BAla12_r akira, BAla12 ascending pair, hemilateral_pair_12500843_13167730, mw brain neurons, mw brain neurons + SU, Right, BAla1/2 R, mw complete, mw brain inventory, mw right, IP VMC mALT/irr, #1, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, mw brain neurons + sensories, AL IP VMC, AL IP VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw pre-dVNC 1%, mw pre-dSEZ 1%, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, sw;idev3, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 68_level-7_clusterID-122_signal-flow_-0.530, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BAla12 ascending 1 right (L1EM:13167730); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAla12 ascending 2 left (L1EM:12500843) [VFB_00102f0d]

Misc. PN, WB_BAla12 L, BAla12_l akira, ASB downstream of right mPNs, BAla12 ascending pair, hemilateral_pair_12500843_13167730, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, BAla1/2 L, mw left, IP VMC mALT/irr, mw axon split complete, mw brain neurons split, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, AL IP VMC, AL IP VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 17729973 us partners, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw gustatory-pharyngeal 4th_order, sw;idev1, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; BAla12 ascending 2 left (L1EM:12500843); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

BAla12 ascending 2 right (L1EM:13242336) [VFB_00102f1f]

Andi AL, Cluster of MBE4s, WB_BAla12 R, BAla12_r akira, ASB right, BAla12 ascending pair, hemilateral_pair_13242336_19166349, mw brain neurons, mw brain neurons + SU, Right, BAla1/2 R, mw complete, mw brain inventory, mw right, IP VMC mALT/irr, #2, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, mw brain neurons + sensories, AL IP VMC, AL IP VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, mw 17729973 us partners, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw gustatory-pharyngeal 4th_order, sw;idev1, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; BAla12 ascending 2 right (L1EM:13242336); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAla12 big axon left (L1EM:12390459) [VFB_00102f01]

Other Antennal lobe PN Left, WB_BAla12 L, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw draft complete, BAla12_l akira, BAla3/4 L, TR IP, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR IP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw proprio 2nd_order, mw proprio 2nd_order PN-old, sw;idev5, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BAla12 big axon left (L1EM:12390459); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

BAla12 big axon right (L1EM:19989037) [VFB_00102fln]

Right, BAla3/4 R, BAla12_r akira, mw brain neurons + SU, mw brain inventory, mw right, TR IP, mw brain neurons split, mw draft complete, #3, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, post-post-proprioceptor >5, mw axon split complete, TR IP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw proprio 2nd_order, mw proprio 2nd_order PN-old, sw;idev5, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BAla12 big axon right (L1EM:19989037)]

Tags:

BAla12 descending 1 left (L1EM:3539170) [VFB_00102ej7]

GPhN need partners, unfinished GPhN, WB_BAla12 L, BAla12_l akira, downstream of AN-B2, DSB2A, downstream of SCAL, downstream of SCAN3A, hemilateral_pair_3539170_8159396, BAla12 descending pairs, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, BAla1/2 L, mw left, TR, mw axon split complete, mw brain neurons split, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw dSEZ 2nd_order, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, TRdl comp L, mw test matrices, stable, mw pre-dSEZ, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, sw;idev5, sw;pairs;L, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, sw;cdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 4_level-7_clusterID-148_signal-flow_1.353, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; BAla12 descending 1 left (L1EM:3539170); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

BAla12 descending 1 right (L1EM:8159396) [VFB_00102eq1]

GPhN need partners, unfinished GPhN, Andi AL, WB_BAla12 R, BAla12_r akira, downstream of AN-B2, DSB2A, downstream of SCAL, downstream of SCAN3A, hemilateral_pair_3539170_8159396, BAla12 descending pairs, mw brain neurons, mw brain neurons + SU, Right, BAla1/2 R, mw complete, mw brain inventory, mw right, TR, mw axon split complete, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw dSEZ 2nd_order, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, TRdl comp, mw test matrices, stable, mw pre-dSEZ, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, sw;idev5, sw;pairs;R, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 4_level-7_clusterID-148_signal-flow_1.353, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BAla12 descending 1 right (L1EM:8159396); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

BAla12 descending 2 left (L1EM:11229136) [VFB_00102ey1]

WB_BAla12 L, BAla12_l akira, BAla12 descending pairs, hemilateral_pair_11229136_17529547, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, BAla1/2 L, mw left, TR, mw axon split complete, mw brain neurons split, #4T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, TRdl comp L, mw test matrices, stable, mw pre-dSEZ, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, sw;idev3, sw;pairs;L, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 5_level-7_clusterID-147_signal-flow_1.320, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [BAla12 descending 2 left (L1EM:11229136); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAla12 descending 2 right (L1EM:17529547) [VFB_00102ffr]

antennal lobe interneurons, IN_Cand1, Interneurons_Lobe2, Andi AL, WB_BAla12 R, BAla12_r akira, SEZ Incomplete 3 R, sVUMU1All, BAla12 descending pairs, hemilateral_pair_11229136_17529547, mw brain neurons, mw brain neurons + SU, Right, BAla1/2 R, mw complete, mw brain inventory, mw right, TR, mw axon split complete, mw brain neurons split, #4, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, TRdl comp, mw test matrices, stable, mw pre-dSEZ, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, sw;idev3, sw;pairs;R, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 5_level-7_clusterID-147_signal-flow_1.320, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; BAla12 descending 2 right (L1EM:17529547); L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BAla12 descending 3 left (L1EM:17355745) [VFB_00102fdu]

WB_BAla12 L, BAla12_l akira, BAla12 descending pairs, hemilateral_pair_16158918_17355745, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, BAla1/2 L, mw left, TR, mw axon split complete, mw brain neurons split, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw dSEZ 2nd_order, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, TRdl comp L, mw test matrices, stable, mw pre-dSEZ, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, sw;pairs;L, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 4_level-7_clusterID-148_signal-flow_1.353, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BAla12 descending 3 left (L1EM:17355745); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAla12 descending 3 right (L1EM:16158918) [VFB_00102f7k]

Andi AL, WB_BAla12 R, BAla12_r akira, downstream of AN-B2, DSB2A, downstream of SCAN2A, SEZ Unknown 8 R, sVUMU1All, BAla12 descending pairs, hemilateral_pair_16158918_17355745, mw brain neurons, mw brain neurons + SU, Right, BAla1/2 R, mw complete, mw brain inventory, mw right, TR, mw axon split complete, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw dSEZ 2nd_order, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, TRdl comp, mw test matrices, stable, mw pre-dSEZ, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, sw;pairs;R, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 4_level-7_clusterID-148_signal-flow_1.353, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; BAla12 descending 3 right (L1EM:16158918); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

BAla12_34 neuron left (L1EM:16992171) [VFB_00102fc1]

ASB left, BAla12_l akira, BAla12 todo, hemilateral_pair_16992171_17356024, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, BAla1/2 L, mw left, UNI, mw axon split complete, mw brain neurons split, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw ad hubs_in, mw 8801736 downstream partners, mw 10964258 upstream partners, mw 16561660 upstream partners, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw proprio 3rd_order, sw;pairs;L, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; is part of; BAla12_34 neuron left (L1EM:16992171); VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BAla12_34 neuron right (L1EM:17356024) [VFB_00102fdz]

BAla12_r akira, hemilateral_pair_16992171_17356024, mw brain neurons, mw brain neurons + SU, Right, BAla1/2 R, mw complete, mw brain inventory, mw right, UNI, mw axon split complete, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw ad hubs_in, mw 8801736 downstream partners, mw 10964258 upstream partners, mw 16561660 upstream partners, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw proprio 3rd_order, sw;pairs;R, downLAL, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BAla12_34 neuron right (L1EM:17356024); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAla34 ascending 1 left (L1EM:16435686) [VFB_00102f8t]

WB_BAla34 L, BAla34_l akira, hemilateral_pair_16435686_18861011, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, BAla3/4 L, mw left, TR VMC, mw axon split complete, mw brain neurons split, #11T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ 2nd_order, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-1hop 2022-03-15, sw;idev4, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, sw;cdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 2_level-5_clusterID-43_signal-flow_1.144, 6_level-6_clusterID-43_signal-flow_1.144, 8_level-7_clusterID-43_signal-flow_1.144, ND_published, ND_all published et al, ctd other, ct other [BAla34 ascending 1 left (L1EM:16435686); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAla34 ascending 1 right (L1EM:18861011) [VFB_00102fkj]

Andi AL, WB_BAla34 R, BAla34_r akira, ASB right, BAla34 dor 1 ; ; , hemilateral_pair_16435686_18861011, mw brain neurons, mw brain neurons + SU, Right, BAla3/4 R, mw complete, mw brain inventory, Earlya08_downstream, mw right, TR VMC, mw axon split complete, mw brain neurons split, #11, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ 2nd_order, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, YYCWMLEH, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-1hop 2022-03-15, sw;idev4, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 2_level-5_clusterID-43_signal-flow_1.144, 6_level-6_clusterID-43_signal-flow_1.144, 8_level-7_clusterID-43_signal-flow_1.144, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd other, ct other [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; BAla34 ascending 1 right (L1EM:18861011); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BAla34 ascending 2 left (L1EM:18087179) [VFB_00102fjb]

BAla34_l akira, ASB downstream of right mPNs, DMNBp, MB2IN19U, BAla34 ascending 2 pair, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, MN-Sens-Int-2, BAla3/4 L, mw left, mw axon split complete, mw brain neurons split, TR VMC, #16T, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw MN PN, mw MN only PN, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw PNs to plot, stable, TR VMC s, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-external 2nd_order PN-old, sw;idev4, sw;pairs;L, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, ND_published, ND_all published et al, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; BAla34 ascending 2 left (L1EM:18087179); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAla34 ascending 2 right (L1EM:17587452) [VFB_00102ffy]

BAla34 ascending 2 pair, mw complete, mw brain neurons, mw brain neurons + SU, mw right, mw axon split complete, mw brain neurons split, TR VMC, BAla3/4 R, #16, mw colored-matrix-2019-09-12, mw brain neurons + sensories, BAla12_r akira, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw MN PN, mw MN only PN, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw PNs to plot, mw pre-dVNC 1%, stable, TR VMC s, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-external 2nd_order PN-old, sw;idev4, sw;pairs;R, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, ND_published, ND_all published et al, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BAla34 ascending 2 right (L1EM:17587452); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAla34 ascending 3 left (L1EM:16434824) [VFB_00102f8r]

WB_BAla34 L, BAla34_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, BAla3/4 L, mw left, mw axon split complete, mw brain neurons split, TR VMC, #9T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ 2nd_order, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10875625 us partners, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, idev0, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw 19880740 upstream partners, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BAla34 ascending 3 left (L1EM:16434824); VFB CATMAID L1 CNS]

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BAla34 ascending 3 right (L1EM:17355860) [VFB_00102fdv]

WB_BAla34 R, BAla34_r akira, mw brain neurons, mw brain neurons + SU, Right, BAla3/4 R, mw brain inventory, mw complete, mw right, TR VMC, mw axon split complete, mw brain neurons split, #9, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ 2nd_order, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10875625 us partners, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, idev0, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw 19880740 upstream partners, ND_published, ND_all published et al, ctd other, ct other [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; BAla34 ascending 3 right (L1EM:17355860); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BAla34 ascending 4 left (L1EM:16435325) [VFB_00102f8s]

WB_BAla34 L, Pre-MBONs-3, BAla34_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, BAla3/4 L, mw left, mw axon split complete, mw brain neurons split, TR VMC, #2T, AUTO descending neurons to SEZ, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw MN PN, mw MN only PN, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-external 2nd_order PN-old, mw dSEZ-feedback-1hop 2022-03-15, sw;idev3, sw;pairs;L, downNO, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, NO.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 80_level-7_clusterID-132_signal-flow_-0.848, ND_published, ND_all published et al, ctd PNs, ct PNs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BAla34 ascending 4 left (L1EM:16435325); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAla34 ascending 4 right (L1EM:8995807) [VFB_00102esc]

WB_BAla34 R, Pre-MBONs-3, BAla34_r akira, DMNBp, mw brain neurons, mw brain neurons + SU, Right, BAla3/4 R, mw brain inventory, mw complete, MN-Sens-Int-2, mw right, TR VMC, mw axon split complete, mw brain neurons split, #2, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw MN PN, mw MN only PN, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-external 2nd_order PN-old, mw dSEZ-feedback-1hop 2022-03-15, sw;idev3, sw;pairs;R, downNO, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, NO.d, NO descending, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 80_level-7_clusterID-132_signal-flow_-0.848, ND_published, ND_all published et al, ctd PNs, ct PNs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BAla34 ascending 4 right (L1EM:8995807)]

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BAla34 bilateral 1 left (L1EM:14570370) [VFB_00102f37]

AVM013 cluster, WB_BAla34 L, BAla34_l akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, BAla3/4 L, mw left, TR IP com, mw axon split complete, mw brain neurons split, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SEZ d IPP com, mw brain crosses commissure, SEZ d IPP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ 2nd_order, mw dVNC 2nd_order, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, sw;idev3, sw;pairs;L, check if FB.b, FB.b columnar, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; BAla34 bilateral 1 left (L1EM:14570370); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

BAla34 bilateral 1 right (L1EM:13724377) [VFB_00102f21]

WB_BAla34 R, BAla34_r akira, ASB right, mw brain neurons, mw brain neurons + SU, Right, BAla3/4 R, mw complete, mw brain inventory, mw right, TR IP com, mw axon split complete, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SEZ d IPP com, mw brain crosses commissure, SEZ d IPP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ 2nd_order, mw dVNC 2nd_order, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, sw;idev3, sw;pairs;R, check if FB.b, FB.b columnar, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BAla34 bilateral 1 right (L1EM:13724377); VFB CATMAID L1 CNS]

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BAla34 bilateral 2 left (L1EM:16434560) [VFB_00102f8q]

WB_BAla34 L, BAla34_l akira, MB2IN19U, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw issues, mw draft complete, BAla3/4 L, mw left, TR IP com, mw axon split complete, mw brain neurons split, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SEZ d IPP com, mw brain crosses commissure, SEZ d IPP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ 2nd_order, mw dVNC 2nd_order, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw noci 4th_order, sw;pairs;L, downNO, sw;mdev5, FB.b, NO.d, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, FB.b columnar, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [BAla34 bilateral 2 left (L1EM:16434560); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BAla34 bilateral 2 right (L1EM:17328580) [VFB_00102fdh]

WB_BAla34 R, BAla34_r akira, ASB right, mw brain neurons, mw brain neurons + SU, Right, BAla3/4 R, mw brain inventory, mw issues, mw draft complete, mw right, TR IP com, mw axon split complete, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SEZ d IPP com, mw brain crosses commissure, SEZ d IPP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ 2nd_order, mw dVNC 2nd_order, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw noci 4th_order, sw;pairs;R, downNO, sw;mdev5, FB.b, NO.d, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, FB.b columnar, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; BAla34 bilateral 2 right (L1EM:17328580); CC-BY_4.0; VFB CATMAID L1 CNS]

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BAla34 bilateral 3 left (L1EM:14621584) [VFB_00102f3b]

AVM013 cluster, WB_BAla34 L, BAla34_l akira, ASB left, DNs akira-2, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, BAla3/4 L, mw left, TR IP com, mw axon split complete, mw brain neurons split, #3T, AUTO ascending neurons at 1112 gap, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SEZ d IPP com, mw brain crosses commissure, SEZ d IPP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ 2nd_order, mw dVNC 2nd_order, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 10411574 downstream partners, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw proprio 3rd_order, mw dSEZ-feedback-1hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BAla34 bilateral 3 left (L1EM:14621584); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAla34 bilateral 3 right (L1EM:17355864) [VFB_00102fdw]

WB_BAla34 R, BAla34_r akira, deviant, mw brain neurons, mw brain neurons + SU, Right, BAla3/4 R, mw complete, mw brain inventory, mw right, TR IP com, developmental defect, mw axon split complete, mw brain neurons split, mw developmental defect, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SEZ d IPP com, mw brain crosses commissure, SEZ d IPP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ 2nd_order, mw dVNC 2nd_order, mw dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 10411574 downstream partners, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw proprio 3rd_order, mw dSEZ-feedback-1hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; BAla34 bilateral 3 right (L1EM:17355864); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BAla34 bilateral 4 left (L1EM:14638686) [VFB_00102f3c]

AVM013 cluster, WB_BAla34 L, BAla34_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, BAla3/4 L, mw left, TR IP com, mw axon split complete, mw brain neurons split, mw draft complete, #4T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw brain neurons + sensories, SEZ d IPP com, mw brain crosses commissure, SEZ d IPP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, sw;idev5, sw;pairs;L, FB.b-neuromodulatory, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; BAla34 bilateral 4 left (L1EM:14638686); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

BAla34 bilateral 4 right (defect?) (L1EM:11891098) [VFB_00102ez7]

BAla34_r akira, Wall BAla, mw brain neurons, mw brain neurons + SU, Right, BAla3/4 R, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, mw developmental defect, mw draft complete, TR IP com, #4, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw brain neurons + sensories, SEZ d IPP com, SEZ d IPP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, sw;idev5, sw;pairs;R, dPNOins, downNO, NO.d, NO descending, FB.b-neuromodulatory, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; BAla34 bilateral 4 right (defect?) (L1EM:11891098); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

BAla34 brush left (L1EM:14586769) [VFB_00102f39]

AVM013 cluster, WB_BAla34 L, BAla34_l akira, brain downstream of A08s2_a2r, clb:todo, clb:soma, clb:joined, clb:todo_A08, mw brain neurons, mw brain neurons + SU, mw brain inventory, post_sensory, BAla3/4 L, mw left, mw issues, mw gap, mw draft complete, mw axon split complete, mw brain neurons split, TR VMC, #12T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR VMC, mw brain matrix, NO WAY OUT, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;idev3, sw;pairs;L, upFBPBs, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 79_level-7_clusterID-143_walksort-0.838, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BAla34 brush left (L1EM:14586769)]

Tags:

BAla34 brush right (L1EM:19048289) [VFB_00102fkq]

WB_BAla34 R, BAla34_r akira, Brush, mw brain neurons, mw brain neurons + SU, Right, fragment_SH, BAla3/4 R, SH_T1down, mw brain inventory, EH_down_pre-premotor, mw right, TR VMC, mw issues, mw gap, mw draft complete, mw axon split complete, mw brain neurons split, #12, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;idev3, sw;pairs;R, upFBPBs, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 79_level-7_clusterID-143_walksort-0.838, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; BAla34 brush right (L1EM:19048289); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAla34 descending left (L1EM:16588928) [VFB_00102fa1]

WB_BAla34 L, BAla34_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, BAla3/4 L, mw left, TR, mw axon split complete, mw brain neurons split, #7T, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw pre-dSEZ, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-pharyngeal 2nd_order, sw;pairs;L, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 0_level-3_clusterID-9_signal-flow_1.058, 1_level-4_clusterID-19_signal-flow_1.067, 5_level-5_clusterID-40_signal-flow_1.038, 9_level-6_clusterID-82_signal-flow_1.009, 16_level-7_clusterID-140_signal-flow_0.858, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BAla34 descending left (L1EM:16588928); VFB CATMAID L1 CNS]

Tags:

BAla34 descending right (L1EM:17355892) [VFB_00102fdy]

WB_BAla34 R, BAla34_r akira, BAla34 dor 1, mw brain neurons, mw brain neurons + SU, Right, BAla3/4 R, mw brain inventory, mw complete, mw right, TR, mw axon split complete, mw brain neurons split, #7, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dSEZ, TR, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw pre-dSEZ, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-pharyngeal 2nd_order, sw;pairs;R, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 0_level-3_clusterID-9_signal-flow_1.058, 1_level-4_clusterID-19_signal-flow_1.067, 5_level-5_clusterID-40_signal-flow_1.038, 9_level-6_clusterID-82_signal-flow_1.009, 16_level-7_clusterID-140_signal-flow_0.858, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [BAla34 descending right (L1EM:17355892); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAla34 hairy ascending left (L1EM:14756000) [VFB_00102f3n]

WB_BAla34 L, BAla34_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, BAla3/4 L, mw left, mw brain neurons split, mw axon split complete, mw draft complete, TR VMC, #14T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw MN PN, mw MN only PN, mw brain ipsilateral, mw dSEZ 2nd_order, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9577562 us partners, stable, TR VMC s, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-external 2nd_order PN-old, sw;idev5, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, ND_published, ND_all published et al, ctd PNs, ct PNs, ct pre-DN-VNCs [BAla34 hairy ascending left (L1EM:14756000); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAla34 hairy ascending right (L1EM:13634759) [VFB_00102f1s]

mw axon split complete, BAla34_r akira, mw brain neurons + SU, mw draft complete, mw brain neurons split, TR VMC, BAla3/4 R, #14, mw colored-matrix-2019-09-12, mw right, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw MN PN, mw MN only PN, mw brain ipsilateral, mw dSEZ 2nd_order, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9577562 us partners, stable, TR VMC s, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-external 2nd_order PN-old, sw;idev5, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, ND_published, ND_all published et al, ctd PNs, ct PNs, ct pre-DN-VNCs [BAla34 hairy ascending right (L1EM:13634759); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BAla34 Ipsilateral Hook left (L1EM:5080991) [VFB_00102elj]

WB_BAla34 L, BAla34_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, BAla3/4 L, mw left, TR VMC, mw axon split complete, mw brain neurons split, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw mechano-Ch 4th_order, mw dSEZ-feedback-1hop 2022-03-15, sw;idev2, sw;pairs;L, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 14_level-6_clusterID-88_signal-flow_0.646, 23_level-7_clusterID-88_signal-flow_0.646, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; BAla34 Ipsilateral Hook left (L1EM:5080991); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAla34 Ipsilateral Hook right (L1EM:10959064) [VFB_00102ex8]

BAla34_r akira, mw brain neurons, mw brain neurons + SU, Right, BAla3/4 R, mw brain inventory, mw complete, mw right, TR VMC, mw axon split complete, mw brain neurons split, #3, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, post-post-proprioceptor >5, TR VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw mechano-Ch 4th_order, mw dSEZ-feedback-1hop 2022-03-15, sw;idev2, sw;pairs;R, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 14_level-6_clusterID-88_signal-flow_0.646, 23_level-7_clusterID-88_signal-flow_0.646, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [BAla34 Ipsilateral Hook right (L1EM:10959064); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BAla34 large span neuron left (L1EM:16431065) [VFB_00102f8n]

WB_BAla34 L, BAla34_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, BAla3/4 L, mw left, mw axon split complete, mw brain neurons split, TR VMC, #10T, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 15605301 us partners, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order PN-old, sw;idev0, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw gustatory-external 4th_order, mw 5678582 upstream partners, mw 19880740 upstream partners, ND_published, ND_all published et al, ctd other, ct other [BAla34 large span neuron left (L1EM:16431065); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAla34 large span neuron right (L1EM:17587710) [VFB_00102ffz]

BAla34_r akira, WB_BAla34 R, ASB right, mw brain neurons, mw brain neurons + SU, Right, BAla3/4 R, mw brain inventory, mw complete, mw right, TR VMC, mw axon split complete, mw brain neurons split, #10, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 15605301 us partners, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order PN-old, sw;idev0, sw;pairs;R, Albert TODO, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw gustatory-external 4th_order, mw 5678582 upstream partners, mw 19880740 upstream partners, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BAla34 large span neuron right (L1EM:17587710); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAla34 lateral descending 1a left (L1EM:17356467) [VFB_00102fe3]

WB_BAla34 L, BAla34_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw issues, BAla3/4 L, mw left, TR, #6T, AUTO descending neurons to SEZ, mw unpaired 2019-10-09, mw unpaired 2019-10-10, less than 150nm length, as_continue, mw brain neurons + sensories, mw axon split complete, TR, mw dUnk, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, mw ipsilateral axon, sw:brain_paired:L, sw;brainpair;L, mw proprio 4th_order, NO descending, sw;idev5, sw;pairs;L, downNO, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, NO.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BAla34 lateral descending 1a left (L1EM:17356467); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAla34 lateral descending 1a right (L1EM:20242957) [VFB_00102fls]

WB_BAla34 R, BAla34_r akira, mw brain neurons, mw brain neurons + SU, Right, BAla3/4 R, mw brain inventory, mw draft complete, mw issues, mw right, TR, #5, AUTO ascending neurons at 1112 gap, mw unpaired 2019-10-09, mw unpaired 2019-10-10, less than 150nm length, mw brain neurons + sensories, mw axon split complete, TR, mw dUnk, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, mw ipsilateral axon, sw:brain_paired:R, sw;brainpair;R, mw proprio 4th_order, sw;idev5, sw;pairs;R, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, ND_published, ND_all published et al, ctd other, ct other [BAla34 lateral descending 1a right (L1EM:20242957); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAla34 lateral descending 1b left (L1EM:18123575) [VFB_00102fjg]

BAla34_l akira, WB_BAla34 L, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw issues, BAla3/4 L, mw left, TR, #5T, mw unpaired 2019-10-09, mw unpaired 2019-10-10, less than 150nm length, mw brain neurons + sensories, mw dVNC, mw axon split complete, TR, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, sw:brain_paired:L, sw;brainpair;L, mw proprio 4th_order, mw dVNC not to A1, NO descending, sw;idev2, dVNCdownstreamCX, sw;pairs;L, mw candidate hunch_head-move, downNO, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, sw;cdeviants, NO.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; BAla34 lateral descending 1b left (L1EM:18123575); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAla34 lateral descending 1b right (L1EM:17543765) [VFB_00102ffv]

BAla34_r akira, mw brain neurons, mw brain neurons + SU, Right, BAla3/4 R, mw brain inventory, mw draft complete, mw issues, mw right, TR, #6, mw unpaired 2019-10-09, mw unpaired 2019-10-10, less than 150nm length, mw brain neurons + sensories, mw dVNC, mw descending axons need work, mw axon split complete, TR, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, sw:brain_paired:R, sw;brainpair;R, mw proprio 4th_order, mw dVNC not to A1, sw;idev2, sw;pairs;R, mw candidate hunch_head-move, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; BAla34 lateral descending 1b right (L1EM:17543765); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAla34 ven 1 d left (L1EM:17448356) [VFB_00102ffg]

WB_BAla34 L, BAla34_l akira, brain downstream of A08s2_a2r, clb:todo, clb:joined, clb:soma, clb:todo_A08, hemilateral_pair_13675374_17448356, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, BAla3/4 L, mw left, mw axon split complete, mw brain neurons split, TR VMC, #6T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dVNC 2nd_order, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, sw;pairs;L, downLAL, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 56_level-6_clusterID-71_signal-flow_-1.328, 87_level-7_clusterID-128_signal-flow_-1.325, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; BAla34 ven 1 d left (L1EM:17448356); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAla34 ven 1 d right (L1EM:13675374) [VFB_00102f1w]

volker young cells, WB_BAla34 R, ASB right, hemilateral_pair_13675374_17448356, mw brain neurons, mw brain neurons + SU, Right, BAla3/4 R, mw complete, mw brain inventory, mw right, TR VMC, mw axon split complete, mw brain neurons split, #6, DALd downstream, mw colored-matrix-2019-09-12, mw brain neurons + sensories, BAla12_r akira, TR VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dVNC 2nd_order, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, sw;pairs;R, downLAL, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 56_level-6_clusterID-71_signal-flow_-1.328, 87_level-7_clusterID-128_signal-flow_-1.325, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [BAla34 ven 1 d right (L1EM:13675374); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAla34 ventral cluster 1 left (L1EM:17356454) [VFB_00102fe2]

WB_BAla34 L, BAla34_l akira, hemilateral_pair_2557644_17356454, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, BAla3/4 L, mw left, TR, mw axon split complete, mw brain neurons split, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw pre-dSEZ, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, sw;idev3, sw;pairs;L, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 4_level-7_clusterID-148_signal-flow_1.353, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [BAla34 ventral cluster 1 left (L1EM:17356454); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BAla34 ventral cluster 1 right (L1EM:2557644) [VFB_00102ehn]

WB_BAla34 R, BAla34_r akira, downstream of AN-B2, DSB2A, SEZ Unknown 3 R, sVUMU1All, hemilateral_pair_2557644_17356454, mw brain neurons, mw brain neurons + SU, Right, BAla3/4 R, mw complete, mw brain inventory, MN-Sens-Int-2, mw right, TR, mw axon split complete, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw pre-dSEZ, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, sw;idev3, sw;pairs;R, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 4_level-7_clusterID-148_signal-flow_1.353, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; BAla34 ventral cluster 1 right (L1EM:2557644)]

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BAla34 ventral cluster 2 left (L1EM:17356450) [VFB_00102fe1]

WB_BAla34 L, BAla34_l akira, ASB downstream of right mPNs, hemilateral_pair_17355872_17356450, AL Frag, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, BAla3/4 L, mw left, TR, mw axon split complete, mw brain neurons split, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw pre-dSEZ, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, sw;idev1, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 0_level-4_clusterID-25_signal-flow_1.533, 0_level-5_clusterID-52_signal-flow_1.652, 1_level-6_clusterID-96_signal-flow_1.469, 15_level-7_clusterID-158_signal-flow_0.888, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [BAla34 ventral cluster 2 left (L1EM:17356450); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAla34 ventral cluster 2 right (L1EM:17355872) [VFB_00102fdx]

WB_BAla34 R, BAla34_r akira, hemilateral_pair_17355872_17356450, mw brain neurons, mw brain neurons + SU, Right, BAla3/4 R, mw brain inventory, mw complete, mw right, TR, mw axon split complete, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw pre-dSEZ, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, sw;idev1, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 0_level-4_clusterID-25_signal-flow_1.533, 0_level-5_clusterID-52_signal-flow_1.652, 1_level-6_clusterID-96_signal-flow_1.469, 15_level-7_clusterID-158_signal-flow_0.888, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; BAla34 ventral cluster 2 right (L1EM:17355872); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

BAla34 ventral cluster 3 left (L1EM:13313410) [VFB_00102f1g]

WB_BAla34 L, BAla34_l akira, ASB left, downstream of SCBa, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, MN-Sens-Int-2, BAla3/4 L, mw left, TR, mw axon split complete, mw brain neurons split, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw dSEZ 2nd_order, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw pre-dSEZ, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, sw;pairs;L, mw dSEZ-efference-1hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 4_level-7_clusterID-148_signal-flow_1.353, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [BAla34 ventral cluster 3 left (L1EM:13313410); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAla34 ventral cluster 3 right (L1EM:16586265) [VFB_00102fa0]

ASB right, BAla34_r akira, downstream of SCBa, SEZ Unknown 5 R, sVUMU1All, mw brain neurons, mw brain neurons + SU, Right, BAla3/4 R, mw complete, mw brain inventory, MN-Sens-Int-2, mw right, TR, mw axon split complete, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw dSEZ 2nd_order, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw pre-dSEZ, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, sw;pairs;R, mw dSEZ-efference-1hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 4_level-7_clusterID-148_signal-flow_1.353, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; BAla34 ventral cluster 3 right (L1EM:16586265); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BAla34 ventral cluster 4 left (L1EM:17814107) [VFB_00102fii]

WB_BAla34 L, BAla34_l akira, BAla34 ventral cluster 4 pair, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, MN-Sens-Int-2, BAla3/4 L, mw left, TR, mw axon split complete, mw brain neurons split, #4T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, sw;pairs;L, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 4_level-7_clusterID-148_signal-flow_1.353, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; BAla34 ventral cluster 4 left (L1EM:17814107); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAla34 ventral cluster 4 right (L1EM:10167116) [VFB_00102euz]

GPhN partner candidates, BAla34_r akira, downstream of AN-B2, DSB2A, BAla34 ventral cluster 4 pair, mw brain neurons, mw brain neurons + SU, Right, BAla3/4 R, mw complete, mw brain inventory, mw right, TR, mw axon split complete, mw brain neurons split, #4, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, sw;pairs;R, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 4_level-7_clusterID-148_signal-flow_1.353, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BAla34 ventral cluster 4 right (L1EM:10167116); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAlc post ascending 1 left (L1EM:17728632) [VFB_00102fh0]

BAlc post_l akira, deviant, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, BAlc L, IPL lALT, mw axon split complete, mw brain neurons split, mw developmental defect, #1T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, less than 150nm length, mw brain neurons + sensories, TR VLPd, TR VLPd, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw MN PN, mw MN only PN, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 2_level-5_clusterID-43_signal-flow_1.144, 6_level-6_clusterID-43_signal-flow_1.144, 8_level-7_clusterID-43_signal-flow_1.144, ND_published, ND_all published et al, ctd other, ct other [BAlc post ascending 1 left (L1EM:17728632); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAlc post ascending 1 right (L1EM:17327188) [VFB_00102fdg]

downstream of AN-B2, DSB2A, downstream of SCAN2A, downstream of SCAN3A, BAlc post_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, BAlc R, IPL lALT, mw axon split complete, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw brain neurons + sensories, TR VLPd, TR VLPd, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw MN PN, mw MN only PN, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 2_level-5_clusterID-43_signal-flow_1.144, 6_level-6_clusterID-43_signal-flow_1.144, 8_level-7_clusterID-43_signal-flow_1.144, ND_published, ND_all published et al, ctd other, ct other [BAlc post ascending 1 right (L1EM:17327188); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAlc post ascending 2 left (L1EM:12452356) [VFB_00102f09]

Misc. PN, WB_BAlc L, BAlc post_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, IPM mALT, mw axon split complete, mw brain neurons split, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR IPP, TR IPP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ 2nd_order, mw ds-pre-dSEZ, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, sw;idev4, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BAlc post ascending 2 left (L1EM:12452356); VFB CATMAID L1 CNS]

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BAlc post ascending 2 right (L1EM:6250655) [VFB_00102eoa]

WB_BAlc R, BAlc post_r akira, downstream of mPN iACT B1 right, ASB TODO B1 right, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, IPM mALT, mw axon split complete, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR IPP, TR IPP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ 2nd_order, mw ds-pre-dSEZ, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, sw;idev4, sw;pairs;R, upFBPBs, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; BAlc post ascending 2 right (L1EM:6250655); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAlc post lat lat #4 ALT neuron 6254217 right (L1EM:6254216) [VFB_00102eoc]

WB_BAlc R, BAlc post_r akira, downstream of mPN iACT B1 right, ASB Right PN-LH Input, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, mw paired 136, potential paired ds mPNs right >= 5 synapses individual, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw right, IPM mALT, mw axon split complete, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain few synapses, TR IPP, TR IPP, mw brain matrix, mw brain ipsilateral, mw ds-pre-dSEZ, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw partially differentiated, mw brain paper all neurons, stable, sw:brain_paired:R, sw;brainpair;R, mw partially differentiated non-KC, sw;pairs;R, mw brain and inputs, ND_published, ND_all published et al [BAlc post lat lat #4 ALT neuron 6254217 right (L1EM:6254216); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAlc post lat lat #4 ALT neuron left (L1EM:11192283) [VFB_00102exw]

Random PN, Random AL PN, WB_BAlc L, BAlc post_l akira, mw paired 136, potential pair of ds mPN right >= 5, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, IPM mALT, mw brain few synapses, #2T, mw draft complete, less than 150nm length, mw brain neurons + sensories, mw axon split complete, TR IPP, TR IPP, mw partially differentiated, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw ds-pre-dSEZ, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw partially differentiated non-KC, sw;pairs;L, mw brain and inputs, ND_published, ND_all published et al [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; BAlc post lat lat #4 ALT neuron left (L1EM:11192283); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAlc post lat lat 6 AL left (L1EM:15608355) [VFB_00102f5l]

WB_BAlc L, BAlc post_l akira, ascending_hairbrush, ASB left, downstream of mPN iACT A2 left, ASB TODO A2 left, downstream of AN-B2, DSB2A, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, IPL lALT, mw axon split complete, mw brain neurons split, #2T, mw colored-matrix-2019-09-12, less than 150nm length, mw brain neurons + sensories, TR VLPd, TR VLPd, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN PN putative, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw MN PN, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, mw PNs to plot, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, sw;pairs;L, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 2_level-5_clusterID-43_signal-flow_1.144, 6_level-6_clusterID-43_signal-flow_1.144, 8_level-7_clusterID-43_signal-flow_1.144, ND_published, ND_all published et al, ctd PNs, ct PNs [BAlc post lat lat 6 AL left (L1EM:15608355); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAlc post lat lat 6 AL right (L1EM:6252764) [VFB_00102eob]

WB_BAlc R, BAlc post_r akira, downstream of AN-B2, DSB2A, downstream of SCAN2A, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, IPL lALT, mw axon split complete, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR VLPd, TR VLPd, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN PN putative, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw MN PN, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw PNs to plot, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, sw;pairs;R, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 2_level-5_clusterID-43_signal-flow_1.144, 6_level-6_clusterID-43_signal-flow_1.144, 8_level-7_clusterID-43_signal-flow_1.144, ND_published, ND_all published et al, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BAlc post lat lat 6 AL right (L1EM:6252764)]

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BAlc_post I left (L1EM:12121795) [VFB_00102ezi]

Random PN, Other Antennal lobe PN Left, I family, WB_BAlc L, BAlc post_l akira, ASB left, downstream of AN-B2, DSB2A, downstream of SCAN2A, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, SLP mALT com, mw axon split complete, mw brain neurons split, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR SLPl com, mw brain crosses commissure, TR SLPl com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN PN putative, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw MN PN, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw check cool bi, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw PNs to plot, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, sw;pairs;L, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; BAlc_post I left (L1EM:12121795); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BAlc_post I right (L1EM:11788830) [VFB_00102ez1]

Random PN, Random AL PN, I family, WB_BAlc R, ASB right, downstream of AN-B2, DSB2A, downstream of SCAN2A, BAlc post_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, SLP mALT com, mw axon split complete, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR SLPl com, mw brain crosses commissure, TR SLPl com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN PN putative, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw MN PN, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw PNs to plot, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, sw;pairs;R, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; BAlc_post I right (L1EM:11788830); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAlc_post I2 left (L1EM:12089601) [VFB_00102ezh]

Random PN, Misc. PN, I family, WB_BAlc L, BAlc post_l akira, ASB left, downstream of AN-B2, DSB2A, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, mw axon split complete, mw brain neurons split, #1T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, TR IP SLP mALT, mw brain neurons + sensories, TR SLP, TR SLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw MN PN, mw MN only PN, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 9792178 upstream partners, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-pharyngeal 2nd_order, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 2_level-5_clusterID-43_signal-flow_1.144, 6_level-6_clusterID-43_signal-flow_1.144, 8_level-7_clusterID-43_signal-flow_1.144, ND_published, ND_all published et al, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BAlc_post I2 left (L1EM:12089601); VFB CATMAID L1 CNS]

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BAlc_post I2 right (L1EM:11838242) [VFB_00102ez3]

Random PN, I family, BAlc post_r akira, ASB right, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, mw axon split complete, mw brain neurons split, BAlc R, #1, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, TR IP SLP mALT, mw brain neurons + sensories, TR SLP, TR SLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw MN PN, mw MN only PN, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 9792178 upstream partners, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw gustatory-pharyngeal 2nd_order, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 2_level-5_clusterID-43_signal-flow_1.144, 6_level-6_clusterID-43_signal-flow_1.144, 8_level-7_clusterID-43_signal-flow_1.144, ND_published, ND_all published et al, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BAlc_post I2 right (L1EM:11838242); VFB CATMAID L1 CNS]

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BAlc_post young neuron (L1EM:6229682) [VFB_00102eo9]

WB_BAlc L, BAlc post_l akira, deviant, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, IPL lALT, mw brain few synapses, #3, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, less than 150nm length, mw brain neurons + sensories, mw brain unpaired checked once, TR VLPd, TR VLPd, mw partially differentiated, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw brain matrix and A1, mw brain paper all neurons, mw unpaired 2021-04-13, stable, mw brain reviewed <80%, mw ipsilateral axon, mw ipsilateral dendrite, mw partially differentiated non-KC, mw brain and inputs, ND_published, ND_all published et al [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; BAlc_post young neuron (L1EM:6229682); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAlp descending 1 left (L1EM:17075832) [VFB_00102fce]

AUTO ascending neurons at 1112 gap, DALv2/3 acc ven lat L, TO REVIEW, mw brain neurons, mw brain neurons + SU, mw draft complete, INGRID FINISH, AUTO descending neurons to SEZ, #1Ta, mw brain neurons + sensories, mw left, mw axon split complete, LAL com/desc*, mw dVNC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, LAL com desc*, BAlp_ant_l akira, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw dVNC not to A1, sw;pairs;L, mw candidate hunch_head-move, downNO, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 86_level-7_clusterID-134_signal-flow_-1.092, mw cascade-5-hop integrative 2022-11-03, LAL com desc 2, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BAlp descending 1 left (L1EM:17075832); VFB CATMAID L1 CNS]

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BAlp descending 1 right (L1EM:14039007) [VFB_00102f2r]

EB ; Right, Ingrid Name, ASB right, BAlp_ant_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, VMC desc, #1, BAlp1-3 R, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, INGRID FINISH, mw draft complete, mw brain neurons + sensories, mw axon split complete, VMC desc, mw dVNC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, avinash_new candidate 21, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw dVNC not to A1, cx descending l1, sw;pairs;R, mw candidate hunch_head-move, dPNOins, downFBMBONs, downMBONs, downNO, test2, test3, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, NO.d, NO descending, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 86_level-7_clusterID-134_signal-flow_-1.092, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BAlp descending 1 right (L1EM:14039007); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAlp descending 2 left (L1EM:17809869) [VFB_00102fif]

AUTO ascending neurons at 1112 gap, DALv2/3 acc ven lat L, mw brain neurons, mw brain neurons + SU, mw draft complete, INGRID FINISH, AUTO descending neurons to SEZ, #1Tb, BAlp_ant_l akira, mw brain neurons + sensories, mw left, mw dSEZ, mw axon split complete, LAL com/desc, mw brain matrix, AT GAP, mw brain unpublished <80% reviewed 2020-04-24, LAL com desc*, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, sw;7dev;L, mw proprio 3rd_order, mw mechano-Ch 3rd_order, sw;idev5, sw;pairs;L, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-5-hop integrative 2022-11-03, LAL com desc 2*, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BAlp descending 2 left (L1EM:17809869); VFB CATMAID L1 CNS]

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BAlp descending 2 right (L1EM:17654519) [VFB_00102fga]

Akira to Volker, mw brain neurons + SU, mw brain inventory, mw right, AUTO ascending neurons at 1112 gap, DALv2/3 acc ven lat R, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, #1, INGRID FINISH, mw draft complete, BAlp_ant_r akira, mw brain neurons + sensories, mw dSEZ, mw axon split complete, LAL com/desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, LAL com desc*, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, sw;7dev;R, mw proprio 3rd_order, mw mechano-Ch 3rd_order, sw;idev5, sw;pairs;R, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-5-hop integrative 2022-11-03, LAL com desc 2*, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; BAlp descending 2 right (L1EM:17654519); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAlp descending 3 left (L1EM:7439913) [VFB_00102ep7]

VMC desc, BAlp1-3 L, AUTO neuron fragments at 1103 gap, AUTO ascending neurons, AUTO extends beyond brain, AUTO multiple presynapses to brain, #1/2T, INGRID FINISH, BAlp_ant_l akira, mw brain neurons, mw brain neurons + SU, mw draft complete, mw brain neurons + sensories, mw left, mw axon split complete, VMC desc, mw dVNC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw dVNC not to A1, sw;pairs;L, mw candidate hunch_head-move, downNO, NO.d, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, NO descending, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 86_level-7_clusterID-134_signal-flow_-1.092, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [BAlp descending 3 left (L1EM:7439913); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAlp descending 3 right (L1EM:15934458) [VFB_00102f6z]

BAlp_ant_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, VMC desc, #2, BAlp1-3 R, AUTO ascending neurons at 1112 gap, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, INGRID FINISH, AUTO descending neurons to SEZ, mw brain neurons + sensories, mw axon split complete, VMC desc, mw dVNC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, avinash_new candidate 21, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw dVNC not to A1, cx descending l1, NO descending, FB descending, dVNCdownstreamCX, sw;pairs;R, mw candidate hunch_head-move, dPNOins, downNO, NO.d, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 86_level-7_clusterID-134_signal-flow_-1.092, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [transmission electron microscopy (TEM); BAlp descending 3 right (L1EM:15934458); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BAlp_ant ascending dendrite left (L1EM:17383431) [VFB_00102ff7]

BAlp_ant_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw draft complete, mw axon split complete, mw brain neurons split, IPP VMC, BAlp1-3 L, #1T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPP VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 8142831 downstream partners, mw 17110024 upstream partners, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 5th_order, mw olfactory 5th_order, mw visual 5th_order, mw noci 5th_order, mw proprio 5th_order, mw thermo-warm 5th_order, mw gustatory-pharyngeal 5th_order, mw mechano-Ch 5th_order, mw 16937799 downstream partners, mw 17383431 pair, sw;pairs;L, downPB, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, PB.d, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; BAlp_ant ascending dendrite left (L1EM:17383431); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BAlp_ant ascending dendrite right (L1EM:9532295) [VFB_00102etr]

Neuron 17481870, brain downstream of A08s2_a2l, li temp 8/8, clb:todo, clb:hindbrain, clb:todo_A08, clb:soma, BAlp_ant_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, IPP VMC, mw axon split complete, mw brain neurons split, #1, mw draft complete, BAlp1-3 R, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPP VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 8142831 downstream partners, mw 17110024 upstream partners, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 5th_order, mw olfactory 5th_order, mw visual 5th_order, mw noci 5th_order, mw proprio 5th_order, mw thermo-warm 5th_order, mw gustatory-pharyngeal 5th_order, mw mechano-Ch 5th_order, mw 16937799 downstream partners, mw 17383431 pair, sw;pairs;R, downPB, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, PB.d, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); BAlp_ant ascending dendrite right (L1EM:9532295); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BAlp_ant ascending left (L1EM:17728695) [VFB_00102fh1]

BAlp_ant_l akira, mw brain neurons + SU, mw axon split complete, mw draft complete, BAlp1-3 L, VMC, #2T, mw colored-matrix-2019-09-12, mw left, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, LAL VMC, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw proprio 4th_order, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BAlp_ant ascending left (L1EM:17728695); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAlp_ant ascending right (L1EM:10367190) [VFB_00102evl]

BAlp_ant_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, VMC, mw axon split complete, mw brain neurons split, #2, mw draft complete, BAlp1-3 R, mw colored-matrix-2019-09-12, mw brain neurons + sensories, post-post-proprioceptor >5, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw proprio 4th_order, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, LAL VMC, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; BAlp_ant ascending right (L1EM:10367190); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAlp_ant bilateral 2 left (L1EM:12935706) [VFB_00102f0w]

LNM_down_octop, Pre-ipsigoro-18, BAlp_ant_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, LAL VMC com, mw axon split complete, mw brain neurons split, BAlp1-3 L, #1T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL VMC com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, mw check cool bi, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 9870483 downstream partners, mw 16753901 downstream partners, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw respiratory 4th_order, mw gustatory-pharyngeal 4th_order, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; BAlp_ant bilateral 2 left (L1EM:12935706); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAlp_ant bilateral 2 right (L1EM:16852421) [VFB_00102fb1]

Pre-DN17-5, S4A2,p, BAlp2-R, S4A2,p-Simplified, BAlp_ant_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, LAL VMC com, mw axon split complete, mw brain neurons split, #4, BAlp1-3 R, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL VMC com, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 9870483 downstream partners, mw 16753901 downstream partners, nr Tel-like 10 downstream 3-hop, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw respiratory 4th_order, mw gustatory-pharyngeal 4th_order, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BAlp_ant bilateral 2 right (L1EM:16852421); VFB CATMAID L1 CNS]

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BAlp_ant bilateral left (L1EM:14726069) [VFB_00102f3j]

BAlp_ant_l akira, Pre-DN17-5, S4A2,p, BAlp2-L, S4A2,p-Simplified, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, mw axon split complete, LAL VMC com, mw brain neurons split, BAlp1-3 L, #4T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL VMC com, mw brain matrix, mw brain contralateral, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw pre-dSEZ 1%, stable, mw 4966994 upstream partners, mw 9870483 downstream partners, mw 16753901 downstream partners, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; BAlp_ant bilateral left (L1EM:14726069); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAlp_ant bilateral right (L1EM:5805651) [VFB_00102en7]

Pre-ipsigoro-19, BAlp_ant_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, LAL VMC com, mw axon split complete, mw brain neurons split, #1, BAlp1-3 R, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL VMC com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw pre-dSEZ 1%, stable, mw 4966994 upstream partners, mw 9870483 downstream partners, mw 16753901 downstream partners, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BAlp_ant bilateral right (L1EM:5805651); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAlp_ant Y neuron left (L1EM:12736001) [VFB_00102f0m]

, , Fragments 2014-01-18 14:57, BAlp1-3 L, VMC, #5, AUTO neuron fragments at 1103 gap, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, INGRID FINISH and REVIEW, mw brain neurons maybe, BAlp_ant_l akira, mw brain neurons + SU, mw brain paper all neurons, mw ipsilateral axon, mw ipsilateral dendrite, mw left, mw pre-dVNC 1%, stable, mw 16561660 upstream partners, nr Tel-like 10 downstream 2-hop, LAL VMC, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 4th_order, mw 17383431 downstream partners, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 86_level-7_clusterID-134_signal-flow_-1.092, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BAlp_ant Y neuron left (L1EM:12736001)]

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BAlp_ant Y neuron right (L1EM:15155348) [VFB_00102f4d]

BAlp or BLVa frag, mw brain neurons + SU, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, mw gap, mw draft complete, AUTO ascending neurons, mw colored-matrix-2019-09-12, VMC, BAlp1-3 R, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, #5, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, BAlp_ant_r akira, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw pre-dVNC 1%, stable, mw 16561660 upstream partners, nr Tel-like 10 downstream 2-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw noci 4th_order, mw 17383431 downstream partners, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, LAL VMC, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 86_level-7_clusterID-134_signal-flow_-1.092, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; BAlp_ant Y neuron right (L1EM:15155348); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAlp4 ascending 1 left (L1EM:15995958) [VFB_00102f72]

BAlp4_l akira, hemilateral_pair_15674282_15995958, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, BAlp4 L, VMC, mw axon split complete, mw brain neurons split, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, sw;idev4, sw;pairs;L, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; BAlp4 ascending 1 left (L1EM:15995958); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAlp4 ascending 1 right (L1EM:18080008) [VFB_00102fja]

brain downstream of A08s2_a2l, clb:todo, li temp 8/8, clb:todo_A08, BAlp4_r akira, ASB right, clb:hindbrain, TO REVIEW SMALL AT GAP, clb:soma, mw brain neurons, mw brain neurons + SU, BAlp4 R, mw brain inventory, mw complete, mw right, VMC, mw axon split complete, mw brain neurons split, #4, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, sw;idev4, sw;pairs;R, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [transmission electron microscopy (TEM); BAlp4 ascending 1 right (L1EM:18080008); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BAlp4 ascending 2 left (L1EM:11876076) [VFB_00102ez6]

BAlp4_l akira, ASB left, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, BAlp4 L, VMC, mw axon split complete, mw brain neurons split, #4T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, sw;idev3, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [BAlp4 ascending 2 left (L1EM:11876076); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAlp4 ascending 2 right (L1EM:15674282) [VFB_00102f68]

BAlp4_r akira, hemilateral_pair_15674282_15995958, mw brain neurons, mw brain neurons + SU, BAlp4 R, mw brain inventory, mw complete, mw right, VMC, mw axon split complete, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, sw;idev3, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, NO.d, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-8-hop labeled-line 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [BAlp4 ascending 2 right (L1EM:15674282); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAlp4 ascending 3 left (L1EM:16422744) [VFB_00102f8k]

BAlp4_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, BAlp4 L, VMC, mw axon split complete, mw brain neurons split, #2T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9577562 us partners, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw gustatory-pharyngeal 4th_order, sw;idev3, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [transmission electron microscopy (TEM); BAlp4 ascending 3 left (L1EM:16422744); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BAlp4 ascending 3 right (L1EM:15589591) [VFB_00102f5c]

BAlp4_r akira, mw brain neurons, mw brain neurons + SU, BAlp4 R, mw brain inventory, mw right, VMC, mw axon split complete, mw brain neurons split, #2, mw draft complete, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9577562 us partners, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw gustatory-pharyngeal 4th_order, sw;idev3, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, NO.d fraction, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; BAlp4 ascending 3 right (L1EM:15589591); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAlp4 ascending 4 left (L1EM:14723506) [VFB_00102f3h]

BAlp4_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, BAlp4 L, mw axon split complete, IP VMC, mw brain neurons split, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IP VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, sw;idev1, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BAlp4 ascending 4 left (L1EM:14723506); VFB CATMAID L1 CNS]

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BAlp4 ascending 4 right (L1EM:17850822) [VFB_00102fim]

ASB, neuron, BAlp4_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, BAlp4 R, IP VMC, mw axon split complete, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IP VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, sw;idev1, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [BAlp4 ascending 4 right (L1EM:17850822); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAlp4 ascending 5 left (L1EM:17728781) [VFB_00102fh4]

BAlp4_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, BAlp4 L, mw axon split complete, mw brain neurons split, mw draft complete, VMC, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw ds-pre-dVNC, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw gustatory-pharyngeal 4th_order, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 42_level-6_clusterID-76_signal-flow_-0.513, 65_level-7_clusterID-76_signal-flow_-0.513, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BAlp4 ascending 5 left (L1EM:17728781); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAlp4 ascending 5 right (L1EM:13644685) [VFB_00102f1t]

BAlp4_r akira, mw brain neurons, mw brain neurons + SU, BAlp4 R, mw brain inventory, mw complete, mw right, VMC, mw axon split complete, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw ds-pre-dVNC, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw gustatory-pharyngeal 4th_order, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 42_level-6_clusterID-76_signal-flow_-0.513, 65_level-7_clusterID-76_signal-flow_-0.513, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [BAlp4 ascending 5 right (L1EM:13644685); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmas12 contra left; Interneuron--35 in total (L1EM:992646) [VFB_00102eh1]

Li SOG interneuron, PrePMN, ASB left, BAmas12_ven_l akira, downstream of AN-B2, DSB2B, DSB2A, Pre-PMN, BAmas12_ven todo, mw brain neurons, preANmotor, mw brain neurons + SU, AN_premotor_AS, mw brain inventory, upstream PMNs, upstream MN motor, mw left, mw axon split complete, mw brain neurons split, mw draft complete, TR com, MxN motor upstream, VAN motor upstream, #4T, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, BAmas1/2 L, mw brain neurons + sensories, mw dSEZ, TR com, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ 2nd_order, mw brain matrix + A1, FOR21, FOR21_inter, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, path2_FOR, allinter_FOR, P01_FOR, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-pharyngeal 3rd_order, sw;pairs;L, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 0_level-3_clusterID-9_signal-flow_1.058, 2_level-4_clusterID-20_signal-flow_1.048, 6_level-5_clusterID-42_signal-flow_0.993, 15_level-6_clusterID-83_signal-flow_0.628, 24_level-7_clusterID-141_signal-flow_0.598, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; BAmas12 contra left; Interneuron–35 in total (L1EM:992646); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmas12 midline neuron 2 left (L1EM:17359101) [VFB_00102fe6]

WB_BAmas L, PMN left candidate, BAmas12_ven_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, upstream MN motor, mw complete, mw left, BAmas1/2 L, mw axon split complete, TR com, mw brain neurons split, MxN motor upstream, #1T, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dSEZ, TR com, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ 2nd_order, mw brain matrix + A1, FOR21, FOR21_inter, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw pre-dSEZ, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, sw;deviant;L, sw;3dev;L, mw respiratory 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;idev5, sw;pairs;L, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 0_level-3_clusterID-9_signal-flow_1.058, 1_level-4_clusterID-19_signal-flow_1.067, 5_level-5_clusterID-40_signal-flow_1.038, 9_level-6_clusterID-82_signal-flow_1.009, 9_level-7_clusterID-139_signal-flow_1.131, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [transmission electron microscopy (TEM); BAmas12 midline neuron 2 left (L1EM:17359101); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BAmas12 midline neuron 2 right (L1EM:865151) [VFB_00102egz]

WB_BAmas R, downstream of AN-B2, DSB2A, BAmas12_ven_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, upstream MN motor, mw complete, mw right, TR com, mw axon split complete, mw brain neurons split, #1, MxN motor upstream, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, BAmas1/2 R, mw brain neurons + sensories, mw dSEZ, TR com, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ 2nd_order, mw brain matrix + A1, FOR21, FOR21_inter, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw pre-dSEZ, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, sw;deviant;R, sw;3dev;R, mw respiratory 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;idev5, sw;pairs;R, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 0_level-3_clusterID-9_signal-flow_1.058, 1_level-4_clusterID-19_signal-flow_1.067, 5_level-5_clusterID-40_signal-flow_1.038, 9_level-6_clusterID-82_signal-flow_1.009, 9_level-7_clusterID-139_signal-flow_1.131, mw check high dendritic OI, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; BAmas12 midline neuron 2 right (L1EM:865151); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmas12 midline neuron 4 left (L1EM:17423125) [VFB_00102ffa]

BAmas12_ven_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, upstream MN motor, mw draft complete, mw left, BAmas1/2 L, mw axon split complete, TR com, mw brain neurons split, MxN motor upstream, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, #4/5T, mw brain neurons + sensories, mw dSEZ, TR com, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw brain matrix + A1, FOR21, FOR21_inter, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, path1_FOR, allinter_FOR, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, sw;7dev;L, mw gustatory-external 2nd_order, sw;idev1, sw;pairs;L, sw;cdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 5_level-7_clusterID-147_signal-flow_1.320, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, sw;deviants, sw;deviants mild, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; BAmas12 midline neuron 4 left (L1EM:17423125); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmas12 midline neuron 4 right (L1EM:5559657) [VFB_00102em3]

Hugin Inputs, SOG local bilateral, WB_BAmas R, BAmas12_ven_r akira, downstream of AN-B2, downstream of AN-B1, DSB2A, downstream of B1 and B2, Pre-PMN, mw brain neurons, preANmotor, mw brain neurons + SU, AN_premotor_AS, mw brain inventory, upstream PMNs, mw draft complete, mw right, TR, mw axon split complete, mw brain neurons split, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, #16, BAmas1/2 R, mw brain neurons + sensories, mw dSEZ, hugintopmn, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, path1_FOR, allinter_FOR, P01_FOR, mw test matrices, stable, TR com, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, sw;7dev;R, mw gustatory-external 2nd_order, sw;idev1, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 5_level-7_clusterID-147_signal-flow_1.320, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, sw;deviants, sw;deviants mild, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [BAmas12 midline neuron 4 right (L1EM:5559657); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmas12 SEZ descending left; Another SOG PN left (L1EM:12000033) [VFB_00102ezc]

WB_BAmas L, ASB left, downstream of AN-B2, DSB2A, downstream of SCAN2A, downstream of SCAN3A, Delete : Part of Other not to join, mw brain neurons, mw brain neurons + SU, mw brain inventory, MN-Sens-Int-2, mw left, BAmas1/2 L, TR, mw axon split complete, mw brain neurons split, mw draft complete, mw mixed lineage neurons, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR*, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *BAmas12_ven_l akira, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, sw;pairs;L, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 4_level-7_clusterID-148_signal-flow_1.353, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [transmission electron microscopy (TEM); BAmas12 SEZ descending left; Another SOG PN left (L1EM:12000033); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BAmas12 SEZ descending right (L1EM:9750356) [VFB_00102eu9]

SOG neurons, WB_BAmas R, BAmas12_ven_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, TR, mw axon split complete, mw brain neurons split, mw draft complete, mw mixed lineage neurons, #3, mw colored-matrix-2019-09-12, BAmas1/2 R, mw brain neurons + sensories, mw dSEZ, TR, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, sw;pairs;R, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 4_level-7_clusterID-148_signal-flow_1.353, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; BAmas12 SEZ descending right (L1EM:9750356); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmas12_dor ascending 1 left (L1EM:16906721) [VFB_00102fba]

WB_BAmas L, ASB left, BAmas12_dor_l akira, downstream of AN-B2, downstream of AN-B1, DSB2A, Hugin-like, downstream of B1 and B2, downstream of SCANA, downstream of SCAN2A, hemilateral_pair_5590611_16906721, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, BAmas1/2 L, TR IPA, mw axon split complete, mw brain neurons split, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR IPA, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN PN putative, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw MN PN, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, SMP comp L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, TRdm comp L, mw test matrices, mw PNs to plot, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, mw enteric 2nd_order PN-old, sw;pairs;L, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs [BAmas12_dor ascending 1 left (L1EM:16906721); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BAmas12_dor ascending 1 right (L1EM:5590611) [VFB_00102em6]

SOG neurons, WB_BAmas R, BAmas 12 dor, BAmas12_dor_r akira, Hugin-like, hemilateral_pair_5590611_16906721, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, TR IPA, mw axon split complete, mw brain neurons split, #3, mw colored-matrix-2019-09-12, Purkinje-like Frank Hirth, BAmas1/2 R, mw brain neurons + sensories, TR IPA, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN PN putative, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw MN PN, mw brain ipsilateral, mw brain matrix + A1, SMP comp, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, TRdm comp, mw test matrices, mw PNs to plot, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, mw enteric 2nd_order PN-old, sw;pairs;R, Damian_AO, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; BAmas12_dor ascending 1 right (L1EM:5590611); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmas12_dor center output 1 left (L1EM:8154054) [VFB_00102eq0]

WB_BAmas L, BAmas12_dor_l akira, downstream of AN-B2, downstream of AN-B1, DSB2B, downstream of B1 and B2, mw brain neurons, mw brain neurons + SU, mw brain inventory, upstream MN motor, mw left, mw draft complete, BAmas1/2 L, TR, mw axon split complete, mw brain neurons split, MxN motor upstream, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, #13T, mw brain neurons + sensories, mw dSEZ, TR, mw brain matrix, Pankratz pre, mw brain ipsilateral, mw brain matrix + A1, FOR21, FOR21_inter, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, path1_FOR, allinter_FOR, mw test matrices, stable, sw:brain_paired:L, sw;brainpair;L, mw gustatory-pharyngeal 2nd_order, sw;idev5, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 0_level-3_clusterID-9_signal-flow_1.058, 2_level-4_clusterID-20_signal-flow_1.048, 6_level-5_clusterID-42_signal-flow_0.993, 2_level-6_clusterID-84_signal-flow_1.367, 20_level-7_clusterID-143_signal-flow_0.679, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; BAmas12_dor center output 1 left (L1EM:8154054); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmas12_dor center output 1 right (L1EM:858479) [VFB_00102egy]

3 - Labial lb, motorneurons, WB_BAmas R, BAmas12_dor_r akira, downstream of AN-B2, DSB2A, mw brain neurons, mw brain neurons + SU, mw brain inventory, upstream MN motor, mw right, mw draft complete, TR, mw axon split complete, mw brain neurons split, MxN motor upstream, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, #13, BAmas1/2 R, mw brain neurons + sensories, TR, mw dSEZ, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, FOR21, FOR21_inter, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-pharyngeal 2nd_order, sw;idev5, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 0_level-3_clusterID-9_signal-flow_1.058, 2_level-4_clusterID-20_signal-flow_1.048, 6_level-5_clusterID-42_signal-flow_0.993, 2_level-6_clusterID-84_signal-flow_1.367, 20_level-7_clusterID-143_signal-flow_0.679, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; BAmas12_dor center output 1 right (L1EM:858479); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmas12_dor center output 2 left (L1EM:8216541) [VFB_00102eq9]

WB_BAmas L, BAmas12_dor_l akira, mw brain neurons, preANmotor, mw brain neurons + SU, AN_premotor_AS, mw brain inventory, upstream MN motor, mw complete, mw left, BAmas1/2 L, TR, mw axon split complete, mw brain neurons split, MxN motor upstream, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, #15T, mw brain neurons + sensories, mw dSEZ, TR, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, FOR21, FOR21_inter, mw bilateral axon, mw ipsilateral dendrite, mw SEZ-center dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 0_level-3_clusterID-9_signal-flow_1.058, 2_level-4_clusterID-20_signal-flow_1.048, 6_level-5_clusterID-42_signal-flow_0.993, 15_level-6_clusterID-83_signal-flow_0.628, 24_level-7_clusterID-141_signal-flow_0.598, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [BAmas12_dor center output 2 left (L1EM:8216541); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BAmas12_dor center output 2 right (L1EM:4541081) [VFB_00102ekw]

WB_BAmas R, BAmas12_dor_r akira, downstream of AN-B2, downstream of AN-B1, DSB2B, downstream of B1 and B2, mw brain neurons, preANmotor, mw brain neurons + SU, AN_premotor_AS, mw brain inventory, upstream PMNs, upstream MN motor, mw complete, mw right, TR, mw axon split complete, mw brain neurons split, MxN motor upstream, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, #15, BAmas1/2 R, mw brain neurons + sensories, mw dSEZ, TR, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, FOR21, FOR21_inter, mw bilateral axon, mw ipsilateral dendrite, mw SEZ-center dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 0_level-3_clusterID-9_signal-flow_1.058, 2_level-4_clusterID-20_signal-flow_1.048, 6_level-5_clusterID-42_signal-flow_0.993, 15_level-6_clusterID-83_signal-flow_0.628, 24_level-7_clusterID-141_signal-flow_0.598, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; BAmas12_dor center output 2 right (L1EM:4541081); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmas12_dor descending 1 left (L1EM:13830600) [VFB_00102f2c]

Input, stays medial, Hugin synaptic partners, Hugin Input - not sensory, WB_BAmas L, BAmas12_dor_l akira, downstream of AN-B2, DSB2B, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, BAmas1/2 L, TR, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, #18T, mw brain neurons + sensories, TR, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw pre-dSEZ, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-pharyngeal 2nd_order, sw;idev1, sw;pairs;L, sw;cdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 5_level-7_clusterID-147_signal-flow_1.320, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [BAmas12_dor descending 1 left (L1EM:13830600); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmas12_dor descending 1 right (L1EM:16057212) [VFB_00102f77]

SOG neurons, WB_BAmas R, BAmas12_dor_r akira, downstream of AN-B2, DSB2B, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, TR, mw axon split complete, mw brain neurons split, AUTO ascending neurons, mw colored-matrix-2019-09-12, #18, BAmas1/2 R, mw brain neurons + sensories, mw dSEZ, TR, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw pre-dSEZ, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw gustatory-pharyngeal 2nd_order, sw;idev1, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 5_level-7_clusterID-147_signal-flow_1.320, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; BAmas12_dor descending 1 right (L1EM:16057212); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmas12_dor descending 2 left (L1EM:13833814) [VFB_00102f2e]

GPhN partner candidates, WB_BAmas L, BAmas12_dor_l akira, downstream of AN-B2, DSB2A, downstream of SCAN2A, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, MN-Sens-Int-2, mw left, BAmas1/2 L, TR, mw axon split complete, mw brain neurons split, AUTO ascending neurons, mw colored-matrix-2019-09-12, #19T, mw brain neurons + sensories, TR, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw dSEZ 2nd_order, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw pre-dSEZ, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, sw;pairs;L, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [BAmas12_dor descending 2 left (L1EM:13833814); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmas12_dor descending 2 right (L1EM:16316981) [VFB_00102f7v]

WB_BAmas R, BAmas12_dor_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, TR, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, #19, BAmas1/2 R, mw brain neurons + sensories, TR, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw dSEZ 2nd_order, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw pre-dSEZ, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, sw;pairs;R, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BAmas12_dor descending 2 right (L1EM:16316981); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmas12_dor Hook left (L1EM:13832416) [VFB_00102f2d]

WB_BAmas L, BAmas12_dor_l akira, downstream of AN-B2, DSB2A, Hugin-like, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, BAmas1/2 L, TR IPA, mw axon split complete, mw brain neurons split, #4T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR IPA, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN PN putative, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw MN PN, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, SMP comp L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, TRdm comp L, mw test matrices, Upstream CN29, mw PNs to plot, mw 17729973 us partners, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, sw;pairs;L, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; BAmas12_dor Hook left (L1EM:13832416); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmas12_dor Hook right (L1EM:5591201) [VFB_00102em7]

SIGNIFICANT FRAGMENT, BAmas12 11 d soma regular, SOG neurons, WB_BAmas R, BAmas12_dor_r akira, downstream of AN-B2, DSB2A, Hugin-like, ASB Downstream of Ipsi Bridges Right, downstream of SCAN3A, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, TR IPA, mw axon split complete, mw brain neurons split, #4, mw colored-matrix-2019-09-12, Purkinje-like Frank Hirth, BAmas1/2 R, mw brain neurons + sensories, TR IPA, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN PN putative, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw MN PN, mw brain ipsilateral, mw brain matrix + A1, SMP comp, mw ipsilateral axon, mw ipsilateral dendrite, mw SEZ-center dendrite, mw brain matrix and A1, mw brain paper all neurons, TRdm comp, mw test matrices, Upstream CN29, mw PNs to plot, mw 17729973 us partners, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, sw;pairs;R, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; is part of; BAmas12_dor Hook right (L1EM:5591201); VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BAmas12_dor SEZ descending left (L1EM:17359111) [VFB_00102fe7]

WB_BAmas L, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, UNI, mw brain neurons split, mw draft complete, #1T, AUTO descending neurons to SEZ, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, BAmas1/2 L, mw brain neurons + sensories, mw dSEZ, UNI*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dVNC 2nd_order, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *BAmas12_ven_l akira, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, sw;idev4, sw;pairs;L, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BAmas12_dor SEZ descending left (L1EM:17359111); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmas12_dor SEZ descending right (L1EM:16316973) [VFB_00102f7u]

WB_BAmas R, BAmas12_dor_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, UNI, #1, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw gap, mw draft complete, BAmas1/2 R, mw brain neurons + sensories, mw axon split complete, UNI, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dVNC 2nd_order, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw review april2021, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw noci 2nd_order, sw;idev4, sw;pairs;R, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; BAmas12_dor SEZ descending right (L1EM:16316973); CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmas12_ven descending 1 left (L1EM:16424131) [VFB_00102f8l]

BAmas12_ven_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw gap, mw issues, mw draft complete, mw left, BAmas1/2 L, mw volume test, mw axon split complete, TR com, mw brain neurons split, #3T, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw brain neurons + sensories, mw dSEZ, TR com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ 2nd_order, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-pharyngeal 2nd_order, sw;idev3, sw;pairs;L, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 41_level-6_clusterID-85_signal-flow_-0.448, 51_level-7_clusterID-145_signal-flow_-0.103, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [BAmas12_ven descending 1 left (L1EM:16424131); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmas12_ven descending 1 right (L1EM:13167025) [VFB_00102f1a]

WB_BAmas R, BAmas12_ven_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw gap, mw issues, mw draft complete, mw right, mw volume test, TR com, mw axon split complete, mw brain neurons split, #3, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, BAmas1/2 R, mw brain neurons + sensories, mw dSEZ, TR com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ 2nd_order, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-pharyngeal 2nd_order, sw;idev3, sw;pairs;R, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 41_level-6_clusterID-85_signal-flow_-0.448, 51_level-7_clusterID-145_signal-flow_-0.103, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [BAmas12_ven descending 1 right (L1EM:13167025); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmas12_ven descending 2 left (L1EM:17732791) [VFB_00102fhx]

BAmas12_ven_l akira, hemilateral_pair_15334461_17732791, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, BAmas1/2 L, TR, mw axon split complete, mw brain neurons split, #8T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 14329745 us partners, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, sw;idev5, sw;pairs;L, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; BAmas12_ven descending 2 left (L1EM:17732791); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmas12_ven descending 2 right (L1EM:15334461) [VFB_00102f4f]

SOG neurons, WB_BAmas R, BAmas12_ven_r akira, hemilateral_pair_15334461_17732791, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, TR, mw axon split complete, mw brain neurons split, #8, mw colored-matrix-2019-09-12, BAmas1/2 R, mw brain neurons + sensories, TR, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 14329745 us partners, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, sw;idev5, sw;pairs;R, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BAmas12_ven descending 2 right (L1EM:15334461); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmas12_ven descending 3 right (L1EM:13191017) [VFB_00102f1d]

Hugin Inputs, SOG local ipsilateral, SOG neurons, WB_BAmas R, BAmas12_ven_r akira, downstream of AN-B2, downstream of AN-B1, DSB2A, downstream of B1 and B2, upstream PI, upstream IPCs, interneurons IPCs, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, TR, mw axon split complete, mw brain neurons split, #1, mw colored-matrix-2019-09-12, BAmas1/2 R, mw brain neurons + sensories, TR, mw dSEZ, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw brain matrix + A1, mw pre-RGN 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw enteric 2nd_order, sw;idev3, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 42_level-6_clusterID-76_signal-flow_-0.513, 65_level-7_clusterID-76_signal-flow_-0.513, RGPNs_upstream_AM, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [BAmas12_ven descending 3 right (L1EM:13191017); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmd descending left (L1EM:17359501) [VFB_00102fe9]

Zgroup, descending_to complete, ASB downstream of right mPNs, DNs akira-2, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw draft complete, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, Avi 122 unpaired, BAmd2 L, VMC desc, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, #3T, mw mixed lineage neurons, mw brain neurons + sensories, mw dVNC, VMC desc*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, VMCm L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *BAmd2_v_l akira, mw 1961182 ds contralateral partners, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, sw;deviant;L, sw;3dev;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw dVNC to A1, mw dVNC to A1 motor, sw;pairs;L, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, ND_mw dVNC to A1 motor, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [BAmd descending left (L1EM:17359501); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmd descending right (L1EM:13763548) [VFB_00102f26]

BAmd2 v desc lat, WB_BAmd2 R, BAmd2 v s, BAmd2_v_r akira, ASB right, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, VMC desc, mw axon split complete, mw brain neurons split, #3, AUTO ascending neurons at 1112 gap, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw gap, mw draft complete, mw mixed lineage neurons, mw brain neurons + sensories, mw dVNC, VMC desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, VMCm, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 1961182 ds contralateral partners, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, sw;deviant;R, sw;3dev;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw dVNC to A1, mw dVNC to A1 motor, cx descending l1, FB descending, dVNCdownstreamCX, sw;pairs;R, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, ND_mw dVNC to A1 motor, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [BAmd descending right (L1EM:13763548); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmd1 bilateral left (L1EM:15541971) [VFB_00102f4y]

WB_BAmd1 L, E 1 ; Left, BAmd1_l akira, No Way Out, upstream PI, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, IP com, mw brain neurons split, DH44_inter_T1_nosens, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IP com, mw preliminary LN, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw mixed axon/dendrite <0.2 segregation index, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, mw bilateral axon, mw check cool bi, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, mw bilateral axon asymmetrical neurons, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [BAmd1 bilateral left (L1EM:15541971); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmd1 bilateral right (L1EM:5734134) [VFB_00102emn]

27 down 2, Uncertain Continuation, WB_BAmd1 R, BAmd1_r akira, Kathak group, downstream of mPN, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, upstream PI, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw right, IP com, mw brain neurons split, #1, DH44_inter_T1_nosens, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IP com, mw preliminary LN, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw mixed axon/dendrite <0.2 segregation index, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, mw bilateral axon asymmetrical neurons, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, mw check high dendritic OI, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; BAmd1 bilateral right (L1EM:5734134); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmd1 contralateral 1 left (L1EM:9714476) [VFB_00102eu6]

Albert LAL inputs TODO, WB_BAmd1 L, BAmd1_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, IP com, mw axon split complete, mw brain neurons split, #5T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9965610 ds contralateral partners, stable, mw 9870483 downstream partners, mw 16753901 downstream partners, mw 9965610 downstream partners, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw proprio 3rd_order, mw 17383431 downstream partners, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, sw;mdeviants, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [BAmd1 contralateral 1 left (L1EM:9714476); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmd1 contralateral 1 right (L1EM:16709072) [VFB_00102fam]

Fragments 2014-01-18 14:57, WB_BAmd1 R, BAmd1_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, IP com, mw axon split complete, mw brain neurons split, #5, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9965610 ds contralateral partners, stable, mw 9870483 downstream partners, mw 16753901 downstream partners, mw 9965610 downstream partners, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw proprio 3rd_order, mw 17383431 downstream partners, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, sw;mdeviants, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; BAmd1 contralateral 1 right (L1EM:16709072); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BAmd1 PN 1 left (L1EM:11157622) [VFB_00102exu]

OSN PN Downstream, Pre-MBONs-21, ASB left, BAmd1_l akira, To Finish with soma, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, BAmd1 L, contra IP SEZ, mw brain neurons split, #4T, AUTO neuron fragments at 1103 gap, AUTO ascending neurons, AUTO multiple presynapses to brain, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, contra IP SEZ, SMALL FRAGMENT, mw brain matrix, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw AN only PN, mw mixed axon/dendrite <0.2 segregation index, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw check dendrite, mw contralateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain open-ends 3, sw:brain_paired:L, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-external 2nd_order PN-old, sw;pairs;L, downNO, sw;mdev2, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, sw;mdeviants, NO.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs [BAmd1 PN 1 left (L1EM:11157622); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmd1 PN 1 right (L1EM:17036132) [VFB_00102fc8]

multimodal, Pre-MBONs-21, BAmd1_r akira, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, BAmd1 R, contra IP SEZ, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, contra IP SEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw AN only PN, mw mixed axon/dendrite <0.2 segregation index, mw brain contralateral, mw brain matrix + A1, mw contralateral axon, mw check dendrite, mw contralateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-external 2nd_order PN-old, sw;pairs;R, upFBMBONs, sw;mdev2, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, sw;mdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; BAmd1 PN 1 right (L1EM:17036132); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmd1 PN 2 left (L1EM:15547235) [VFB_00102f4z]

WB_BAmd1 L, Pre-MBONs-10, BAmd1_l akira, downstream of SCAN3B, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, contra IP SEZ, mw brain neurons split, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, contra IP SEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain strahler >2 reviewed, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw AN only PN, mw mixed axon/dendrite <0.2 segregation index, mw brain contralateral, mw brain matrix + A1, mw contralateral axon, mw check dendrite, mw contralateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-external 2nd_order PN-old, sw;pairs;L, downNO, sw;mdev3, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, sw;mdeviants, NO.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, ND_published, ND_all published et al, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; BAmd1 PN 2 left (L1EM:15547235); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmd1 PN 2 right (L1EM:17036160) [VFB_00102fc9]

Larisa fragment to solve, Pre-MBONs-10, BAmd1_r akira, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, downstream of SCAN3B, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, BAmd1 R, contra IP SEZ, mw brain neurons split, #4, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, contra IP SEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw AN only PN, mw mixed axon/dendrite <0.2 segregation index, mw brain contralateral, mw brain matrix + A1, mw contralateral axon, mw check dendrite, mw contralateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-external 2nd_order PN-old, downFB, bilateral Laura, sw;pairs;R, upFBMBONs, sw;mdev3, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, sw;mdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, ND_published, ND_all published et al, ctd PNs, ct PNs [BAmd1 PN 2 right (L1EM:17036160); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmd2 contralateral descending 1 left (L1EM:16561224) [VFB_00102f9s]

brain downstream of A08s2_a2r, clb:todo, clb:joined, clb:soma, BAmd2_v_l akira, clb:todo_A08, DNs akira-2, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, mw volume test, mw axon split complete, mw brain neurons split, BAmd2 L, VMC SEZ com, #2T, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dSEZ, mw brain crosses commissure, VMC SEZ com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, sw;deviant;L, sw;3dev;L, mw 15516413 downstream partners, mw proprio 3rd_order, mw interhemispheric integration 4-hop, sw;pairs;L, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 57_level-6_clusterID-72_signal-flow_-1.443, 91_level-7_clusterID-72_signal-flow_-1.443, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-VNCs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; BAmd2 contralateral descending 1 left (L1EM:16561224); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmd2 contralateral descending 1 right (L1EM:6702943) [VFB_00102eop]

BAmd2 v desc med, BAmd2_v_r akira, mw brain neurons, mw brain neurons + SU, BAmd2 R, mw brain inventory, mw complete, mw right, mw volume test, VMC SEZ com, mw axon split complete, mw brain neurons split, #2, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dSEZ, mw brain crosses commissure, VMC SEZ com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, sw;deviant;R, sw;3dev;R, mw 15516413 downstream partners, mw proprio 3rd_order, sw;pairs;R, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 57_level-6_clusterID-72_signal-flow_-1.443, 91_level-7_clusterID-72_signal-flow_-1.443, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-VNCs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BAmd2 contralateral descending 1 right (L1EM:6702943); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmd2 contralateral descending 2 left (L1EM:17358864) [VFB_00102fe4]

WB_BAmd2 L, BAmd2_v_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, mw volume test, VMC SEZ com, mw axon split complete, mw brain neurons split, #3T, AUTO descending neurons to SEZ, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dSEZ, mw brain crosses commissure, VMC SEZ com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, VMCm L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, sw;deviant;L, sw;2dev;L, mw 15516413 downstream partners, mw proprio 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, downLAL, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-VNCs, ct DN-SEZs [BAmd2 contralateral descending 2 left (L1EM:17358864); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BAmd2 contralateral descending 2 right (L1EM:13842372) [VFB_00102f2i]

BAmd2 v desc med, LNM_down_octop, WB_BAmd2 R, BAmd2_v_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, mw volume test, VMC SEZ com, mw axon split complete, mw brain neurons split, #3, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dSEZ, mw brain crosses commissure, VMC SEZ com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, VMCm, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, sw;deviant;R, sw;2dev;R, mw 15516413 downstream partners, mw proprio 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, downLAL, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-VNCs, ct DN-SEZs [BAmd2 contralateral descending 2 right (L1EM:13842372); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmd2 descending 1 left (L1EM:13736919) [VFB_00102f23]

WB_BAmd2 L, BAmd2_v_l akira, Fragments 2014-01-18 14:57, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, VMC desc, mw axon split complete, mw brain neurons split, #6T, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, Avi 122 unpaired, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw brain neurons + sensories, mw dVNC, VMC desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, VMCm L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, lv dVNC to A8+A9, mw proprio 4th_order, mw dVNC not to A1, sw;pairs;L, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, Tara, Claire&Tara&Khadija&Max, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BAmd2 descending 1 left (L1EM:13736919); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmd2 descending 1 right (L1EM:17877682) [VFB_00102fin]

mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, BAmd2 R, VMC desc, 11 purple, T1 11 Purple, #6, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, AUTO multiple presynapses to brain, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw axon split complete, mw brain neurons + sensories, mw dVNC, VMC desc*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, VMCm, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *BAmd2_v_r akira, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, CCWA09Input, lv dVNC to A8+A9, CCWA09input, mw proprio 4th_order, mw dVNC not to A1, sw;pairs;R, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; BAmd2 descending 1 right (L1EM:17877682); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmd2 descending 2 left (L1EM:18929470) [VFB_00102fkl]

WB_BAmd2 L, BAmd2_v_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, VMC desc, mw brain neurons split, #2T, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, mw dVNC, VMC desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, VMCm L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, lv dVNC to T3+A1, lv dVNC to A1, mw gustatory-external 4th_order, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, mw dVNC not to A1, sw;pairs;L, mw candidate hunch_head-move, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; BAmd2 descending 2 left (L1EM:18929470); CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmd2 descending 2 right; BAmd2 ven desc lat 4 ipsi VMC neuron 6700148 (L1EM:6700147) [VFB_00102eoo]

BAmd2 v desc lat, BAmd2 l dist, WB_BAmd2 R, BAmd2_v_r akira, clb:soma, brain downstream of A08s1_a1l, clb:joined, clb:important, clb:todo_A08, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, VMC desc, T1 11 Purple, #1, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, AUTO ascending neurons, AUTO extends beyond brain, mw draft complete, mw brain neurons + sensories, mw dVNC, mw axon split complete, VMC desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, VMCm, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, avinash_new candidate 21, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, lv dVNC to T3+A1, mw gustatory-external 4th_order, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, mw dVNC not to A1, sw;pairs;R, mw candidate hunch_head-move, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; BAmd2 descending 2 right; BAmd2 ven desc lat 4 ipsi VMC neuron 6700148 (L1EM:6700147)]

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BAmd2_v descending left (L1EM:14651659) [VFB_00102f3d]

WB_BAmd2 L, BAmd2_v_l akira, DNs akira-2, sVUMU1All, mw brain neurons, mw brain neurons + SU, BAmd2_ven_desc_lat_1-L, sVUM1DSEZUp, paired with #13760954, mw brain inventory, eh_like#BDSC48332, mw previously complete, MN-Sens-Int-2, mw left, mw axon split complete, VMC desc, mw brain neurons split, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, Avi 122 unpaired, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, #1T, mw gap, 1112gap-as, mw brain neurons + sensories, mw dVNC, VMC desc, mw brain matrix, sVUM1up2, mw open-ends unpublished, mw brain ipsilateral, mw dSEZ 2nd_order, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, VMCm L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain open-ends 3, sw:brain_paired:L, sw;brainpair;L, lv dVNC to T3+A1, mw 15516413 downstream partners, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, mw dVNC not to A1, NO descending, dVNCdownstreamCX, sw;pairs;L, mw candidate hunch_head-move, downNO, NO.d, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, NO.b descending, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 86_level-7_clusterID-134_signal-flow_-1.092, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; BAmd2_v descending left (L1EM:14651659); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BAmd2_v descending right (L1EM:13760954) [VFB_00102f25]

BAmd2 v desc lat, clp-up-1, Julie Tran, more projection neurons, bundles, WB_BAmd2 R, BAmd2_v_r akira, ASB right, Calyx Ladder Common Partners Upstream, DNs akira-2, sVUMU1All, mw brain neurons, mw brain neurons + SU, BAmd2_ven_desc_lat_1-R, sVUM1DSEZUp, paired with #14651659, mw brain inventory, eh_like#BDSC48332, mw previously complete, mw right, VMC desc, mw axon split complete, mw brain neurons split, #2, T1 17 Dark Tur, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, Avi 122 unpaired, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw brain neurons + sensories, mw dVNC, VMC desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ 2nd_order, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, VMCm, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, avinash_new candidate 21, stable, sw:brain_paired:R, sw;brainpair;R, mw 15516413 downstream partners, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, mw dVNC not to A1, NO descending, dVNCdownstreamCX, sw;pairs;R, mw candidate hunch_head-move, dPNOins, downMBONs, downNO, test2, test3, NO.d, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, Max, Claire&Tara&Khadija&Max, NO.b descending, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 86_level-7_clusterID-134_signal-flow_-1.092, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [BAmd2_v descending right (L1EM:13760954); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmv1/2 2 left (L1EM:16545113) [VFB_00102f9h]

WB_BAmv12 L, ASB left, BAmv12_ven_l akira, BAmv1/2 2 pair, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, BAmv1/2 L, LAL VMC, mw axon split complete, mw brain neurons split, #3T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, LAL VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, VMCc L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain open-ends 3, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, sw;pairs;L, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 56_level-6_clusterID-71_signal-flow_-1.328, 87_level-7_clusterID-128_signal-flow_-1.325, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BAmv1/2 2 left (L1EM:16545113); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmv1/2 2 right (L1EM:15732503) [VFB_00102f6n]

WB_BAmv12 R, BAmv12_dor_r akira, ASB right, BAmv1/2 2 pair, mw brain neurons, mw brain neurons + SU, mw complete, BAmv1/2 R, mw brain inventory, mw right, LAL VMC, mw axon split complete, mw brain neurons split, #3, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, LAL VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, LAL VMC BAmv, stable, nr Tel-like 10 downstream 3-hop, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integration 4-hop, mw gustatory-external 4th_order, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, sw;pairs;R, downLAL, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 56_level-6_clusterID-71_signal-flow_-1.328, 87_level-7_clusterID-128_signal-flow_-1.325, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [transmission electron microscopy (TEM); BAmv1/2 2 right (L1EM:15732503); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BAmv12 contralateral 1 left (L1EM:18305476) [VFB_00102fjw]

ALBERT-EXP, mw brain neurons, mw brain neurons + SU, BAmv12 todo, mw brain inventory, mw left, BAmv1/2 L, UNI, mw axon split complete, mw brain neurons split, AUTO ascending neurons at 1112 gap, mw colored-matrix-2019-09-12, #1Ta, less than 150nm length, mw brain neurons + sensories, UNI*, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *BAmv12_ven_l akira, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, sw;8dev;L, mw 15516413 downstream partners, mw proprio 4th_order, mw mechano-Ch 4th_order, sw;pairs;L, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BAmv12 contralateral 1 left (L1EM:18305476)]

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BAmv12 contralateral 1 right (L1EM:13007383) [VFB_00102f11]

BAmv12_dor_r akira, ALBERT-EXP, mw brain neurons, mw brain neurons + SU, BAmv12 todo, mw brain inventory, mw right, BAmv1/2 R, UNI, mw axon split complete, mw brain neurons split, #1, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dSEZ, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, LAL VMC BAmv, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, sw;8dev;R, mw 15516413 downstream partners, mw proprio 4th_order, mw mechano-Ch 4th_order, sw;pairs;R, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; BAmv12 contralateral 1 right (L1EM:13007383); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmv12 contralateral 2 left (L1EM:18695745) [VFB_00102fkh]

WB_BAmv12 L, ASB left, axons mixed up at brain gap, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, BAmv1/2 L, UNI, mw axon split complete, mw brain neurons split, AUTO ascending neurons at 1112 gap, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, #1Tb, mw draft complete, mw brain neurons + sensories, mw brain unpaired checked once, UNI*, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw CATMAID-tutorial 1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *BAmv12_dor_l akira, mw unpaired 2021-04-13, stable, mw 17105218 downstream partners, mw 17110024 downstream partners, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, sw;deviant;L, sw;5dev;L, mw proprio 2nd_order, sw;pairs;L, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, Claire&Khadija, Claire&Tara&Khadija&Max, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BAmv12 contralateral 2 left (L1EM:18695745); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmv12 contralateral 2 right (L1EM:17587734) [VFB_00102fg2]

ASB right, AUTO ascending neurons at 1112 gap, VOLKER CHECK, AUTO extends beyond brain, mw brain neurons, *BAmv12_ven_r akira, mw brain neurons + SU, mw ipsilateral dendrite, mw contralateral axon, mw dSEZ, mw brain paper all neurons, mw right, stable, mw 17105218 downstream partners, mw 17110024 downstream partners, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, sw;deviant;R, sw;5dev;R, mw proprio 2nd_order, sw;pairs;R, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; BAmv12 contralateral 2 right (L1EM:17587734); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmv12 descending 1 left (L1EM:18305433) [VFB_00102fjv]

DNs akira-2, BAmv12_ven_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, BAmv1/2 L, mw volume test, VMC desc, #3T, AUTO descending neurons to VNC, AUTO ascending neurons at 1112 gap, Avi 122, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw draft complete, mw axon split complete, mw brain neurons + sensories, mw dVNC, VMC desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 17729973 ds ipsilateral partners, mw 18500915 ds ipsilateral partners, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, YYCWMLEH, mw proprio 3rd_order, mw dVNC to A1, mw dVNC to A1 mixed, cx descending l1, FB descending, dVNCdownstreamCX, sw;pairs;L, downFBPBs, downPB, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, Tara, Claire&Tara&Khadija&Max, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; BAmv12 descending 1 left (L1EM:18305433); L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BAmv12 descending 1 right (L1EM:17587730) [VFB_00102fg1]

prepreLO1, prepreLT, ASB right, Akira to Volker, BAmv12_ven_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, Earlya08_downstream, mw right, BAmv1/2 R, CITv/BLPT, 2 orange, T1 2 Orange, #4, mw draft complete, mw axon split complete, VMC desc CITv, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw brain neurons + sensories, mw dVNC, VMC desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 17729973 ds ipsilateral partners, mw 18500915 ds ipsilateral partners, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, YYCWMLEH, mw proprio 3rd_order, mw dVNC to A1, mw dVNC to A1 mixed, sw;pairs;R, downFBPBs, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; BAmv12 descending 1 right (L1EM:17587730); is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BAmv12 descending 2 left (L1EM:4110483) [VFB_00102ek7]

BAmv12_ven_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, BAmv1/2 L, VMC desc, mw draft complete, mw axon split complete, #4T, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw brain neurons + sensories, mw dVNC, VMC desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, sw;deviant;L, YYCWMLEH, sw;4dev;L, lv dVNC to A8+A9, mw dVNC to A1, mw dVNC to A1 mixed, cx descending l1, FB descending, sw;idev2, dVNCdownstreamCX, sw;pairs;L, downFBPBs, downPB, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, sw;deviants, sw;deviants mild, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [BAmv12 descending 2 left (L1EM:4110483); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmv12 descending 2 right (L1EM:17587726) [VFB_00102fg0]

ASB right, downstream of AN-B2, DSB2A, Akira to Volker, BAmv12_ven_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, BAmv1/2 R, mw volume test, VMC desc ven, #3, AUTO ascending neurons at 1112 gap, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw draft complete, mw brain neurons + sensories, mw dVNC, mw axon split complete, VMC desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, sw;deviant;R, YYCWMLEH, sw;4dev;R, lv dVNC to A8+A9, mw dVNC to A1, mw dVNC to A1 mixed, cx descending l1, sw;idev2, sw;pairs;R, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, sw;deviants, sw;deviants mild, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; BAmv12 descending 2 right (L1EM:17587726); EM L1 Winding, Pedigo et al., 2023]

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BAmv12 fork left) (L1EM:16544712) [VFB_00102f9f]

WB_BAmv12 L, BAmv12_ven_l akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, BAmv1/2 L, IPL VMC, mw axon split complete, mw brain neurons split, #4T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPP VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 2-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw mechano-Ch 3rd_order, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [BAmv12 fork left) (L1EM:16544712); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BAmv12 fork right (L1EM:5730322) [VFB_00102emm]

WB_BAmv12 R, BAmv12_ven_r akira, mw brain neurons, mw brain neurons + SU, mw complete, BAmv1/2 R, mw brain inventory, mw right, IPL VMC, mw axon split complete, mw brain neurons split, #4, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPP VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 2-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw mechano-Ch 3rd_order, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; BAmv12 fork right (L1EM:5730322); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmv12 local neuron left (L1EM:16545264) [VFB_00102f9j]

LNM_down_octop, WB_BAmv12 L, brain downstream of A08s2_a2r, clb:todo, clb:joined, clb:soma, BAmv12_dor_l akira, clb:todo_A08, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, BAmv1/2 L, LAL VMC, mw axon split complete, mw brain neurons split, #1T, AUTO ascending neurons, AUTO multiple presynapses to brain, mw colored-matrix-2019-09-12, mw brain neurons + sensories, LAL VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, VMCc L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, sw:brain_paired:L, sw;brainpair;L, mw proprio 3rd_order, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; BAmv12 local neuron left (L1EM:16545264); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BAmv12 local neuron right (L1EM:5164129) [VFB_00102elo]

WB_BAmv12 R, BAmv12_ven_r akira, synapse too far, see tag, ALBERT-EXP, mw brain neurons, mw brain neurons + SU, mw complete, BAmv1/2 R, mw brain inventory, mw right, LAL VMC, mw axon split complete, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, post-post-proprioceptor >5, LAL VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, VMCc, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, LAL VMC BAmv, stable, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;R, mw proprio 3rd_order, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BAmv12 local neuron right (L1EM:5164129); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmv12 looper 1 left (L1EM:16547268) [VFB_00102f9l]

Pre-Mickey-26, WB_BAmv12 L, BAmv12_dor_l akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, BAmv1/2 L, mw axon split complete, mw brain neurons split, VMC desc, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VMC desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 14329745 us partners, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, sw;pairs;L, dPNOins, downNO, NO.b, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 80_level-7_clusterID-132_signal-flow_-0.848, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BAmv12 looper 1 left (L1EM:16547268); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmv12 looper 1 right (L1EM:15732485) [VFB_00102f6l]

Pre-Mickey-26, WB_BAmv12 R, BAmv12_dor_r akira, mw brain neurons, mw brain neurons + SU, mw complete, BAmv1/2 R, mw brain inventory, mw right, VMC desc, mw axon split complete, mw brain neurons split, #2, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VMC desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 14329745 us partners, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, cx descending l1, sw;pairs;R, downNO, NO.b, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 80_level-7_clusterID-132_signal-flow_-0.848, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; BAmv12 looper 1 right (L1EM:15732485); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmv12 looper 2 left (L1EM:12420898) [VFB_00102f03]

right gap helper, Gap Helper, WB_BAmv12 L, hemilateral_pair_5162462_12420898, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, BAmv1/2 L, IPL VMC, mw axon split complete, mw brain neurons split, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPP VMC*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dVNC 2nd_order, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *BAmv12_ven_l akira, stable, mw 16561660 downstream partners, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw dSEZ-feedback-1hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 86_level-7_clusterID-134_signal-flow_-1.092, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [BAmv12 looper 2 left (L1EM:12420898); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmv12 looper 2 right (L1EM:5162462) [VFB_00102elm]

WB_BAmv12 R, BAmv12_ven_r akira, hemilateral_pair_5162462_12420898, mw brain neurons, mw brain neurons + SU, mw complete, BAmv1/2 R, mw brain inventory, mw right, IPL VMC, mw axon split complete, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPP VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dVNC 2nd_order, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 16561660 downstream partners, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw dSEZ-feedback-1hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, remove FB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 86_level-7_clusterID-134_signal-flow_-1.092, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; BAmv12 looper 2 right (L1EM:5162462); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmv12 looper 3 left (L1EM:16547287) [VFB_00102f9n]

WB_BAmv12 L, BAmv12_dor_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, BAmv1/2 L, mw draft complete, IPL VMC, mw brain neurons split, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPP VMC, mw preliminary LN, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw mixed axon/dendrite <0.2 segregation index, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, sw;idev1, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BAmv12 looper 3 left (L1EM:16547287)]

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BAmv12 looper 3 right (L1EM:5167842) [VFB_00102elp]

WB_BAmv12 R, LNM_down_octop, BAmv12_dor_r akira, mw brain neurons, mw brain neurons + SU, BAmv1/2 R, mw brain inventory, mw right, mw draft complete, mw issues, IPL VMC, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPP VMC, mw preliminary LN, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw mixed axon/dendrite <0.2 segregation index, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, sw;idev1, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; BAmv12 looper 3 right (L1EM:5167842)]

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BAmv12 spearhead left (L1EM:16547252) [VFB_00102f9k]

WB_BAmv12 L, BAmv12_dor_l akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, BAmv1/2 L, mw axon split complete, mw brain neurons split, VMC desc, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VMC desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dVNC 2nd_order, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 14999928 upstream partners, mw 17110024 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw proprio 3rd_order, sw;idev3, sw;pairs;L, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, ND_published, ND_all published et al, ctd other, ct other [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; BAmv12 spearhead left (L1EM:16547252)]

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BAmv12 spearhead right (L1EM:13003574) [VFB_00102f10]

WB_BAmv12 R, BAmv12_dor_r akira, ASB right, mw brain neurons, mw brain neurons + SU, mw complete, BAmv1/2 R, mw brain inventory, mw right, VMC desc, mw axon split complete, mw brain neurons split, #1, DALd downstream, mw colored-matrix-2019-09-12, mw brain neurons + sensories, post-post-proprioceptor >5, VMC desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dVNC 2nd_order, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 14999928 upstream partners, mw 17110024 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw proprio 3rd_order, sw;idev3, sw;pairs;R, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, ND_published, ND_all published et al, ctd other, ct other [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; BAmv12 spearhead right (L1EM:13003574); L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BAmv12 splitter 1 left (L1EM:16547297) [VFB_00102f9p]

WB_BAmv12 L, BAmv12_dor_l akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, BAmv1/2 L, IPL VMC, mw axon split complete, mw brain neurons split, #6T, AUTO neuron fragments at 1103 gap, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPP VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, AT GAP, locked, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9577562 us partners, mw 10875625 ds ipsilateral partners, mw 15605301 us partners, stable, mw brain reviewed <80%, mw backup locked, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, check if PB, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 86_level-7_clusterID-134_signal-flow_-1.092, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BAmv12 splitter 1 left (L1EM:16547297); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmv12 splitter 1 right (L1EM:15589738) [VFB_00102f5d]

WB_BAmv12 R, BAmv12_dor_r akira, mw brain neurons, mw brain neurons + SU, mw complete, BAmv1/2 R, mw brain inventory, mw right, IPL VMC, mw axon split complete, mw brain neurons split, #6, AUTO neuron fragments at 1103 gap, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPP VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, Merged: Neuron 21502111, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9577562 us partners, mw 10875625 ds ipsilateral partners, mw 15605301 us partners, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, check if PB, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 86_level-7_clusterID-134_signal-flow_-1.092, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; BAmv12 splitter 1 right (L1EM:15589738); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmv12_dor loop left (L1EM:16547292) [VFB_00102f9o]

LNM_down_octop, WB_BAmv12 L, BAmv12_dor_l akira, hemilateral_pair_15732497_16547292, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, BAmv1/2 L, mw brain neurons split, IPL VMC, #7T, AUTO ascending neurons, AUTO multiple presynapses to brain, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPP VMC, mw preliminary LN, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw mixed axon/dendrite <0.2 segregation index, mw brain ipsilateral, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integration 4-hop, mw proprio 4th_order, mw mechano-Ch 4th_order, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, remove FB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, mw check high dendritic OI, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; BAmv12_dor loop left (L1EM:16547292); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BAmv12_dor loop right (L1EM:15732497) [VFB_00102f6m]

WB_BAmv12 R, BAmv12_dor_r akira, hemilateral_pair_15732497_16547292, mw brain neurons, mw brain neurons + SU, mw complete, BAmv1/2 R, mw brain inventory, mw right, IPL VMC, mw brain neurons split, #7, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPP VMC, mw preliminary LN, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw mixed axon/dendrite <0.2 segregation index, mw brain ipsilateral, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integration 4-hop, mw proprio 4th_order, mw mechano-Ch 4th_order, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, remove FB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; BAmv12_dor loop right (L1EM:15732497); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Basal Tel-like 1 left (L1EM:21220994) [VFB_00102fmk]

li temp possible pair - special, mw brain inventory, AUTO neuron fragments at 1103 gap, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, UNI, #4T, BLAv1/2 p L, su, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, INGRID REVIEW, less than 150nm length, mw brain neurons + SU, mw brain neurons + sensories, BLAv12_post_l akira, mw left, mw brain crosses commissure, mw axon split complete, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain strahler >2 reviewed, mw brain ipsilateral, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw check cool bi, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, Merged: ASB Lonely left, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, mw mechano-Ch 2nd_order, mw noci 2nd_order PN-old, mw mechano-Ch 2nd_order PN-old, sw;pairs;L, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 18_level-6_clusterID-89_signal-flow_0.487, 27_level-7_clusterID-89_signal-flow_0.487, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; Basal Tel-like 1 left (L1EM:21220994)]

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Basal Tel-like 1 right (L1EM:8229118) [VFB_00102eqb]

Brain, Javier Brain, VLP LAL, BLAv12 pos, BLAv12_post_r akira, mw brain neurons, mw brain neurons + SU, mw complete, BLAv1/2 p R, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, VLP IPL com, #1, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, VLPall, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw noci 2nd_order, mw mechano-Ch 2nd_order, mw noci 2nd_order PN-old, mw mechano-Ch 2nd_order PN-old, sw;pairs;R, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 18_level-6_clusterID-89_signal-flow_0.487, 27_level-7_clusterID-89_signal-flow_0.487, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs, ct pre-DN-VNCs [Basal Tel-like 1 right (L1EM:8229118); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Basal Tel-like 10 left (L1EM:11084320) [VFB_00102exq]

BLAvm post_l akira, mw complete, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLAvm p L, SLP VLP IPL com, mw colored-matrix-2019-09-12, #1T, mw brain neurons + sensories, mw brain crosses commissure, VLPd VLPl IPL com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 21_level-6_clusterID-69_signal-flow_0.217, 46_level-7_clusterID-123_signal-flow_0.013, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; Basal Tel-like 10 left (L1EM:11084320); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Basal Tel-like 10 right (L1EM:8461082) [VFB_00102eqv]

Brain, Javier Brain, VLP LAL, BLAvm post_r akira, mw brain neurons, mw brain neurons + SU, mw complete, BLAvm p R, mw brain inventory, mw right, mw axon split complete, SLP VLP IPL com, mw brain neurons split, #1, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLPd VLPl IPL com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 21_level-6_clusterID-69_signal-flow_0.217, 46_level-7_clusterID-123_signal-flow_0.013, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [Basal Tel-like 10 right (L1EM:8461082); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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Basal Tel-like 2 left (L1EM:11291653) [VFB_00102ey7]

WB_BLAv L, GE 1 ; Left, Ingrid Name, BLAv12_ant_l akira, hemilateral_pair_8412625_11291653, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, BLAv1/2 a L, mw axon split complete, mw brain neurons split, SLP VLP com, mw colored-matrix-2019-09-12, #2T, mw brain neurons + sensories, mw brain crosses commissure, VLPm com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, Laura Circuit, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;pairs;L, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 21_level-6_clusterID-69_signal-flow_0.217, 46_level-7_clusterID-123_signal-flow_0.013, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); Basal Tel-like 2 left (L1EM:11291653); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Basal Tel-like 2 right (L1EM:8412625) [VFB_00102eqs]

Brain, Downstream A00c, Javier Brain, telephone-like lateral lineage, WB_BLAv R, WB_BLVp3 R, BLAv12 ant, VLP LAL, BLAv12_ant_r akira, hemilateral_pair_8412625_11291653, mw brain neurons, mw brain neurons + SU, mw complete, BLAv1/2 a R, mw brain inventory, mw right, mw axon split complete, SLP VLP com, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLPm com, mw brain matrix, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, Laura Circuit, stable, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;R, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;pairs;R, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 21_level-6_clusterID-69_signal-flow_0.217, 46_level-7_clusterID-123_signal-flow_0.013, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs, ct pre-DN-VNCs [Basal Tel-like 2 right (L1EM:8412625); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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Basal Tel-like 3 left (L1EM:10982951) [VFB_00102exa]

potential DP1, Larisa TODO, fragments downstream pvl09, det pair, BLAvm ant_l akira, neuron with soma 17729100, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLAvm a L, VLP IPL com, mw colored-matrix-2019-09-12, #3T, mw brain neurons + sensories, mw brain crosses commissure, VLP IPL com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw bilateral axon partially asymmetrical neurons, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;idev4, sw;pairs;L, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs [Basal Tel-like 3 left (L1EM:10982951); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Basal Tel-like 3 right (L1EM:8697453) [VFB_00102ere]

Brain, Javier Brain, 38, WB_BLVp3 R, VLP LAL, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, BLAvm a R, VLP IPL com, mw colored-matrix-2019-09-12, #3, mw brain neurons + sensories, mw brain crosses commissure, VLP IPL com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, *BLAvm ant_r akira, stable, mw bilateral axon partially asymmetrical neurons, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;idev4, sw;pairs;R, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; Basal Tel-like 3 right (L1EM:8697453); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Basal Tel-like 4 left (L1EM:16472086) [VFB_00102f95]

ascending_hairbrush, ASB left, BLAv12_post_l akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLAv1/2 p L, VLP IPL com, mw colored-matrix-2019-09-12, #3T, mw unpaired 2019-10-09, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, VLPall L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw bilat-ipsi to plot, stable, mw pre-dSEZ, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, YYCWMLEH, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;L, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 21_level-6_clusterID-69_signal-flow_0.217, 26_level-7_clusterID-124_signal-flow_0.499, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; Basal Tel-like 4 left (L1EM:16472086); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Basal Tel-like 4 right (L1EM:16433177) [VFB_00102f8o]

ascending_hairbrush, ASB right, BLAv12, BLAv1/2 p R, mw brain neurons + SU, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, VLP IPL com, #3, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw draft complete, mw brain neurons + sensories, mw brain crosses commissure, VLP com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *BLAv12_post_r akira, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;R, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 21_level-6_clusterID-69_signal-flow_0.217, 26_level-7_clusterID-124_signal-flow_0.499, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs [Basal Tel-like 4 right (L1EM:16433177); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Basal Tel-like 5 left (Downstream A00c) (L1EM:11263687) [VFB_00102ey4]

WB_BLAv L, ASB left, BLAv12_ant_l akira, hemilateral_pair_6692908_11263687, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, BLAv1/2 a L, mw axon split complete, mw brain neurons split, SLP VLP com, mw colored-matrix-2019-09-12, #3T, mw brain neurons + sensories, mw brain crosses commissure, VLPm com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw check cool bi, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ad hubs_out, mw 15676016 upstream partners, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; Basal Tel-like 5 left (Downstream A00c) (L1EM:11263687); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Basal Tel-like 5 right (L1EM:6692908) [VFB_00102eon]

ipsiphone lineage, WB_BLAv R, BLAv12 ant, VLP LAL, BLAv12_ant_r akira, li temp upn downstream all non local, hemilateral_pair_6692908_11263687, mw brain neurons, mw brain neurons + SU, mw complete, BLAv1/2 a R, mw brain inventory, mw right, mw axon split complete, SLP VLP com, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLPm com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ad hubs_out, mw 15676016 upstream partners, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; Basal Tel-like 5 right (L1EM:6692908); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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Basal Tel-like 6 left (L1EM:20730780) [VFB_00102fmb]

mw brain neurons + SU, mw brain inventory, mw mixed lineage neurons, mw draft complete, mw axon split complete, mw brain neurons split, mw left, VLP com, BLAv1/2 a L, mw colored-matrix-2019-09-12, #1T, mw brain neurons + sensories, mw brain crosses commissure, VLPl com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *BLAv12_ant_l akira, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;idev5, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 18_level-6_clusterID-89_signal-flow_0.487, 27_level-7_clusterID-89_signal-flow_0.487, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; Basal Tel-like 6 left (L1EM:20730780); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Basal Tel-like 6 right (L1EM:9202326) [VFB_00102esy]

Brain, talks to telephone in the other side, Javier Brain, VLP LAL, BLAv12_ant_r akira, Search for EB, mw brain neurons, mw brain neurons + SU, BLAv1/2 a R, mw brain inventory, mw right, mw mixed lineage neurons, mw draft complete, mw axon split complete, VLP com, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLPl com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;idev5, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 18_level-6_clusterID-89_signal-flow_0.487, 27_level-7_clusterID-89_signal-flow_0.487, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); Basal Tel-like 6 right (L1EM:9202326); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Basal Tel-like 7 left (L1EM:17165621) [VFB_00102fct]

BLAvm post_l akira, mw brain inventory, mw brain neurons + SU, mw left, mw draft complete, mw axon split complete, mw brain neurons split, BLAvm p L, SLP VLP IPL com, mw colored-matrix-2019-09-12, #2T, mw brain neurons + sensories, mw brain crosses commissure, VLPd VLPl IPL com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw check cool bi, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, mw bilateral axon partially asymmetrical neurons, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, mw mechano-Ch 2nd_order, mw noci 2nd_order PN-old, mw mechano-Ch 2nd_order PN-old, sw;pairs;L, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 18_level-6_clusterID-89_signal-flow_0.487, 27_level-7_clusterID-89_signal-flow_0.487, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-VNCs [Basal Tel-like 7 left (L1EM:17165621); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Basal Tel-like 7 right (L1EM:9422291) [VFB_00102ete]

Brain, talks to tel-like 4 in the other side, Javier Brain, VLP LAL, BLAvm post_r akira, Search for EB, mw brain neurons, mw brain neurons + SU, BLAvm p R, mw brain inventory, mw right, mw draft complete, mw axon split complete, SLP VLP IPL com, mw brain neurons split, #2, AUTO neuron fragments at 1103 gap, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLPd VLPl IPL com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, mw bilateral axon partially asymmetrical neurons, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw noci 2nd_order, mw mechano-Ch 2nd_order, mw noci 2nd_order PN-old, mw mechano-Ch 2nd_order PN-old, sw;pairs;R, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 18_level-6_clusterID-89_signal-flow_0.487, 27_level-7_clusterID-89_signal-flow_0.487, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-VNCs [Basal Tel-like 7 right (L1EM:9422291); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Basal Tel-like 8 left (L1EM:16594752) [VFB_00102fa2]

WB_BLVp3 L, ASB left, BLAv12_post_l akira, hemilateral_pair_9530532_16594752, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, BLAv1/2 p L, VLP IPL com, mw colored-matrix-2019-09-12, #2T, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, VLPall L, mw ipsilateral dendrite, mw degree 30-40, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 15517247 us partners, mw 15541971 us partners, stable, mw ad hubs_out, nr Tel-like 10 downstream 2-hop, mw ad all_hubs, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 21_level-6_clusterID-69_signal-flow_0.217, 26_level-7_clusterID-124_signal-flow_0.499, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs, ct pre-DN-VNCs [Basal Tel-like 8 left (L1EM:16594752); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Basal Tel-like 8 right (L1EM:9530532) [VFB_00102etq]

Brain, Small branch touches main branch, some output in dendrites, Javier Brain, Brain gap hunting, VLP LAL, BLAv12 pos, BLAv12_post_r akira, hemilateral_pair_9530532_16594752, mw brain neurons, mw brain neurons + SU, BLAv1/2 p R, mw brain inventory, mw draft complete, mw right, mw axon split complete, mw brain neurons split, VLP IPL com, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, VLPall, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 15517247 us partners, mw 15541971 us partners, stable, mw ad hubs_out, nr Tel-like 10 downstream 2-hop, mw ad all_hubs, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 21_level-6_clusterID-69_signal-flow_0.217, 26_level-7_clusterID-124_signal-flow_0.499, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs, ct pre-DN-VNCs [Basal Tel-like 8 right (L1EM:9530532); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BLA brancher left (L1EM:19880680) [VFB_00102flg]

mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw mixed lineage neurons, mw draft complete, BLAl L, IPL/M, mw colored-matrix-2019-09-12, #3T, mw brain neurons + sensories, IPL/M p*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *BLAl_l akira, mw 9577562 ds ipsilateral partners, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw olfactory 4th_order, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 37_level-7_clusterID-125_signal-flow_0.199, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BLA brancher left (L1EM:19880680); VFB CATMAID L1 CNS]

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BLA brancher right; Nest to telegoro (L1EM:9806510) [VFB_00102eug]

1+0, BLAl_r akira, ASB right, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, mw axon split complete, IPL/M, mw brain neurons split, mw mixed lineage neurons, mw draft complete, #3, BLAl R, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL/M p, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9577562 ds ipsilateral partners, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw olfactory 4th_order, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 37_level-7_clusterID-125_signal-flow_0.199, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BLA brancher right; Nest to telegoro (L1EM:9806510); VFB CATMAID L1 CNS]

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BLA ipsilateral left (L1EM:12509506) [VFB_00102f0e]

ascending_hairbrush, ASB left, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw mixed lineage neurons, mw draft complete, mw axon split complete, mw brain neurons split, BLAl L, IPL/M, mw colored-matrix-2019-09-12, #2T, mw brain neurons + sensories, IPL/M p*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *BLAl_l akira, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;pairs;L, upFBPBs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 29_level-6_clusterID-67_signal-flow_-0.012, 48_level-7_clusterID-67_signal-flow_-0.012, mw cascade-5-hop integrative 2022-11-03, mw 19880740 downstream partners, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [BLA ipsilateral left (L1EM:12509506); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLA ipsilateral right (L1EM:16841026) [VFB_00102fau]

BLAl_r akira, MB fragments to solve, connect to locked, connect to locked MBE20, downstream of mPN, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, unpaired ds mPNs right >= 5 synapses individual, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, mw mixed lineage neurons, mw draft complete, mw axon split complete, mw brain neurons split, BLAl R, IPL/M, mw colored-matrix-2019-09-12, #2, mw brain neurons + sensories, IPL/M p, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, IPL/Mall, IPLMall, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 29_level-6_clusterID-67_signal-flow_-0.012, 48_level-7_clusterID-67_signal-flow_-0.012, mw cascade-5-hop integrative 2022-11-03, mw 19880740 downstream partners, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [BLA ipsilateral right (L1EM:16841026); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BLA pointer left (L1EM:16007457) [VFB_00102f73]

BLAd_l akira, BLD5/6_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLAl L, IPL/M, AUTO ascending neurons at 1112 gap, mw colored-matrix-2019-09-12, #4T, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw draft complete, mw brain neurons + sensories, IPL/M p*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *BLAl_l akira, *unknown_dorsal_lineage_l akira, mw 1961182 us partners, mw 17729973 us partners, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw proprio 3rd_order, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 68_level-7_clusterID-122_signal-flow_-0.530, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; BLA pointer left (L1EM:16007457)]

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BLA pointer right (L1EM:8840343) [VFB_00102ery]

BLAl_r akira, mw brain neurons + SU, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, BLAl R, IPL/M, AUTO ascending neurons, mw colored-matrix-2019-09-12, #4, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw draft complete, mw brain neurons + sensories, IPL/M p, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 1961182 us partners, mw 17729973 us partners, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw proprio 3rd_order, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 68_level-7_clusterID-122_signal-flow_-0.530, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; BLA pointer right (L1EM:8840343); CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAd lat 1 neuron 8842221_sibling left **MISSING DENDRITE** (L1EM:17962513) [VFB_00102fj1]

MB calyx after gap, downstream of left uPN, li temp 10 25 2016 below 1500 nodes all left downstream of all right orn pns, li left uPN everything less than 90% reviewed, except “kc frag”, li temp everything downstream of left upn with 3 synapses combined, li temp left side left, BLAd lat 1, li temp possible pair - 24, fragment downstream of uPN, paired with #8842220, left-right NBlast: 0.530057633575931, Downstream of LEFT uPN with 3 synapses or more to any uPN, pairs ds uPNs >= 5, BLAd-vm_l akira, frag left gap, m reviewed, upstream PL, check LHON 5% input aver, LHNs, axoAxo mPNs, axoDen mPNs, axoDen uPNs, uLHNs, mLHNs, putative LHN, upstream PTTH, upstream CA-LP, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw issues, mw left, BLAd1-4 vm L, mw axon split complete, mw brain neurons split, SLP, mw colored-matrix-2019-09-12, #1T, ORN inter to endocrine, mw brain neurons + sensories, olfinter nosens to PTTH and CALP, mw brain matrix, Pankratz pre, mw open-ends unpublished, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw pre-RGN 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, SLPc comp L, mw test matrices, stable, mw ds-uPNs, mw LHN-from-uPN, mw 3820148 upstream partners, mw 9792178 upstream partners, mw brain open-ends 3, SLP 1, BLAd1-4 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 9_level-5_clusterID-53_signal-flow_0.718, 16_level-6_clusterID-97_signal-flow_0.534, 28_level-7_clusterID-159_signal-flow_0.421, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BLAd lat 1 neuron 8842221_sibling left MISSING DENDRITE (L1EM:17962513); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAd lat 1 neuron 8842221_sibling right (L1EM:8842220) [VFB_00102erz]

42b Search, BLAd-vm_r akira, downstream of handlebar-like, ASB Right PN-LH Input, ASB uPN and mPN Shared LH Targets, downstream of mPN, downstream of mPN iACT A2 right, ASB Right uPN-LH Input, ASB Downstream of Ipsi Bridges Right, ASB mPN-Dorsal Lobe, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li temp everything downstream of left upn with 3 synapses combined, li downstream of RIGHT uPN with 3 synapses or more to any uPN, Downstream of RIGHT uPN >= 3 synapses individual, unpaired ds mPNs right >= 5 synapses individual, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, BLAd lat 1, li temp possible pair - 24, paired with #17962513, left-right NBlast: 0.530057633575931, Downstream of RIGHT uPN with 3 synapses or more to any uPN, pairs ds uPNs >= 5, post 2+ 42a or 42b PN in LH, upstream PL, check LHON 5% input aver, LHNs, axoAxo mPNs, axoDen mPNs, axoDen uPNs, uLHNs, mLHNs, putative LHN, upstream PTTH, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, mw axon split complete, mw brain neurons split, BLAd1-4 vl R, SLP, mw colored-matrix-2019-09-12, #3, mw brain neurons + sensories, mw brain matrix, Pankratz pre, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw brain matrix + A1, SLPc comp, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, lv R TOONs minus ORN PNs and KCs, mw pre-RGN 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-uPNs, mw LHN-from-uPN, mw 3820148 upstream partners, mw 9792178 upstream partners, SLP 2, BLAd1-4 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, mw interhemispheric integration 2-hop, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 9_level-5_clusterID-53_signal-flow_0.718, 16_level-6_clusterID-97_signal-flow_0.534, 28_level-7_clusterID-159_signal-flow_0.421, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; BLAd lat 1 neuron 8842221_sibling right (L1EM:8842220)]

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BLAd local unpaired left (L1EM:8640212) [VFB_00102er8]

BLAd_l akira, BLAd-vl_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, BLAd1-4 vl L, SLP, AUTO ascending neurons, AUTO multiple presynapses to brain, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, #3T, mw brain neurons + sensories, mw brain unpaired checked once, mw axon split complete, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, SLPc comp L, mw test matrices, mw unpaired 2021-04-13, stable, mw brain reviewed <80%, SLP 2, BLAd1-4 L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [BLAd local unpaired left (L1EM:8640212); CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BLAl F neuron 1 left (L1EM:10345590) [VFB_00102evi]

WB_BLDn L, Neuron 17471952, BLAl_l akira, ASB left, upstream PI, hemilateral_pair_10345590_15048530, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, #1T, mw brain neurons + sensories, BLAl L, IPL/M a IPA, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, IPLMall L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 9503428 us partners, mw 10018260 ds contralateral partners, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, sw;pairs;L, upFBPBs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 37_level-6_clusterID-109_signal-flow_-0.400, 66_level-7_clusterID-177_signal-flow_-0.517, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw thermo-cold 4th_order, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BLAl F neuron 1 left (L1EM:10345590); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAl F neuron 1 right (L1EM:15048530) [VFB_00102f48]

WB_BLDn R, Fragments 2014-01-18 14:57, BLAd dor med, BLAl_r akira, ASB right, downstream of handlebar-like, downstream of mPN, connect to locked MBE20, hemilateral_pair_10345590_15048530, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, BLAl R, IPL/M a IPA, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 9503428 us partners, mw 10018260 ds contralateral partners, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, sw;pairs;R, upFBMBONs, downFBPBs, upFBPBs, downPB, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 37_level-6_clusterID-109_signal-flow_-0.400, 66_level-7_clusterID-177_signal-flow_-0.517, mw cascade-5-hop integrative 2022-11-03, mw thermo-cold 4th_order, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [BLAl F neuron 1 right (L1EM:15048530); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAl F neuron 2 left (L1EM:12279909) [VFB_00102ezm]

WB_BLDn L, BLAl_l akira, downstream of mPN iACT A2 left, ASB downstream of right mPNs, ASB No WAY Out A2 left 37, mw paired 95, Uncertain Join, potential pair of ds mPN right >= 5, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, #2T, mw brain neurons + sensories, BLAl L, IPL/M a IPA, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, IPLMall L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 37_level-6_clusterID-109_signal-flow_-0.400, 66_level-7_clusterID-177_signal-flow_-0.517, mw cascade-5-hop integrative 2022-11-03, mw 19880740 downstream partners, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; BLAl F neuron 2 left (L1EM:12279909); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

BLAl F neuron 2 right (L1EM:8471817) [VFB_00102eqx]

WB_BLDn R, BLAd dor med, BLAl_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw draft complete, mw brain neurons + sensories, BLAl R, IPL/M a IPA, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 37_level-6_clusterID-109_signal-flow_-0.400, 66_level-7_clusterID-177_signal-flow_-0.517, mw cascade-5-hop integrative 2022-11-03, mw 19880740 downstream partners, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; BLAl F neuron 2 right (L1EM:8471817); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

BLAl horseshoe neuron left (L1EM:11348509) [VFB_00102eyb]

WB_BLDn L, BLAl_l akira, ASB downstream of right mPNs, mw paired 88, pair of ds mPN right >= 5, paired ds mPNs left >= 10 synapses individual, laura to review mPNs, pairs ds mPNs >= 10, minor check LHON 5% input aver, LHNs, axoDen mPNs, mLHNs, putative LHN, hemilateral_pair_3765735_11348509, MB2IN19U, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, #3T, mw brain neurons + sensories, BLAl L, IPL/M a IPA, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw degree 30-40, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw ad hubs_in, mw ad all_hubs, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, downFBPBs, upFBPBs, downPB, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB.d, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 47_level-6_clusterID-110_signal-flow_-0.700, 73_level-7_clusterID-110_signal-flow_-0.700, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BLAl horseshoe neuron left (L1EM:11348509); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

BLAl horseshoe neuron right (L1EM:3765735) [VFB_00102ejh]

WB_BLDn R, BLAd dor med, BLAl_r akira, downstream of mPN iACT B1 right, frag, ASB Right PN-LH Input, ASB Dense Core, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, ASB No Way Out B2 right 3, ASB No WAy Out B1 right 2 , li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, mw paired 88, paired ds mPNs right >= 5 synapses individual, paired ds mPNs left >= 10 synapses individual, laura to review mPNs, pairs ds mPNs >= 10, minor check LHON 5% input aver, LHNs, axoDen mPNs, mLHNs, putative LHN, hemilateral_pair_3765735_11348509, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, mw axon split complete, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, BLAl R, IPL/M a IPA, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw ad hubs_in, mw ad all_hubs, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, downFBPBs, upFBPBs, downPB, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB.d, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 47_level-6_clusterID-110_signal-flow_-0.700, 73_level-7_clusterID-110_signal-flow_-0.700, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BLAl horseshoe neuron right (L1EM:3765735)]

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BLAl_I-X 2 left (L1EM:16433696) [VFB_00102f8p]

WB_BLDn L, BLAl_l akira, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, #7T, mw brain neurons + sensories, BLAl L, IPL/M a IPA, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw ad hubs_in, mw ad all_hubs, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw noci 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, upFBPBs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw 19880740 downstream partners, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; BLAl_I-X 2 left (L1EM:16433696); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAl_I-X 2 right (L1EM:19132527) [VFB_00102fl0]

WB_BLDn R, BLAd dor med, BLAl_r akira, ASB No Way Out B2 right 4, ASB downstream of right mPNs, ASB Unresolvable Frag, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, #7, mw colored-matrix-2019-09-12, mw brain neurons + sensories, BLAl R, IPL/M a IPA, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw ad hubs_in, mw ad all_hubs, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw noci 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, upFBPBs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw 19880740 downstream partners, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; BLAl_I-X 2 right (L1EM:19132527); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAl_I-X 3 left (L1EM:12279941) [VFB_00102ezn]

BLAd_l akira, BLAl_l akira, mw complete, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, #6T, mw brain neurons + sensories, BLAl L, IPL/M a IPA, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 5745110 ds ipsilateral partners, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; BLAl_I-X 3 left (L1EM:12279941); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BLAl_I-X 3 right (L1EM:17328632) [VFB_00102fdi]

WB_BLDn R, BLAd dor med, BLAl_r akira, ASB downstream of right mPNs, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, #6, mw colored-matrix-2019-09-12, mw brain neurons + sensories, BLAl R, IPL/M a IPA, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 5745110 ds ipsilateral partners, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, upFBPBs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; BLAl_I-X 3 right (L1EM:17328632); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

BLAl_l-X left (L1EM:7388340) [VFB_00102ep2]

WB_BLDn L, BLAl_l akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, #5T, mw brain neurons + sensories, BLAl L, IPL/M a IPA, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, IPLMall L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 15541971 ds contralateral partners, mw 14995061 ds contralateral partners, mw 17729973 ds contralateral partners, stable, mw ad hubs_in, mw 4680995 downstream partners, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, upFBPBs, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 37_level-6_clusterID-109_signal-flow_-0.400, 66_level-7_clusterID-177_signal-flow_-0.517, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BLAl_l-X left (L1EM:7388340); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAl_l-X right (L1EM:15606239) [VFB_00102f5j]

WB_BLDn R, BLAl_r akira, downstream of mPN iACT A1 right calyx, mPN iACT A1 downstream fragments, ASB TODO, neuron, ASB Downstream of Ipsi Bridges Right, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, potential paired ds mPNs right >= 5 synapses individual, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, #5, mw brain neurons + sensories, BLAl R, IPL/M a IPA, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 15541971 ds contralateral partners, mw 14995061 ds contralateral partners, mw 17729973 ds contralateral partners, stable, mw ad hubs_in, mw 4680995 downstream partners, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, mw interhemispheric integration 2-hop, sw;pairs;R, downFBMBONs, upFBPBs, downMBONs, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 37_level-6_clusterID-109_signal-flow_-0.400, 66_level-7_clusterID-177_signal-flow_-0.517, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [BLAl_l-X right (L1EM:15606239); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAv1_2_left (L1EM:13714311) [VFB_00102f1y]

WB_BLAv L, brain downstream of A08s2_a2r, clb:todo, clb:joined, clb:soma, BLAv12_ant_l akira, clb:important, clb:todo_A08, DNs-17s akira, Pre-DN17-1, U3A2a, S15A2, S1A1, S1A1b, U7A2, S5A1, BLAv1_2-L, S15A2-Simplified, hemilateral_pair_8710444_13714311, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, BLAv1/2 a L, mw axon split complete, mw brain neurons split, IPL IPA, mw colored-matrix-2019-09-12, #3T, mw brain neurons + sensories, LAL VLPm, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 4966994 upstream partners, nr Tel-like 10 downstream 1-hop, nr Tel-like 10 downstream 3-hop, mw brain open-ends 3, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw 17086412 downstream partners, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, LAL VLPm, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [BLAv1_2_left (L1EM:13714311); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAv1_2_right (L1EM:8710444) [VFB_00102eri]

WB_BLAv R, BLAv12 ant, VLP LAL, BLAv12_ant_r akira, DNs-17s akira, Pre-DN17-1, U3A2a, S15A2, S1A1, S1A1b, U7A2, S5A1, BLAv1_2-R, S15A2-Simplified, hemilateral_pair_8710444_13714311, mw brain neurons, mw brain neurons + SU, BLAv1/2 a R, mw brain inventory, mw previously complete, mw right, mw axon split complete, IPL IPA, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, LAL VLPm, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 4966994 upstream partners, nr Tel-like 10 downstream 1-hop, nr Tel-like 10 downstream 3-hop, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw 17086412 downstream partners, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, LAL VLPm, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; BLAv1_2_right (L1EM:8710444); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAv1_3_left (L1EM:18111410) [VFB_00102fjf]

WB_BLAv L, BLAv12_ant_l akira, DNs-17s akira, Pre-DN17-2, hemilateral_pair_4876839_18111410, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, BLAv1/2 a L, mw axon split complete, mw brain neurons split, IPL IPA, mw colored-matrix-2019-09-12, #4T, mw brain neurons + sensories, LAL VLPm, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 17729973 ds contralateral partners, mw 18500915 ds ipsilateral partners, stable, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw noci 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, downFBPBs, downPB, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB.d, LAL VLPm, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; BLAv1_3_left (L1EM:18111410); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAv1_3_right (DALcl n1)? (L1EM:4876839) [VFB_00102el9]

WB_BLAv R, BLAv12 ant, VLP LAL, BLAv12_ant_r akira, Pre-DN17-2, hemilateral_pair_4876839_18111410, mw brain neurons, mw brain neurons + SU, BLAv1/2 a R, mw brain inventory, mw previously complete, mw right, mw axon split complete, IPL IPA, mw brain neurons split, #4, mw colored-matrix-2019-09-12, mw brain neurons + sensories, LAL VLPm, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 17729973 ds contralateral partners, mw 18500915 ds ipsilateral partners, stable, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw noci 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, downFBPBs, downPB, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB.d, PB.d, LAL VLPm, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [BLAv1_3_right (DALcl n1)? (L1EM:4876839); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAv12 1 left (L1EM:17513284) [VFB_00102ffp]

BLAv12_ant_l akira, li temp possible pair - special 2, BLAv12 1, paired with #13722516, left-right NBlast: 0.380873864714753, Downstream of LEFT uPN with 3 synapses or more to any uPN, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, BLAv1/2 a L, mw axon split complete, mw brain neurons split, IPL, mw colored-matrix-2019-09-12, #2T, mw brain neurons + sensories, SLPl, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, SLPl comp L, mw test matrices, Upstream CN29, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw dSEZ-feedback-1hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 29_level-6_clusterID-67_signal-flow_-0.012, 48_level-7_clusterID-67_signal-flow_-0.012, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; BLAv12 1 left (L1EM:17513284); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BLAv12 1 right (L1EM:17361566) [VFB_00102fes]

WB_BLAv R, BLAv12 ant, VLP LAL, BLAv12_ant_r akira, ASB LH Interneuron, downstream of handlebar-like, ASB TODO, ASB Downstream of Ipsi Bridges Right, BLAv12 2, li temp possible pair - special 3, mw brain neurons, mw brain neurons + SU, mw complete, BLAv1/2 a R, mw brain inventory, mw right, mw axon split complete, IPL, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SLPl, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, SLPl comp, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw dSEZ-feedback-1hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 29_level-6_clusterID-67_signal-flow_-0.012, 48_level-7_clusterID-67_signal-flow_-0.012, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BLAv12 1 right (L1EM:17361566); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAv12 2 left (L1EM:16141217) [VFB_00102f7i]

WB_BLAv L, BLAv12_ant_l akira, downstream of mPN iACT A2 left, ASB TODO A2 left, downstream of left uPN, li left uPN everything less than 90% reviewed, except “kc frag”, BLAv12 2, li temp possible pair - special 3, mw brain neurons, mw brain neurons + SU, mw complete, mw issues, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLAv1/2 a L, IPL, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, mw colored-matrix-2019-09-12, #3T, mw brain neurons + sensories, Merged: many gap crossings 17972480, SLPl, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, SLPl comp L, mw test matrices, stable, mw ds-uPNs, mw LHN-from-uPN, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw olfactory 3rd_order, mw noci 3rd_order, mw mechano-Ch 3rd_order, mw LHN-uPN, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 37_level-7_clusterID-125_signal-flow_0.199, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; BLAv12 2 left (L1EM:16141217); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAv12 2 right (L1EM:13722516) [VFB_00102f1z]

WB_BLAv R, VLP LAL, BLAv12 ant, BLAv12_ant_r akira, ASB Right PN-LH Input, Akira to Volker, ASB Right uPN-LH Input, ASB Downstream of Ipsi Bridges Right, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, ASB No Way Out 21 merge, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li downstream of RIGHT uPN with 3 synapses or more to any uPN, Downstream of RIGHT uPN >= 3 synapses individual, unpaired downstream of RIGHT uPN >= 3 synapses, li temp possible pair - special 2, BLAv12 1, paired with #17513284, left-right NBlast: 0.380873864714753, Downstream of RIGHT uPN with 3 synapses or more to any uPN, post 2+ 42a or 42b PN in LH, mw brain neurons, mw brain neurons + SU, mw complete, mw issues, BLAv1/2 a R, mw brain inventory, mw right, mw axon split complete, IPL, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SLPl, mw brain matrix, mw brain ipsilateral, mw brain matrix + A1, SLPl comp, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-uPNs, mw LHN-from-uPN, sw:brain_paired:R, sw;brainpair;R, mw olfactory 3rd_order, mw noci 3rd_order, mw mechano-Ch 3rd_order, mw LHN-uPN, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 37_level-7_clusterID-125_signal-flow_0.199, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; BLAv12 2 right (L1EM:13722516); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BLAv12 bilateral 2 left (L1EM:4663875) [VFB_00102el2]

WB_BLAd L, WB_BLAv2 L, mw brain neurons + SU, unknown lineage, mw brain inventory, mw brain todo, mw left, AUTO ascending neurons, INC, BLAv1/2 l L, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, less than 150nm length, mw brain neurons + sensories, mw brain unpaired todo 1-13-20, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain matrix + A1, mw brain matrix and A1, mw brain paper all neurons, mw unpaired 2021-04-13, Merged: , mw ipsilateral dendrite, mw bilateral axon, mw 5745110 us partners, mw 10982951 ds ipsilateral partners, mw pre-dVNC 1%, mw pre-dSEZ 1%, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, VLPl IP com*, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 21_level-6_clusterID-69_signal-flow_0.217, 26_level-7_clusterID-124_signal-flow_0.499, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; BLAv12 bilateral 2 left (L1EM:4663875); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAv12 bilateral 2 right (L1EM:11271082) [VFB_00102ey5]

BLAv12 lat, BLAv12_lat_r akira, upstream PI, mw brain neurons, mw brain neurons + SU, Fragments 2014-01-18 14:57, BLAv1/2 l R, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, VLP IP com, mw draft complete, #2, DH44_inter_T1_nosens, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLPl IP com, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, Merged: Fragments 2014-01-18 14:57, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, mw 5745110 us partners, mw 10982951 ds ipsilateral partners, mw pre-dVNC 1%, mw pre-dSEZ 1%, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 21_level-6_clusterID-69_signal-flow_0.217, 26_level-7_clusterID-124_signal-flow_0.499, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BLAv12 bilateral 2 right (L1EM:11271082); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAv12 hook 1 left (L1EM:12252572) [VFB_00102ezk]

det pair, WB_BLVp3 L, BLAv12_post_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw draft complete, mw mixed lineage neurons, BLAv1/2 v L, mw colored-matrix-2019-09-12, #2T, mw unpaired 2019-10-09, LAL VMC, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw brain neurons + sensories, LAL VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; BLAv12 hook 1 left (L1EM:12252572)]

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BLAv12 hook 1 right (L1EM:16651566) [VFB_00102faa]

WB_BLVp3 R, ASB right, Akira to Volker, mw brain neurons + SU, mw brain inventory, mw right, mw gap, mw draft complete, mw mixed lineage neurons, BLAv1/2 v R, #1, mw unpaired 2019-10-09, LAL VMC, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, less than 150nm length, mw brain neurons + sensories, mw axon split complete, LAL VMC*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *BLAv12_post_r akira, mw brain ipsilateral, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [BLAv12 hook 1 right (L1EM:16651566); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAv12 hook 2 left (L1EM:17105842) [VFB_00102fcj]

WB_BLVp3 L, BLAv12_post_l akira, stuck 14252458, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw brain neurons split, mw draft complete, mw mixed lineage neurons, mw axon split complete, BLAv1/2 v L, mw colored-matrix-2019-09-12, #1T, mw unpaired 2019-10-09, LAL VMC, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw brain neurons + sensories, LAL VMC, mw brain matrix, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, sw:brain_paired:L, sw;brainpair;L, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BLAv12 hook 2 left (L1EM:17105842); VFB CATMAID L1 CNS]

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BLAv12 hook 2 right (L1EM:13849274) [VFB_00102f2j]

WB_BLVp3 R, ASB right, li temp 10 25 2016 below 1500 nodes right, li temp upn downstream all non local, mw brain neurons + SU, mw brain inventory, mw right, mw draft complete, mw mixed lineage neurons, mw axon split complete, BLAv1/2 v R, mw colored-matrix-2019-09-12, #2, mw unpaired 2019-10-09, LAL VMC, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw brain neurons + sensories, LAL VMC*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *BLAv12_post_r akira, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, ND_published, ND_all published et al, ctd other, ct other [BLAv12 hook 2 right (L1EM:13849274); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAv12 ipsi 1 left (L1EM:16541149) [VFB_00102f9e]

LNM_at the gap withmicrotubuli, fragments downstream pvl09, det pair, WB_BLAv L, BLAv12_post_l akira, mw brain neurons, mw brain neurons + SU, BLAv12_post todo, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLAv1/2 L, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw draft complete, BLAv1/2 a L, IPL IPA, #6T, mw brain neurons + sensories, LAL VLPm, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 1-hop, nr Tel-like 10 downstream 3-hop, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, LAL VLPm, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; BLAv12 ipsi 1 left (L1EM:16541149); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BLAv12 ipsi 1 right (L1EM:10079731) [VFB_00102eux]

Doesn’t look like the other locals. Might be different., Javier Brain, Bigote, WB_BLVp3 R, VLP LAL, BLAv12 ant, ASB right, BLAv12_ant_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw issues, mw right, mw axon split complete, mw brain neurons split, BLAv1/2 a R, IPL IPA, mw colored-matrix-2019-09-12, #6, matches BLAV1/2 p L UNI, mw unpaired 2019-10-09, mw brain neurons + sensories, LAL VLPm, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 1-hop, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, LAL VLPm, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; BLAv12 ipsi 1 right (L1EM:10079731); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAv12 ipsi 2 left (L1EM:6623089) [VFB_00102eoj]

Fragments 2014-01-18 14:57, WB_BLAv L, BLAv12_ant_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw issues, mw left, BLAv1/2 a L, mw axon split complete, mw brain neurons split, IPL IPA, AUTO neuron fragments at 1103 gap, mw colored-matrix-2019-09-12, #5T, mw unpaired 2019-10-09, mw brain neurons + sensories, LAL VLPm, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 9594273 upstream partners, mw 16345627 upstream partners, nr Tel-like 10 downstream 1-hop, nr Tel-like 10 downstream 3-hop, mw brain open-ends 3, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw 17086412 downstream partners, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, LAL VLPm, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; BLAv12 ipsi 2 left (L1EM:6623089); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAv12 ipsi 2 right (L1EM:17897230) [VFB_00102fio]

BLAv12_ant_r akira, mw brain neurons + SU, mw brain inventory, mw right, BLAv1/2 a R, mw axon split complete, IPL IPA, mw brain neurons split, #5, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw draft complete, mw brain neurons + sensories, LAL VLPm, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 9594273 upstream partners, mw 16345627 upstream partners, nr Tel-like 10 downstream 1-hop, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw 17086412 downstream partners, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, LAL VLPm, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [BLAv12 ipsi 2 right (L1EM:17897230); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAv12 lat bilateral neuron 1 left (L1EM:10282065) [VFB_00102ev9]

MB calyx after gap, WB_BLAv2 L, ASB left, upstream PL, BLAv12_lat_l akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLAv1/2 L, VLP IP com, BLAv1/2 l L, mw colored-matrix-2019-09-12, #1T, mw brain neurons + sensories, mw brain crosses commissure, VLPl IP com, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, VLPlat L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;L, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs, ct pre-DN-VNCs [BLAv12 lat bilateral neuron 1 left (L1EM:10282065); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAv12 lat bilateral neuron 1 right (L1EM:5946241) [VFB_00102enl]

WB_BLAv R, BLAv12 lat, BLAv12_lat_r akira, upstream PL, upstream PI, mw brain neurons, mw brain neurons + SU, mw complete, BLAv1/2 l R, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, VLP IP com, #1, DH44_inter_T1_nosens, AUTO ascending neurons at 1112 gap, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLPl IP com, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, VLPlat, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, Albert TODO, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;R, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; BLAv12 lat bilateral neuron 1 right (L1EM:5946241); L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BLAv12 ring-like left (L1EM:17728922) [VFB_00102fh6]

DNs akira-2, MB2IN19U, EH_downstream_T3, SH_T3, SH_T1down, mw brain neurons + SU, mw brain inventory, EH_down_pre_MN, mw previously complete, RGPN_outputs_T3, EH_outputs_T3, mw left, BLAv12_post_l akira, mw axon split complete, mw brain neurons split, DH44_inter_T1_nosens, BLAv1/2 p L, UNI, AUTO descending neurons to SEZ, AUTO ascending neurons, mw colored-matrix-2019-09-12, #2T, mw brain neurons + sensories, mw dSEZ, mw brain crosses commissure, UNI, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw brain strahler >2 reviewed, MB2IN-19up3, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10982951 ds ipsilateral partners, stable, mw ad hubs_in, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, upFBPBs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct pre-DN-VNCs, ct DN-SEZs [transmission electron microscopy (TEM); BLAv12 ring-like left (L1EM:17728922); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BLAv12 ring-like right (L1EM:9234420) [VFB_00102et0]

li all neurons worked on since Feb 25th, VLP LAL, BLAv12 pos, BLAv12_post_r akira, DNs akira-2, S7A1, mw brain neurons, mw brain neurons + SU, BLAv1/2 p R, mw brain inventory, mw right, mw draft complete, mw axon split complete, mw brain neurons split, UNI, #2, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dSEZ, mw brain crosses commissure, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10982951 ds ipsilateral partners, stable, mw ad hubs_in, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, upFBPBs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct pre-DN-VNCs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; BLAv12 ring-like right (L1EM:9234420); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAv12_ant contralateral right (L1EM:15668869) [VFB_00102f63]

ipsiphone lineage, BLAv12 ant, VLP LAL, BLAv12_ant_r akira, mw brain neurons, mw brain neurons + SU, BLAv1/2 a R, mw brain inventory, mw right, mw axon split complete, VLP com, mw brain neurons split, mw draft complete, #2, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw brain neurons + sensories, mw brain crosses commissure, VLPl com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;idev2, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [EM L1 Winding, Pedigo et al., 2023; BLAv12_ant contralateral right (L1EM:15668869); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAv12_ant descending 1 left (L1EM:16931001) [VFB_00102fbd]

WB_BLAv L, BLAv12_ant_l akira, hemilateral_pair_8709865_16931001, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLAv1/2 a L, IPL IPA, AUTO ascending neurons, mw colored-matrix-2019-09-12, #2T, mw brain neurons + sensories, LAL VLPm, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, Merged: Uncertain Continuation, mw test matrices, mw 5745110 ds ipsilateral partners, stable, mw 4966994 upstream partners, mw 9594273 upstream partners, mw 14999928 upstream partners, mw 16345627 upstream partners, nr Tel-like 10 downstream 2-hop, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw mechano-Ch 3rd_order, mw 17086412 downstream partners, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, LAL VLPm, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; BLAv12_ant descending 1 left (L1EM:16931001); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAv12_ant descending 1 right (L1EM:8709865) [VFB_00102erh]

WB_BLAv R, BLAv12 ant, VLP LAL, BLAv12_ant_r akira, hemilateral_pair_8709865_16931001, mw brain neurons, mw brain neurons + SU, mw complete, BLAv1/2 a R, mw brain inventory, mw right, mw axon split complete, IPL IPA, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, LAL VLPm, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 5745110 ds ipsilateral partners, stable, mw 4966994 upstream partners, mw 9594273 upstream partners, mw 14999928 upstream partners, mw 16345627 upstream partners, nr Tel-like 10 downstream 2-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw mechano-Ch 3rd_order, mw 17086412 downstream partners, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, LAL VLPm, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [BLAv12_ant descending 1 right (L1EM:8709865); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAv12_ant interneuron unpaired left (L1EM:17728896) [VFB_00102fh5]

BLAv12_ant_l akira, mw brain neurons + SU, mw brain inventory, mw left, BLAv1/2 a L, IPL, #1, AUTO neuron fragments at 1103 gap, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, INGRID REVIEW, mw draft complete, mw brain neurons + sensories, mw brain unpaired checked once, mw axon split complete, SLPl, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, mw review april2021, stable, mw brain unreviewed, mw brain open-ends 1, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; BLAv12_ant interneuron unpaired left (L1EM:17728896); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAv12_lat contralateral left (L1EM:19102929) [VFB_00102fkz]

BLAv12_lat_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, AUTO ascending neurons, AUTO multiple presynapses to brain, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, BLAv1/2 a L, VLP com, #2T, mw brain neurons + sensories, mw brain crosses commissure, mw axon split complete, VLPl com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;idev2, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [transmission electron microscopy (TEM); BLAv12_lat contralateral left (L1EM:19102929); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BLAv12_lat pointer 1 left (L1EM:12923749) [VFB_00102f0u]

WB_BLAv2 L, BLAv12_lat_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw draft complete, VLP d, BLAv1/2 l L, AUTO neuron fragments at 1103 gap, AUTO ascending neurons at 1112 gap, mw colored-matrix-2019-09-12, #1T, mw brain neurons + sensories, VLPl, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, Albert TODO, mw brain matrix + A1, mw ipsilateral axon, VLPlat L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 5745110 us partners, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [BLAv12_lat pointer 1 left (L1EM:12923749); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAv12_lat pointer 1 right (L1EM:10663559) [VFB_00102ew7]

WB_BLAv R, BLAv12 lat, ASB right, BLAv12_lat_r akira, mw brain neurons, mw brain neurons + SU, BLAv12 lat todo, BLAv1/2 l R, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, VLP d, mw draft complete, #4, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw brain neurons + sensories, VLPl, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, VLPlat, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 5745110 us partners, mw pre-dSEZ 1%, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; BLAv12_lat pointer 1 right (L1EM:10663559); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAv12_lat pointer 2 left (L1EM:15096548) [VFB_00102f4c]

WB_BLAv2 L, BLAv12_lat_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw draft complete, VLP d, BLAv1/2 l L, AUTO ascending neurons, mw colored-matrix-2019-09-12, #4T, mw brain neurons + sensories, VLPl, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, VLPlat L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 14995061 us partners, mw 17729973 us partners, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 18_level-6_clusterID-89_signal-flow_0.487, 27_level-7_clusterID-89_signal-flow_0.487, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [BLAv12_lat pointer 2 left (L1EM:15096548); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAv12_lat pointer 2 right (L1EM:13841523) [VFB_00102f2h]

WB_BLAv R, BLAv12 lat, BLAv12_lat_r akira, mw brain neurons, mw brain neurons + SU, BLAv1/2 l R, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, VLP d, mw draft complete, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VLPl, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, VLPlat, mw pre-dVNC 1%, mw ipsilateral axon, Albert TODO, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 14995061 us partners, mw 17729973 us partners, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 18_level-6_clusterID-89_signal-flow_0.487, 27_level-7_clusterID-89_signal-flow_0.487, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [BLAv12_lat pointer 2 right (L1EM:13841523); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAv12_lat pointer 3 left (L1EM:20981350) [VFB_00102fmh]

downstream of left uPN, li left uPN everything less than 90% reviewed, except “kc frag”, fragment downstream of uPN, BLAv12_ant_l akira, BLAv12_ant todo, mw brain inventory, mw brain neurons + SU, mw left, mw draft complete, mw axon split complete, BLAv1/2 a L, IPL, VLP d, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, #7, INGRID REVIEW, #3T, mw brain neurons + sensories, mw issues, mw brain unpaired todo 1-13-20, mw brain todo, mw brain todo fragment, SLPl, BLAv1/2 l, VLPl*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *BLAv12_lat_l akira, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, VLPlat L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, Merged: Neuron 20280419, mw 17729973 us partners, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 18_level-6_clusterID-89_signal-flow_0.487, 27_level-7_clusterID-89_signal-flow_0.487, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; BLAv12_lat pointer 3 left (L1EM:20981350); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAv12_lat pointer 3 right; BLAv2 ant 1 ven neuron 8715941 (L1EM:8715940) [VFB_00102erj]

Larisa PVL09 downstream, f_down pOLP, WB_BLAv R, BLAv12 lat, BLAv12_lat_r akira, mw brain neurons, mw brain neurons + SU, BLAv12 lat todo, Fragments 2014-01-18 14:57, BLAv1/2 l R, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, VLP d, mw draft complete, #3, AUTO neuron fragments at 1103 gap, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VLPl, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, VLPlat, mw ipsilateral axon, Merged: Fragment with MTs at gap 18697286, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 17729973 us partners, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integration 2-hop, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 18_level-6_clusterID-89_signal-flow_0.487, 27_level-7_clusterID-89_signal-flow_0.487, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [CC-BY_4.0; transmission electron microscopy (TEM); BLAv12_lat pointer 3 right; BLAv2 ant 1 ven neuron 8715941 (L1EM:8715940); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BLAv12_lat pointer-like 2 left (L1EM:20812872) [VFB_00102fmc]

mw brain inventory, AUTO neuron fragments at 1103 gap, AUTO ascending neurons, AUTO multiple presynapses to brain, SMALL FRAGMENT, mw brain neurons + SU, mw draft complete, mw axon split complete, mw brain neurons + sensories, mw left, mw brain unpaired checked once, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *BLAv12_lat_l akira, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw mechano-Ch 3rd_order, sw;idev3, sw;pairs;L, sw;cdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [BLAv12_lat pointer-like 2 left (L1EM:20812872); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAv12_lat pointer-like 2 right (L1EM:10739296) [VFB_00102ewd]

BLAv12_lat_r akira, mw brain neurons, mw brain neurons + SU, BLAv1/2 l R, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, VLP d, mw draft complete, #5, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, less than 150nm length, mw brain neurons + sensories, mw brain unpaired checked once, VLPl, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, VLPlat, Albert TODO, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw mechano-Ch 3rd_order, sw;idev3, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; BLAv12_lat pointer-like 2 right (L1EM:10739296); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAv12_lat pointer-like left (L1EM:20981321) [VFB_00102fmg]

mw brain inventory, AUTO neuron fragments at 1103 gap, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, SMALL FRAGMENT, mw draft complete, mw brain neurons + SU, *BLAv12_lat_l akira, mw left, mw brain ipsilateral, mw brain todo, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw unpaired 2021-04-13, mw 12273754 ds ipsilateral partners, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 19_level-7_clusterID-150_signal-flow_0.684, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; BLAv12_lat pointer-like left (L1EM:20981321); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BLAv12_lat pointer-like right (L1EM:2878185) [VFB_00102ei6]

WB_BLAv R, BLAv12 lat, BLAv12_lat_r akira, mw brain neurons, mw brain neurons + SU, Fragments 2014-01-18 14:57, BLAv1/2 l R, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, VLP d, mw draft complete, #1, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VLPl, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, VLPlat, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, mw 12273754 ds ipsilateral partners, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 19_level-7_clusterID-150_signal-flow_0.684, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [BLAv12_lat pointer-like right (L1EM:2878185); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAvm bilateral neuron 1 left (L1EM:16630479) [VFB_00102fa6]

WB_BLVp3 L, BLAvm post_l akira, Unfinished, ASB left, Search for EB, ASB downstream of right mPNs, hemilateral_pair_12548756_16630479, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLAvm p L, SLP VLP IPL com, mw colored-matrix-2019-09-12, #6T, mw draft complete, mw developmental defect, mw brain neurons + sensories, mw brain crosses commissure, VLPd VLPl IPL com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, Albert TODO, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BLAvm bilateral neuron 1 left (L1EM:16630479); VFB CATMAID L1 CNS]

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BLAvm bilateral neuron 1 right (L1EM:17012001) [VFB_00102fc3]

VLP LAL, BLAvm post_r akira, Search for EB, downstream of handlebar-like, ASB TODO, mw brain neurons, mw brain neurons + SU, BLAvm p R, mw brain inventory, mw right, mw axon split complete, SLP VLP IPL com, mw brain neurons split, #4, mw colored-matrix-2019-09-12, mw draft complete, mw brain neurons + sensories, mw brain crosses commissure, VLPd VLPl IPL com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; BLAvm bilateral neuron 1 right (L1EM:17012001); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BLAvm bilateral neuron 2 left (L1EM:9822593) [VFB_00102euj]

WB_BLVp3 L, BLAvm post_l akira, Search for EB, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLAvm p L, SLP VLP IPL com, mw colored-matrix-2019-09-12, #5T, mw brain neurons + sensories, mw brain crosses commissure, VLPd VLPl IPL com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, mw 10982951 ds ipsilateral partners, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 21_level-6_clusterID-69_signal-flow_0.217, 26_level-7_clusterID-124_signal-flow_0.499, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BLAvm bilateral neuron 2 left (L1EM:9822593); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAvm bilateral neuron 2 right (L1EM:15023987) [VFB_00102f46]

VLP LAL, BLAvm post_r akira, Search for EB, mw brain neurons, mw brain neurons + SU, mw complete, BLAvm p R, mw brain inventory, mw right, mw axon split complete, SLP VLP IPL com, mw brain neurons split, #5, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLPd VLPl IPL com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 10982951 ds ipsilateral partners, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 21_level-6_clusterID-69_signal-flow_0.217, 26_level-7_clusterID-124_signal-flow_0.499, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BLAvm bilateral neuron 2 right (L1EM:15023987); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAvm bilateral neuron 3 left (L1EM:14995061) [VFB_00102f41]

BLAvm ant_l akira, Search for EB, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, BLAvm a L, SLP IP com, mw colored-matrix-2019-09-12, #1T, mw unpaired 2019-10-09, mw brain neurons + sensories, mw brain crosses commissure, VLPd IP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw bilateral axon partially asymmetrical neurons, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; BLAvm bilateral neuron 3 left (L1EM:14995061); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAvm bilateral neuron 3 right; VLP LAL (L1EM:16629886) [VFB_00102fa5]

VLP LAL, BLAvm ant, BLAvm ant_r akira, Search for EB, downstream of handlebar-like, mw brain neurons, mw brain neurons + SU, BLAvm a R, mw brain inventory, mw draft complete, mw right, mw axon split complete, SLP IP com, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw brain neurons + sensories, mw brain crosses commissure, VLPd IP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw bilateral axon partially asymmetrical neurons, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [BLAvm bilateral neuron 3 right; VLP LAL (L1EM:16629886); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAvm bilateral neuron 5 left (L1EM:17729110) [VFB_00102fha]

nadia, downstream of left uPN, li left uPN everything less than 90% reviewed, except “kc frag”, BLAvm ant_l akira, mw brain neurons + SU, mw brain inventory, mw draft complete, mw gap, mw left, mw axon split complete, mw brain neurons split, BLAvm a L, SLP IP com, AUTO neuron fragments at 1103 gap, mw colored-matrix-2019-09-12, #2T, INGRID REVIEW, mw brain neurons + sensories, mw brain crosses commissure, VLPd IP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, mw ds-uPNs, mw LHN-from-uPN, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); BLAvm bilateral neuron 5 left (L1EM:17729110); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BLAvm bilateral neuron 5 right (L1EM:16399845) [VFB_00102f8i]

nadia, ASB right, AVL031 candidates akira, downstream of handlebar-like, ASB Right PN-LH Input, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li temp upn downstream all non local, li temp unpaird downstream of right uPN, BLAvm ant_r akira, BLAvm a R, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, mw axon split complete, SLP IP com, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLPd IP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, Merged: Fragments 2014-01-18 14:57, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, mw ds-uPNs, mw LHN-from-uPN, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, mw dSEZ-feedback-2hop 2022-03-15, mw interhemispheric integration 2-hop, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; BLAvm bilateral neuron 5 right (L1EM:16399845); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAvm bilateral neuron 6 left (L1EM:16366055) [VFB_00102f8c]

BLAvm ant_l akira, ASB left, Search for EB, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLAvm a L, SLP IP com, mw colored-matrix-2019-09-12, #4T, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, mw brain crosses commissure, VLPd IP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw check cool bi, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, sw;idev5, sw;pairs;L, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [BLAvm bilateral neuron 6 left (L1EM:16366055); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAvm bilateral neuron 6 right (L1EM:17654645) [VFB_00102fgf]

Akira to Volker, BLAvm ant_r akira, BLAvm ant/post todo, BLAvm a R, mw brain neurons + SU, mw brain inventory, mw right, mw axon split complete, UNI, #2, AUTO ascending neurons, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, mw brain crosses commissure, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, sw;idev5, sw;pairs;R, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BLAvm bilateral neuron 6 right (L1EM:17654645); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAvm potential PN left (L1EM:5708994) [VFB_00102emk]

*BLAvm ant_l akira, BLAv12_post_l akira, potential DP1, downstream of handlebar-like, downstream of AN-B2, DSB2A, downstream of SCAN2A, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, BLAvm a L, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, VLP IPL com, #1T, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, mw brain crosses commissure, mw axon split complete, VLP IPL com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN PN putative, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw MN PN, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs [BLAvm potential PN left (L1EM:5708994); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLAvm potential PN right; ASB TODO from gPN 7 right (L1EM:17654617) [VFB_00102fgb]

Large Fragment, Akira to Volker, downstream of handlebar-like, ASB downstream of right mPNs, BLAvm ant_r akira, BLAvm a R, mw brain neurons + SU, mw brain inventory, mw right, mw axon split complete, VLP IPL com, mw brain neurons split, #1, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, Merged: frag, Merged: Frag AL, mw draft complete, mw brain neurons + sensories, mw brain crosses commissure, VLP IPL com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN PN putative, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw MN PN, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; BLAvm potential PN right; ASB TODO from gPN 7 right (L1EM:17654617); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLD interneuron left (L1EM:15985265) [VFB_00102f71]

WB_BLDc L, BLDc_l akira, downstream of mPN iACT A2 left, downstream of handlebar-like, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw gap, mw draft complete, mw mixed lineage neurons, IPL/M, BLD2-4 L, #7T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SLP IPL/M, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, mw 5745110 us partners, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 29_level-6_clusterID-67_signal-flow_-0.012, 48_level-7_clusterID-67_signal-flow_-0.012, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; BLD interneuron left (L1EM:15985265); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLD interneuron right (L1EM:17827115) [VFB_00102fil]

Above BPL local 2, Javier Brain, Axon and dendrites touch!, downstream of mPN iACT A2 right, ASB LH Interneuron, downstream of handlebar-like, ASB Dense Core, ASB Right PN-LH Input, ASB Downstream of Ipsi Bridges Right, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, ASB No Way Out A2 small, mw brain neurons + SU, mw brain inventory, BLDd_r akira, mw right, mw axon split complete, mw brain neurons split, mw draft complete, mw mixed lineage neurons, IPL/M, BLD2-4 R, #7, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SLP IPL/M, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 5745110 us partners, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 29_level-6_clusterID-67_signal-flow_-0.012, 48_level-7_clusterID-67_signal-flow_-0.012, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; BLD interneuron right (L1EM:17827115); CC-BY_4.0; VFB CATMAID L1 CNS]

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BLD? right (L1EM:17519626) [VFB_00102ffq]

gap to gap, BLDc dor pos, BLDc_r akira, ascending_hairbrush, downstream of mPN iACT A3 right, ASB TODO, ASB LH Interneuron, downstream of handlebar-like, connect to locked, connect to locked MBE20, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, ASB No Way Out B3 right 4, ASB No Way Out B3 right 15, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, unpaired ds mPNs right >= 5 synapses individual, potential A2/3 pair, mw brain neurons, mw brain neurons + SU, BLD2-4 R, BLDc todo, mw brain inventory, mw right, IPL/M, #1, AUTO neuron fragments at 1103 gap, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, Merged: no way out 17915109, Merged: Neuron TODO 9855613 ASB, mw brain neurons + sensories, mw brain todo, mw brain unpaired todo 1-13-20, SLP IPL/M, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw brain matrix and A1, mw brain paper all neurons, mw brain incomplete, mw unpaired 2021-04-13, mw missing axon, stable, mw brain reviewed <80%, mw brain very incomplete, mw brain and inputs, mw right incomplete, Merged: try5th-negative-dense core vesicles_right fragment gap, ND_published, ND_all published et al [BLD? right (L1EM:17519626); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLDc A00c pointer 2 left (L1EM:14338439) [VFB_00102f2w]

mw brain neurons + SU, BLDc todo, mw brain inventory, mw left, BLAd_l akira, mw mixed lineage neurons, mw draft complete, mw axon split complete, mw brain neurons split, VLP, BLD2-4 L, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VLP*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 12273754 ds ipsilateral partners, mw 17165621 us partners, stable, mw 15676016 downstream partners, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, mw noci 2nd_order PN-old, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 21_level-6_clusterID-69_signal-flow_0.217, 26_level-7_clusterID-124_signal-flow_0.499, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; BLDc A00c pointer 2 left (L1EM:14338439); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BLDc A00c pointer 2 right; BPL local 1 R (L1EM:8805777) [VFB_00102err]

talks to Tel and Tel-like’s, Brain, DS A00c A6r, Javier Brain, WB_BLDc R, BLDc_r akira, mw brain neurons, mw brain neurons + SU, BLD2-4 R, mw brain inventory, mw right, mw mixed lineage neurons, mw draft complete, mw axon split complete, VLP, mw brain neurons split, #2, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 12273754 ds ipsilateral partners, mw 17165621 us partners, stable, mw 15676016 downstream partners, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw noci 2nd_order, mw noci 2nd_order PN-old, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 21_level-6_clusterID-69_signal-flow_0.217, 26_level-7_clusterID-124_signal-flow_0.499, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [transmission electron microscopy (TEM); BLDc A00c pointer 2 right; BPL local 1 R (L1EM:8805777); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BLDc A00c pointer left (L1EM:20343986) [VFB_00102flv]

Albert GAP Cross, BLAd_l akira, AT GAP Albert, mw brain neurons + SU, mw brain inventory, mw left, mw mixed lineage neurons, mw draft complete, mw axon split complete, mw brain neurons split, VLP, BLD2-4 L, #3T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VLP*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10982951 us partners, mw 17165621 us partners, stable, mw ad hubs_out, mw 15676016 upstream partners, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; BLDc A00c pointer left (L1EM:20343986); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BLDc A00c pointer right (L1EM:2881070) [VFB_00102ei7]

WB_BLDc R, Fragments 2014-01-18 14:57, BLDc_r akira, ASB BPL Interneurons, mw brain neurons, mw brain neurons + SU, BLD2-4 R, mw brain inventory, mw right, mw mixed lineage neurons, mw draft complete, mw axon split complete, VLP, mw brain neurons split, #3, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10982951 us partners, mw 17165621 us partners, stable, mw ad hubs_out, mw 15676016 upstream partners, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [BLDc A00c pointer right (L1EM:2881070); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLDc crinkled left (L1EM:17729195) [VFB_00102fhd]

BLDc_l akira, mw brain neurons + SU, mw brain inventory, mw left, VLP, BLD2-4 L, #7, AUTO ascending neurons, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, less than 150nm length, mw brain neurons + sensories, mw axon split complete, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BLDc crinkled left (L1EM:17729195); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLDc crinkled right (L1EM:5545085) [VFB_00102em2]

WB_BLDc R, BLDc_r akira, ASB BPL Interneurons, mw brain neurons, mw brain neurons + SU, BLD2-4 R, mw brain inventory, mw draft complete, mw issues, mw mixed lineage neurons, mw right, mw axon split complete, VLP, mw brain neurons split, #5, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw brain neurons + sensories, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BLDc crinkled right (L1EM:5545085); VFB CATMAID L1 CNS]

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BLDc descending 1 left (L1EM:16014607) [VFB_00102f74]

BLAd_l akira, mw brain neurons + SU, mw brain inventory, mw left, VLP, BLD2-4 L, #6T, AUTO ascending neurons, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw draft complete, mw brain neurons + sensories, mw axon split complete, VLP*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw mechano-Ch 3rd_order, sw;pairs;L, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BLDc descending 1 left (L1EM:16014607); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLDc descending 1 right; BPL feedback local R (L1EM:3122533) [VFB_00102eis]

WB_BLDc R, BLDc_r akira, ASB BPL Interneurons, mw brain neurons, mw brain neurons + SU, BLD2-4 R, mw brain inventory, Earlya08_downstream, mw right, mw axon split complete, VLP, mw brain neurons split, #6, AUTO neuron fragments at 1103 gap, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, Merged: Fragments 2014-01-18 14:57, mw draft complete, mw brain neurons + sensories, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, YYCWMLEH, mw mechano-Ch 3rd_order, sw;pairs;R, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; BLDc descending 1 right; BPL feedback local R (L1EM:3122533); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLDc descending 2 left (L1EM:16485518) [VFB_00102f98]

BLAd_l akira, mw brain neurons + SU, mw brain inventory, mw draft complete, mw issues, mw mixed lineage neurons, mw left, mw axon split complete, mw brain neurons split, BLD2-4 L, VLP, #7T, AUTO ascending neurons, AUTO multiple presynapses to brain, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw brain neurons + sensories, VLP*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, Albert TODO, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, YYCWMLEH, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;idev3, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; BLDc descending 2 left (L1EM:16485518); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BLDc descending 2 right (L1EM:9621307) [VFB_00102eu1]

Brain, big axon, Javier Brain, WB_BLDc R, BLDc_r akira, mw brain neurons, mw brain neurons + SU, BLD2-4 R, BLDc todo, mw brain inventory, mw right, mw axon split complete, VLP, mw brain neurons split, mw draft complete, #10, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw brain neurons + sensories, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;idev3, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; BLDc descending 2 right (L1EM:9621307); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BLDc descending 3 left (L1EM:17170215) [VFB_00102fcw]

BLAd_l akira, Fragment with gap, BLDc todo, mw brain neurons + SU, mw brain inventory, mw left, VLP, BLD2-4 L, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, #1T, mw draft complete, mw brain neurons + sensories, mw axon split complete, VLP*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw ds-pre-dSEZ, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;idev5, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 19_level-7_clusterID-150_signal-flow_0.684, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; BLDc descending 3 left (L1EM:17170215); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

BLDc descending 3 right; Above BPL local right (L1EM:10660512) [VFB_00102ew6]

Javier Brain, Downstream BTL4, Talks back to other Tel-likes, First I see with the axon anteriorly, WB_BLDc R, BLDc_r akira, ASB BPL Interneurons, mw brain neurons, mw brain neurons + SU, BLD2-4 R, mw brain inventory, mw right, mw axon split complete, VLP, mw brain neurons split, mw draft complete, #1, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw brain neurons + sensories, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;idev5, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 19_level-7_clusterID-150_signal-flow_0.684, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; BLDc descending 3 right; Above BPL local right (L1EM:10660512); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLDc descending 4 left (L1EM:17729161) [VFB_00102fhb]

BLAd_l akira, mw brain neurons + SU, mw brain inventory, mw left, VLP, BLD2-4 L, AUTO ascending neurons, AUTO multiple presynapses to brain, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, #4T, mw draft complete, mw brain neurons + sensories, mw axon split complete, VLP*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 12273754 us partners, mw 17165621 ds contralateral partners, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; BLDc descending 4 left (L1EM:17729161); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

Tags:

BLDc descending 4 right (L1EM:8313802) [VFB_00102eqj]

WB_BLDc R, BLDc_r akira, ASB BPL Interneurons, mw brain neurons, mw brain neurons + SU, BLD2-4 R, mw brain inventory, mw right, mw axon split complete, VLP, mw brain neurons split, #4, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw ds-pre-dVNC, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 12273754 us partners, mw 17165621 ds contralateral partners, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [BLDc descending 4 right (L1EM:8313802); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLDc fork left (L1EM:6723364) [VFB_00102eoq]

BLAd_l akira, ASB left, mw brain neurons + SU, mw brain inventory, mw left, mw draft complete, mw axon split complete, mw brain neurons split, VLP, BLD2-4 L, #8T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VLP*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 1-hop, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, mw noci 2nd_order PN-old, mw dSEZ-feedback-2hop 2022-03-15, mw 17086412 downstream partners, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; BLDc fork left (L1EM:6723364); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BLDc fork right; BPL local 7? (L1EM:10198121) [VFB_00102ev0]

Javier Brain, Part of the axon lost to the gap, WB_BLDc R, BLDc_r akira, ASB right, ASB BPL Interneurons, mw brain neurons, mw brain neurons + SU, BLD2-4 R, mw brain inventory, mw right, mw draft complete, mw axon split complete, VLP, mw brain neurons split, #8, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 1-hop, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, YYCWMLEH, mw noci 2nd_order, mw noci 2nd_order PN-old, mw dSEZ-feedback-2hop 2022-03-15, mw 17086412 downstream partners, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [BLDc fork right; BPL local 7? (L1EM:10198121); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLDc gnarly left (L1EM:17729167) [VFB_00102fhc]

mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw draft complete, BLDc_l akira, IPL/M, BLD2-4 L, #2T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SLP IPL/M, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, mw cascade-5-hop integrative 2022-11-03, mw 5678582 downstream partners, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [BLDc gnarly left (L1EM:17729167); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

BLDc gnarly right (L1EM:17324637) [VFB_00102fdc]

WB_BLDc R, BLDc dor ant, BLDc_r akira, ASB BPL Interneurons, downstream of handlebar-like, frag microtubule, ASB Right PN-LH Input, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, mw brain neurons, mw brain neurons + SU, BLD2-4 R, mw brain inventory, mw right, mw axon split complete, IPL/M, mw brain neurons split, mw draft complete, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SLP IPL/M, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, mw cascade-5-hop integrative 2022-11-03, mw 5678582 downstream partners, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BLDc gnarly right (L1EM:17324637)]

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BLDc pointer left (L1EM:9739780) [VFB_00102eu8]

Larisa PVL09 downstream, Neuron 16959409 fragment to check, Larisa check cross, BLAd_l akira, ASB left, BLDc_l akira, mw complete, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, VLP, BLD2-4 L, #9T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 17360076 ds contralateral partners, stable, mw 15676016 downstream partners, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw mechano-Ch 3rd_order, mw 17360076 downstream partners, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; BLDc pointer left (L1EM:9739780); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLDc pointer right (L1EM:3182103) [VFB_00102eiz]

Brain, WB_BLDc R, BLDc_r akira, ASB BPL Interneurons, mw brain neurons, mw brain neurons + SU, BLD2-4 R, mw complete, mw brain inventory, mw right, mw axon split complete, VLP, mw brain neurons split, #9, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, Albert TODO, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 17360076 ds contralateral partners, stable, mw 15676016 downstream partners, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw mechano-Ch 3rd_order, mw 17360076 downstream partners, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [BLDc pointer right (L1EM:3182103); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP claw 3 left (L1EM:16838915) [VFB_00102fat]

downstream of mPN iACT A2 left, WB_DPN L, BLP1/2_l akira, ASB TODO A2 left, BLP12_l akira, ASBO TODO A2 left 13, ASB downstream of right mPNs, ds5th-11, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, SLP, BLP1/2 a L, mw colored-matrix-2019-09-12, #3T, mw brain neurons + sensories, SLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 37_level-7_clusterID-125_signal-flow_0.199, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; BLP claw 3 left (L1EM:16838915); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP claw 3 right (L1EM:8544824) [VFB_00102er0]

to gap 1103, WB_DPN R, BLP34_r akira, downstream of handlebar-like, ASB Downstream of Ipsi Bridges Right, mw brain neurons, mw brain neurons + SU, BLP3/4 a R, mw brain inventory, mw right, mw axon split complete, SLP, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw draft complete, mw brain neurons + sensories, SLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 37_level-7_clusterID-125_signal-flow_0.199, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; BLP claw 3 right (L1EM:8544824); CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP hook local left (L1EM:5767836) [VFB_00102en0]

BLP1/2_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, AUTO ascending neurons, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, VLP, BLP3/4 b L, #2T, mw draft complete, mw brain neurons + sensories, mw axon split complete, VLP*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *BLP34_l akira, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw mechano-Ch 3rd_order, sw;idev4, sw;pairs;L, mw dSEZ-feedback-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, ND_published, ND_all published et al, ctd other, ct other [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; BLP hook local left (L1EM:5767836)]

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BLP hook local right (L1EM:20443505) [VFB_00102fm3]

AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, BLP3/4 b R, VLP, #2, less than 150nm length, mw brain todo, BLP34_r akira, mw brain neurons + SU, mw brain neurons + sensories, mw right, mw axon split complete, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, Albert TODO, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw mechano-Ch 3rd_order, sw;idev4, sw;pairs;R, mw dSEZ-feedback-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, ND_published, ND_all published et al, ctd other, ct other [BLP hook local right (L1EM:20443505); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP post ven neuron 1 left (L1EM:5768240) [VFB_00102en1]

incomplete neurons with soma, WB_BLVa L, BLP1/2_l akira, BLVa12_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, AUTO descending neurons to SEZ, AUTO neuron fragments at 1103 gap, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, BLP3/4 a L, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, UNI, #2T, less than 150nm length, mw brain neurons + sensories, mw axon split complete, mw draft complete, mw mixed lineage neurons, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 1961182 us partners, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw noci 4th_order, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [BLP post ven neuron 1 left (L1EM:5768240); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP post ven neuron 1 right; BLP34 a 6 (L1EM:1805418) [VFB_00102eha]

incomplete neurons with soma, Brain, Posterior, Posterior Ventral neurons, WB_DPN R, BLP34_r akira, mw brain neurons, mw brain neurons + SU, BLP3/4 a R, mw brain inventory, mw right, mw axon split complete, AUTO neuron fragments at 1103 gap, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, SMALL FRAGMENT, UNI, #2, mw gap, mw draft complete, mw brain neurons + sensories, mw mixed lineage neurons, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 1961182 us partners, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw noci 4th_order, sw;pairs;R, downFBMBONs, downMBONs, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; BLP post ven neuron 1 right; BLP34 a 6 (L1EM:1805418); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP12 bilateral horseshoe 1 left (L1EM:16937799) [VFB_00102fbh]

tiny fragment cleared, BLP1/2_l akira, *BLP34_l akira, mw brain neurons, mw brain neurons + SU, BLP34 todo, BLP12_l akira, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, IPM com, BLP1/2 a L, mw colored-matrix-2019-09-12, #1T, mw brain neurons + sensories, mw brain crosses commissure, IPPp com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, IPPall L, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw partner loops, mw 8142831 downstream partners, PL-16, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 5th_order, mw olfactory 5th_order, mw visual 5th_order, mw noci 5th_order, mw proprio 5th_order, mw thermo-warm 5th_order, mw gustatory-pharyngeal 5th_order, mw mechano-Ch 5th_order, mw 16937799 upstream partners, mw 16937799 pair, mw 16937799 downstream partners, mw 17383431 upstream partners, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, nr horseshoe, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BLP12 bilateral horseshoe 1 left (L1EM:16937799); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP12 bilateral horseshoe 1 right (L1EM:17654991) [VFB_00102fgi]

left gap helpers, Gap Helper, Akira to Volker, BLP1/2 a R, mw brain neurons, mw brain neurons + SU, BLP12_r akira, mw complete, mw brain inventory, mw right, mw axon split complete, IPM com, mw brain neurons split, #2, AUTO ascending neurons, AUTO multiple presynapses to brain, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPPp com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, IPPall, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw partner loops, mw 8142831 downstream partners, PL-16, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 5th_order, mw olfactory 5th_order, mw visual 5th_order, mw noci 5th_order, mw proprio 5th_order, mw thermo-warm 5th_order, mw gustatory-pharyngeal 5th_order, mw mechano-Ch 5th_order, mw 16937799 upstream partners, mw 16937799 pair, mw 16937799 downstream partners, mw 17383431 upstream partners, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, nr horseshoe, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BLP12 bilateral horseshoe 1 right (L1EM:17654991); VFB CATMAID L1 CNS]

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BLP12 bilateral horseshoe 2 left (L1EM:8142831) [VFB_00102epz]

BLP1/2_l akira, mw brain neurons + SU, BLP12_l akira, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, IPM com, BLP1/2 a L, mw colored-matrix-2019-09-12, #2T, mw brain neurons + sensories, mw brain crosses commissure, IPPp com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, IPPall L, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw partner loops, mw 8142831 upstream partners, mw 8142831 downstream partners, PL-15, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw 16937799 upstream partners, mw 17067625 upstream partners, mw 17383431 upstream partners, mw 20379247 upstream partners, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, TH-GAL4, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BLP12 bilateral horseshoe 2 left (L1EM:8142831); VFB CATMAID L1 CNS]

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BLP12 bilateral horseshoe 2 right (L1EM:17655000) [VFB_00102fgj]

left gap helpers, Gap Helper, Akira to Volker, BLP1/2 a R, mw brain neurons, mw brain neurons + SU, BLP12_r akira, mw complete, mw brain inventory, mw right, mw axon split complete, IPM com, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPPp com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, IPPall, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw partner loops, mw 8142831 upstream partners, mw 8142831 downstream partners, PL-15, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw 16937799 upstream partners, mw 17067625 upstream partners, mw 17383431 upstream partners, mw 20379247 upstream partners, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, TH-GAL4, ctd pre-DN-VNCs, ct pre-DN-VNCs [BLP12 bilateral horseshoe 2 right (L1EM:17655000); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP12 bilateral horseshoe 3 left (L1EM:20379247) [VFB_00102fly]

*BLP34_l akira, mw brain neurons, mw brain neurons + SU, BLP12_l akira, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, IPM com, BLP1/2 a L, mw colored-matrix-2019-09-12, #3T, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw brain neurons + sensories, mw brain crosses commissure, IPPp com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, IPPall L, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 8142831 downstream partners, mw 16561660 upstream partners, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 5th_order, mw olfactory 5th_order, mw visual 5th_order, mw noci 5th_order, mw proprio 5th_order, mw thermo-warm 5th_order, mw gustatory-pharyngeal 5th_order, mw mechano-Ch 5th_order, mw 20379247 pair, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, nr horseshoe, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [BLP12 bilateral horseshoe 3 left (L1EM:20379247); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP12 bilateral horseshoe 3 right (L1EM:17658602) [VFB_00102fgl]

left gap helpers, Gap Helper, Akira to Volker, mw brain neurons, mw brain neurons + SU, BLP12_r akira, mw complete, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, IPM com, BLP1/2 a R, #3, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw brain neurons + sensories, mw brain crosses commissure, IPPp com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, IPPall, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 8142831 downstream partners, mw 16561660 upstream partners, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 5th_order, mw olfactory 5th_order, mw visual 5th_order, mw noci 5th_order, mw proprio 5th_order, mw thermo-warm 5th_order, mw gustatory-pharyngeal 5th_order, mw mechano-Ch 5th_order, mw 20379247 pair, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, Tara, Claire&Tara&Khadija&Max, nr horseshoe, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; BLP12 bilateral horseshoe 3 right (L1EM:17658602); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP12 descending 1 left; dpn_left_1304_11 (L1EM:11717030) [VFB_00102eyu]

WB_DPN L, BLP12_l akira, ASB left, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw brain neurons split, VLP, BLP1/2 a L, mw colored-matrix-2019-09-12, #1T, VLP 3, mw brain neurons + sensories, mw axon split complete, VLP3, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw brain todo fragment, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10982951 ds ipsilateral partners, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [BLP12 descending 1 left; dpn_left_1304_11 (L1EM:11717030); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP12 descending 1 right; BPL 2; BLP12 a 2 (L1EM:9606496) [VFB_00102etz]

gap, INCOMPLETE, Brain, Javier Brain, WB_BLP12ab R, BLP12_r akira, ASB BLP Bowl, mw brain neurons, mw brain neurons + SU, BLP1/2 a R, mw complete, mw brain inventory, mw right, mw axon split complete, VLP, mw brain neurons split, #1, AUTO neuron fragments at 1103 gap, mw colored-matrix-2019-09-12, VLP 3, mw brain neurons + sensories, VLP3, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, Merged: BPL fragment It probably has many mistakes, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10982951 ds ipsilateral partners, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; BLP12 descending 1 right; BPL 2; BLP12 a 2 (L1EM:9606496); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BLP12 descending 2 left; dpn_left_1304_13 (L1EM:11756023) [VFB_00102eyz]

WB_DPN L, BLP12_l akira, ASB left, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, VLP, BLP1/2 a L, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, VLP 2, #2T, mw brain neurons + sensories, VLP2, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, YYCWMLEH, sw;idev0, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BLP12 descending 2 left; dpn_left_1304_13 (L1EM:11756023); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP12 descending 2 right (L1EM:20344845) [VFB_00102flw]

ASB BLP Bowl, BLP1/2 a R, BLP12_r akira, Gap Helper, left gap helpers, mw brain neurons, mw brain neurons + SU, WB_BLP12ab R, mw complete, mw brain inventory, mw right, mw axon split complete, VLP 3, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw brain neurons + sensories, VLP3, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, YYCWMLEH, sw;idev0, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BLP12 descending 2 right (L1EM:20344845); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP12 descending 4 left; dpn_left_1304_7 (L1EM:11717025) [VFB_00102eyt]

WB_DPN L, BLP12_l akira, ASB left, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, VLP, BLP1/2 a L, mw colored-matrix-2019-09-12, #4T, mw unpaired 2019-10-09, VLP 3, less than 150nm length, mw brain neurons + sensories, VLP3, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, Albert TODO, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, sw;idev0, sw;pairs;L, sw;cdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; BLP12 descending 4 left; dpn_left_1304_7 (L1EM:11717025); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP12 descending 4 right; BLP12 a 8 (L1EM:8413543) [VFB_00102eqt]

WB_BLP12ab R, BLP12_r akira, left gap helpers, Gap Helper, ASB BLP Bowl, mw brain neurons, mw brain neurons + SU, BLP1/2 a R, mw complete, mw brain inventory, Earlya08_downstream, mw right, mw axon split complete, VLP, mw brain neurons split, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, VLP 2, #2, mw brain neurons + sensories, VLP2, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, sw;idev0, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BLP12 descending 4 right; BLP12 a 8 (L1EM:8413543); VFB CATMAID L1 CNS]

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BLP12 gripper 1 left; dpn_left_1304_1 (L1EM:11717001) [VFB_00102eyq]

WB_DPN L, BLP12_l akira, ASB left, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw brain neurons split, VLP, BLP1/2 a L, AUTO ascending neurons, mw colored-matrix-2019-09-12, VLP 2, #1T, mw brain neurons + sensories, mw axon split complete, VLP2, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, YYCWMLEH, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;L, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [EM L1 Winding, Pedigo et al., 2023; BLP12 gripper 1 left; dpn_left_1304_1 (L1EM:11717001); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP12 gripper 1 right; BLP12 a 6 (L1EM:10683313) [VFB_00102ew8]

WB_BLP12ab R, BLP12_r akira, left gap helpers, Gap Helper, ASB BLP Bowl, mw brain neurons, mw brain neurons + SU, BLP1/2 a R, mw complete, mw brain inventory, mw right, VLP, VLP 2, mw brain neurons split, AUTO ascending neurons, mw colored-matrix-2019-09-12, #1, mw brain neurons + sensories, mw axon split complete, VLP2, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, Merged: Neuron 21577335, fragment, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, Merged: fragment, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, YYCWMLEH, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;R, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; BLP12 gripper 1 right; BLP12 a 6 (L1EM:10683313); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP12 gripper 2 left; dpn_left_1304_4 (L1EM:11717014) [VFB_00102eyr]

WB_DPN L, BLP12_l akira, ASB left, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, VLP, BLP1/2 a L, mw colored-matrix-2019-09-12, #2T, mw unpaired 2019-10-09, mw unpaired 2019-10-10, VLP 3, mw brain neurons + sensories, VLP3, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, sw;idev1, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, mw mechano-Ch 3rd_order, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; BLP12 gripper 2 left; dpn_left_1304_4 (L1EM:11717014); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP12 gripper 2 right; BLP1/2 a R (L1EM:21591037) [VFB_00102fmr]

WB_BLP12ab R, BLP12_r akira, ASB BLP Bowl, mw brain neurons, mw brain neurons + SU, BLP1/2 a R, mw complete, mw brain inventory, mw right, mw axon split complete, VLP 3, mw brain neurons split, #4, AUTO neuron fragments at 1103 gap, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, less than 150nm length, mw brain neurons + sensories, VLP3, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, Albert TODO, mw brain matrix + A1, mw ipsilateral axon, Merged: BLP12 descending 4 right; BLP12 a 13, Merged: Uncertain Continuation - GAP, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, mw pre-dVNC 1%, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, sw;idev1, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, mw mechano-Ch 3rd_order, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; BLP12 gripper 2 right; BLP1/2 a R (L1EM:21591037); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP12 gripper 3 left; dpn_left_1304_10 (L1EM:11717040) [VFB_00102eyw]

WB_DPN L, BLP12_l akira, ASB left, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, VLP, BLP1/2 a L, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, VLP 2, #3T, mw brain neurons + sensories, mw brain unpaired checked once, VLP2, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, sw;idev1, sw;pairs;L, sw;cdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, mw mechano-Ch 3rd_order, ND_published, ND_all published et al, ctd other, ct other [BLP12 gripper 3 left; dpn_left_1304_10 (L1EM:11717040); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BLP12 gripper 3 right (L1EM:21590962) [VFB_00102fmo]

WB_BLP12ab R, BLP12_r akira, ASB BLP Bowl, mw brain neurons, mw brain neurons + SU, BLP1/2 a R, mw complete, mw brain inventory, mw right, mw axon split complete, VLP 3, mw brain neurons split, #5, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, less than 150nm length, mw brain neurons + sensories, VLP3, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, Merged: BLP12 descending 5 right; BLP12 a 9, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, sw;idev1, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, mw mechano-Ch 3rd_order, ND_published, ND_all published et al, ctd other, ct other [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; BLP12 gripper 3 right (L1EM:21590962); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BLP12 gripper 4 left; dpn_left_1304_3 (L1EM:11717020) [VFB_00102eys]

WB_DPN L, ASB left, BLP12_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw brain neurons split, AUTO neuron fragments at 1103 gap, AUTO ascending neurons, AUTO multiple presynapses to brain, mw colored-matrix-2019-09-12, VLP, BLP1/2 a L, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, VLP 2, #4T, mw axon split complete, mw brain neurons + sensories, mw brain unpaired checked once, VLP2, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, sw;idev0, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 19_level-7_clusterID-150_signal-flow_0.684, mw check high dendritic OI, ND_published, ND_all published et al, ctd other, ct other [BLP12 gripper 4 left; dpn_left_1304_3 (L1EM:11717020); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP12 gripper 4 right; BLP12 a 10 (L1EM:8954310) [VFB_00102es8]

WB_BLP12ab R, BLP12_r akira, ASB BLP Bowl, mw brain neurons, mw brain neurons + SU, BLP1/2 a R, mw brain inventory, mw right, VLP, VLP 2, AUTO ascending neurons, AUTO multiple presynapses to brain, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, #3, mw brain neurons + sensories, mw brain unpaired checked once, VLP2, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, Albert TODO, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, sw;idev0, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 19_level-7_clusterID-150_signal-flow_0.684, ND_published, ND_all published et al, ctd other, ct other [BLP12 gripper 4 right; BLP12 a 10 (L1EM:8954310); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP12 hook 1 left (L1EM:16693923) [VFB_00102fal]

BLP1/2_l akira, BLP12_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, IPP/M, BLP1/2 b L, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw draft complete, #1T, mw brain neurons + sensories, IPPp, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, IPPall L, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 8142831 upstream partners, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw 20379247 upstream partners, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BLP12 hook 1 left (L1EM:16693923); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP12 hook 1 right -missing dendrite (L1EM:17654967) [VFB_00102fgg]

BLP12_r akira, STUCK, mw brain neurons, mw brain neurons + SU, BLP1/2 b R, mw brain inventory, mw right, IPP/M, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, #1, mw gap, mw issues, mw draft complete, mw axon split complete, mw brain neurons + sensories, IPPp, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, IPPall, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 8142831 upstream partners, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw 20379247 upstream partners, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [BLP12 hook 1 right -missing dendrite (L1EM:17654967); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP12 hook 2 left (L1EM:17729347) [VFB_00102fhf]

BLP12_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, IPP/M, BLP1/2 b L, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw draft complete, #2T, mw brain neurons + sensories, mw axon split complete, IPPp, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw ds-pre-dVNC, mw brain matrix + A1, mw pre-dVNC 1%, IPPall L, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw review april2021, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw proprio 3rd_order, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BLP12 hook 2 left (L1EM:17729347); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP12 hook 2 right (L1EM:20479904) [VFB_00102fm7]

Akira to Volker, BLP34_r akira, mw brain inventory, mw brain neurons + SU, mw right, No Soma, BLP1/2 b R, incomplete, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, IPP/M, #3, mw issues, less than 150nm length, mw brain neurons + sensories, mw brain todo, mw brain unpaired todo 1-13-20, IPPp, mw brain matrix, mw brain ipsilateral, mw brain matrix + A1, IPPall, mw brain matrix and A1, mw brain paper all neurons, mw unpaired 2021-04-13, mw pre-dVNC 1%, stable, mw brain reviewed <80%, mw brain open-ends 2, mw ipsilateral axon, mw ipsilateral dendrite, sw:brain_paired:R, sw;brainpair;R, mw proprio 3rd_order, sw;pairs;R, upFBPBs, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; BLP12 hook 2 right (L1EM:20479904); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP12 hook 4 left (L1EM:17729335) [VFB_00102fhe]

BLP12_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw brain neurons split, AUTO ascending neurons at 1112 gap, mw colored-matrix-2019-09-12, IPP/M, BLP1/2 b L, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, #4, mw axon split complete, mw brain neurons + sensories, IPPp, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, IPPall L, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, sw;idev3, sw;pairs;L, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 68_level-7_clusterID-122_signal-flow_-0.530, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; BLP12 hook 4 left (L1EM:17729335); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP12 hook 4 right (L1EM:8592501) [VFB_00102er6]

WB_BLVa R, BLP34_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, IPP/M, #4T, BLP1/2 b R, mw brain neurons + sensories, IPPp, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, IPPall, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, sw;idev3, sw;pairs;R, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 68_level-7_clusterID-122_signal-flow_-0.530, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; BLP12 hook 4 right (L1EM:8592501); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP12 hook 5 left; dpn_left_1304_9 (L1EM:11717045) [VFB_00102eyx]

WB_DPN L, BLP12_l akira, ASB left, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, VLP, BLP1/2 a L, mw colored-matrix-2019-09-12, #3T, VLP 3, mw brain neurons + sensories, VLP3, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, sw;idev0, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, mw mechano-Ch 3rd_order, ND_published, ND_all published et al, ctd other, ct other [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; BLP12 hook 5 left; dpn_left_1304_9 (L1EM:11717045); L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BLP12 hook 5 right (L1EM:21590978) [VFB_00102fmp]

left gap helpers, Gap Helper, WB_BLP12ab R, BLP12_r akira, ASB BLP Bowl, mw brain neurons, mw brain neurons + SU, BLP1/2 a R, mw complete, mw brain inventory, mw right, mw axon split complete, VLP 3, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VLP3, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, Merged: BLP12 descending 3 right; BLP12 a 12, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw brain incomplete, mw unpaired 2021-04-13, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, sw;idev0, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, mw mechano-Ch 3rd_order, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; BLP12 hook 5 right (L1EM:21590978); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP12 hook 6 left (L1EM:16014701) [VFB_00102f75]

BLP12_l akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, VLP, BLP1/2 a L, mw colored-matrix-2019-09-12, VLP 1, #5T, mw brain neurons + sensories, VLP1, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 17165621 us partners, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, YYCWMLEH, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;idev4, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw check high dendritic OI, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BLP12 hook 6 left (L1EM:16014701)]

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BLP12 hook 6 right (L1EM:16574328) [VFB_00102f9y]

AUTO ascending neurons, AUTO multiple presynapses to brain, Albert TODO, *BLP12_r akira, mw brain neurons, mw brain neurons + SU, mw brain paper all neurons, mw right, mw 17165621 us partners, stable, mw brain unreviewed, mw brain open-ends 1, mw ipsilateral axon, mw ipsilateral dendrite, sw:brain_paired:R, sw;brainpair;R, YYCWMLEH, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;idev4, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BLP12 hook 6 right (L1EM:16574328); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP12 hook 7 left; ASB Handover (L1EM:17827011) [VFB_00102fik]

BLP1/2_l akira, BLP12_l akira, ASB, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, IPP/M, BLP1/2 b L, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, #3, mw brain neurons + sensories, mw brain unpaired checked once, IPPp, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, IPPall L, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, mw review april2021, mw pre-dVNC 1%, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, sw;idev0, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; BLP12 hook 7 left; ASB Handover (L1EM:17827011); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP12 hook 7 right (L1EM:17654973) [VFB_00102fgh]

BLP12_r akira, mw brain neurons, mw brain neurons + SU, BLP1/2 b R, mw brain inventory, mw right, mw axon split complete, IPP/M, mw brain neurons split, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw draft complete, #2, less than 150nm length, mw brain neurons + sensories, IPPp, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw ds-pre-dVNC, mw brain matrix + A1, mw pre-dVNC 1%, IPPall, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw review april2021, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, sw;idev0, sw;pairs;R, upFBPBs, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; BLP12 hook 7 right (L1EM:17654973); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP12 local descending twig 1 left (L1EM:17464168) [VFB_00102ffj]

Continuation At Gap, mw brain neurons, mw brain neurons + SU, BLP12_l akira, BLP12 todo, mw brain inventory, mw left, VLP, BLP1/2 a L, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, VLP 1, mw draft complete, #3T, mw brain neurons + sensories, mw issues, mw axon split complete, VLP1, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10982951 us partners, mw 12273754 us partners, stable, mw ad hubs_out, mw ad all_hubs, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, YYCWMLEH, sw;idev1, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [EM L1 Winding, Pedigo et al., 2023; BLP12 local descending twig 1 left (L1EM:17464168); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP12 local descending twig 1 right (L1EM:8641784) [VFB_00102er9]

Brain, cell body in different location than the rest, DS A00c Not sure about this one, hits the gap too many times, Javier Brain, Interesting descending, BLP12_r akira, DNs akira-2, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, VLP, BLP1/2 a R, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw draft complete, VLP 1, #3, mw brain neurons + sensories, VLP1, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10982951 us partners, mw 12273754 us partners, stable, mw ad hubs_out, mw ad all_hubs, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, YYCWMLEH, sw;idev1, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [CC-BY_4.0; transmission electron microscopy (TEM); BLP12 local descending twig 1 right (L1EM:8641784); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BLP12 local descending twig 2 left (L1EM:16595001) [VFB_00102fa3]

BLP12_l akira, ASB left, mw brain neurons, mw brain neurons + SU, BLP12 todo, mw brain inventory, mw brain todo, mw left, VLP, BLP1/2 a L, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, VLP 1, #4T, mw brain neurons + sensories, VLP1, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw betweenness_centrality >0.1, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10982951 us partners, mw 12273754 us partners, stable, mw ad hubs_out, mw ad all_hubs, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, sw;7dev;L, sw;idev0, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; BLP12 local descending twig 2 left (L1EM:16595001); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP12 local descending twig 2 right (L1EM:21591033) [VFB_00102fmq]

BLP12_r akira, DNs akira-2, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, mw brain neurons split, AUTO descending neurons to SEZ, AUTO ascending neurons, mw colored-matrix-2019-09-12, BLP1/2 a R, VLP, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, VLP 1, mw draft complete, #4, mw brain neurons + sensories, mw axon split complete, VLP1, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, Albert TODO, mw pre-dVNC 1%, mw ipsilateral axon, Merged: BLP12 local descending twig 2 right, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, mw 10982951 us partners, mw 12273754 us partners, stable, mw ad hubs_out, mw ad all_hubs, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, sw;7dev;R, sw;idev0, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; BLP12 local descending twig 2 right (L1EM:21591033); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP12 not great pair hook left; dpn_left_1304_12 (L1EM:11717035) [VFB_00102eyv]

WB_DPN L, BLP12_l akira, ASB left, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, VLP, BLP1/2 a L, mw colored-matrix-2019-09-12, #5T, mw unpaired 2019-10-09, mw unpaired 2019-10-10, VLP 3, less than 150nm length, mw brain neurons + sensories, VLP3, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw review april2021, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, sw;idev0, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; BLP12 not great pair hook left; dpn_left_1304_12 (L1EM:11717035); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP12 not great pair hook right (L1EM:21591317) [VFB_00102fms]

WB_BLP12ab R, BLP12_r akira, ASB BLP Bowl, mw brain neurons, mw brain neurons + SU, BLP1/2 a R, mw complete, mw brain inventory, mw right, mw axon split complete, VLP, mw brain neurons split, AUTO neuron fragments at 1103 gap, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, INGRID FINISH, VLP 2, VLP 1, mw draft complete, #5, #4, less than 150nm length, mw brain neurons + sensories, mw brain unpaired checked once, VLP2, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw mixed axon/dendrite <0.2 segregation index, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, Merged: BLP12 local neuron unpaired right, Merged: gap fragment, Merged: BLP12 hook 3 right; BLP local R; BLP12 a 1, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, mw review april2021, mw missing axon, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, sw;idev0, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; BLP12 not great pair hook right (L1EM:21591317); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP12 spaghetti left; dpn_left_1304_2 (L1EM:11719626) [VFB_00102eyy]

DPN left, BPL local neuron, WB_DPN L, BLP12_l akira, ASB left, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, VLP, BLP1/2 a L, AUTO ascending neurons, mw colored-matrix-2019-09-12, VLP 2, #5T, mw brain neurons + sensories, VLP2, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, Albert TODO, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10982951 us partners, mw 12273754 us partners, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, YYCWMLEH, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BLP12 spaghetti left; dpn_left_1304_2 (L1EM:11719626); VFB CATMAID L1 CNS]

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BLP12 spaghetti right; BLP12 a 11 (L1EM:20278329) [VFB_00102flt]

WB_BLP12ab R, BLP12_r akira, No Way Out, ASB BLP Bowl, mw brain neurons, mw brain neurons + SU, BLP1/2 a R, mw complete, mw brain inventory, Earlya08_downstream, mw right, VLP, VLP 2, mw brain neurons split, AUTO ascending neurons, mw colored-matrix-2019-09-12, #5, mw brain neurons + sensories, mw axon split complete, VLP2, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10982951 us partners, mw 12273754 us partners, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, YYCWMLEH, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw check high dendritic OI, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; BLP12 spaghetti right; BLP12 a 11 (L1EM:20278329); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP34 bilateral 1 left (L1EM:5746180) [VFB_00102ems]

Fragments 2014-01-18 14:57, BLP34_l akira, downstream of handlebar-like, ASB downstream of right mPNs, frag, mw paired 127, potential pair of ds mPN right >= 5, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLP3/4 b L, VLP IP com, AUTO ascending neurons, mw colored-matrix-2019-09-12, #7T, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw brain neurons + sensories, mw brain crosses commissure, VLP IP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, sw;pairs;L, sw;mdev5, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop integrative 2022-11-03, mw 19880740 downstream partners, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BLP34 bilateral 1 left (L1EM:5746180); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP34 bilateral 1 right (L1EM:20443501) [VFB_00102fm2]

BLP34_r akira, Uncertain Continuation, Uncertain Comtinuation, ASB Fragment No Soma, Larisa crossed, ASB Right PN-LH Input, ASB Dense Core, ASB Downstream of Ipsi Bridges Right, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, ASB No Way Out mPN-LH 12, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, mw paired 127, potential paired ds mPNs right >= 5 synapses individual, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw right, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, VLP IP com, BLP3/4 b R, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, #7, mw brain neurons + sensories, mw brain crosses commissure, mw axon split complete, VLP IP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, sw;pairs;R, sw;mdev5, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop integrative 2022-11-03, mw 19880740 downstream partners, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; BLP34 bilateral 1 right (L1EM:20443501); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP34 bilateral 2 left (L1EM:5745110) [VFB_00102emq]

r lineage 6, WB_BLVa L, BLP34_l akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLP3/4 b L, VLP IP com, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLP IP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw check cool bi, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw bilateral axon partially asymmetrical neurons, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 29_level-6_clusterID-67_signal-flow_-0.012, 48_level-7_clusterID-67_signal-flow_-0.012, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); BLP34 bilateral 2 left (L1EM:5745110); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BLP34 bilateral 2 right (L1EM:4127926) [VFB_00102eka]

WB_BLVa R, BLP34_r akira, downstream of handlebar-like, downstream of mPN iACT A2 right, ASB No Way Out A2 11, ASB Right PN-LH Input, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, ASB No Way Out A2 40, ASB Unresolvable Frag 18130809, mw brain neurons, mw brain neurons + SU, BLP3/4 b R, mw complete, mw brain inventory, mw right, mw axon split complete, VLP IP com, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLP IP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, mw bilateral axon partially asymmetrical neurons, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 29_level-6_clusterID-67_signal-flow_-0.012, 48_level-7_clusterID-67_signal-flow_-0.012, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [BLP34 bilateral 2 right (L1EM:4127926); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP34 bilateral 3 left (L1EM:18058644) [VFB_00102fj7]

r lineage 6, WB_BLVa L, BLP34_l akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLP3/4 b L, VLP IP com, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLP IP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, mw 12273754 ds ipsilateral partners, mw 12273754 ds contralateral partners, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;pairs;L, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-VNCs [BLP34 bilateral 3 left (L1EM:18058644); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP34 bilateral 3 right (L1EM:8939384) [VFB_00102es4]

Brain, Javier Brain, WB_BLVa R, BLP34_r akira, mw brain neurons, mw brain neurons + SU, BLP3/4 b R, mw complete, mw brain inventory, mw right, mw axon split complete, VLP IP com, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLP IP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, mw 12273754 ds ipsilateral partners, mw 12273754 ds contralateral partners, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;pairs;R, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BLP34 bilateral 3 right (L1EM:8939384); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP34 descending 1 left (L1EM:5747036) [VFB_00102emt]

r lineage 6, WB_BLVa L, BLP34_l akira, li left uPN everything less than 90% reviewed, except “kc frag”, fragment downstream of uPN, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLP3/4 b L, IPM VMC, #4T, AUTO neuron fragments at 1103 gap, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPM VMC, mw descending to interface between brain and SEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, mw interhemispheric integration 3-hop, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; BLP34 descending 1 left (L1EM:5747036); is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BLP34 descending 1 right (L1EM:20443544) [VFB_00102fm4]

Akira to Volker, BLP3/4 b R, BLP34_r akira, mw brain neurons + SU, mw complete, mw brain inventory, BLP34 descending 1 right, mw right, mw axon split complete, IPM VMC, mw brain neurons split, #4, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPM VMC, mw descending to interface between brain and SEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, mw interhemispheric integration 3-hop, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BLP34 descending 1 right (L1EM:20443544); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP34 descending 2 left (L1EM:16863538) [VFB_00102fb6]

BLP1/2_l akira, BLP34_l akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLP3/4 b L, IPM VMC, #3T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw brain neurons + sensories, IPM VMC, mw descending to interface between brain and SEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw pre-dVNC 1%, mw pre-dSEZ 1%, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 86_level-7_clusterID-134_signal-flow_-1.092, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; BLP34 descending 2 left (L1EM:16863538); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BLP34 descending 2 right (L1EM:20443362) [VFB_00102fm0]

Akira to Volker, MB2IN19U, BLP3/4 b R, BLP34_r akira, mw brain neurons + SU, mw complete, mw brain inventory, BLP34 descending 5 right, mw right, mw axon split complete, IPM VMC, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw brain neurons + sensories, IPM VMC, mw descending to interface between brain and SEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw pre-dSEZ 1%, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw noci 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, downFBPBs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 86_level-7_clusterID-134_signal-flow_-1.092, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; BLP34 descending 2 right (L1EM:20443362); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP34 descending 3 left (L1EM:18501001) [VFB_00102fk2]

WB_BLVa L, BLP1/2_l akira, BLP34_l akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLP3/4 b L, IPM VMC, #2T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPM VMC, mw descending to interface between brain and SEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 14329745 us partners, mw 17729973 ds ipsilateral partners, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, mw interhemispheric integration 3-hop, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; BLP34 descending 3 left (L1EM:18501001); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP34 descending 3 right (L1EM:1805669) [VFB_00102ehb]

WB_DPN R, Akira to Volker, mw brain neurons + SU, BLP34_r akira, mw complete, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, BLP3/4 b R, IPM VMC, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPM VMC, mw descending to interface between brain and SEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 14329745 us partners, mw 17729973 ds ipsilateral partners, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, FB descending, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [BLP34 descending 3 right (L1EM:1805669); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP34 descending 5 left (L1EM:5760480) [VFB_00102emw]

BLP34_l akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLP3/4 b L, IPM VMC, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPM VMC, mw descending to interface between brain and SEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;idev4, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 86_level-7_clusterID-134_signal-flow_-1.092, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; BLP34 descending 5 left (L1EM:5760480); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP34 descending 5 right (L1EM:4127096) [VFB_00102ek8]

WB_BLVa R, Akira to Volker, BLP3/4 b R, BLP34_r akira, mw brain neurons + SU, mw complete, mw brain inventory, MB2IN19U, mw right, mw axon split complete, IPM VMC, mw brain neurons split, #1, AUTO neuron fragments at 1103 gap, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPM VMC, mw descending to interface between brain and SEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;idev4, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 86_level-7_clusterID-134_signal-flow_-1.092, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; BLP34 descending 5 right (L1EM:4127096); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP34 descending 6 left (L1EM:16422727) [VFB_00102f8j]

WB_BLVa L, BLP1/2_l akira, BLP34_l akira, Lateral Protocerbrum Unkown 1 L, sVUMU1All, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLP3/4 b L, IPM VMC, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, #5T, mw brain neurons + sensories, IPM VMC, mw descending to interface between brain and SEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw proprio 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [BLP34 descending 6 left (L1EM:16422727); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP34 descending 6 right (L1EM:20443571) [VFB_00102fm5]

Akira to Volker, mw brain neurons, mw brain neurons + SU, BLP34_r akira, mw brain inventory, WB_BLVa R, mw right, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, BLP3/4 b R, IPM VMC, #5, mw brain neurons + sensories, mw axon split complete, IPM VMC, mw descending to interface between brain and SEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, mw pre-dVNC 1%, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw proprio 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; BLP34 descending 6 right (L1EM:20443571); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP34 hook 1 left (L1EM:16950321) [VFB_00102fbn]

WB_BLVa L, BLP34_l akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, SLP IPL, BLP3/4 b L, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VLP ad, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, sw;pairs;L, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, ND_published, ND_all published et al, ctd other, ct other [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; BLP34 hook 1 left (L1EM:16950321)]

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BLP34 hook 1 right (L1EM:4127911) [VFB_00102ek9]

WB_BLVa R, Akira to Volker, BLP3/4 b R, mw brain neurons + SU, BLP34_r akira, mw brain inventory, mw right, SLP IPL, #3, AUTO ascending neurons, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, mw axon split complete, VLP ad, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Albert TODO, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, sw;pairs;R, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, ND_published, ND_all published et al, ctd other, ct other [BLP34 hook 1 right (L1EM:4127911); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BLP34 interneuron X left (L1EM:19051631) [VFB_00102fkr]

BLP34_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, AUTO ascending neurons, AUTO multiple presynapses to brain, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, BLP3/4 a L, SLP, #6T, mw axon split complete, mw draft complete, mw brain neurons + sensories, SLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 37_level-7_clusterID-125_signal-flow_0.199, mw cascade-5-hop integrative 2022-11-03, mw gustatory-external 3rd_order, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; BLP34 interneuron X left (L1EM:19051631); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP34 interneuron X-FORCED right (L1EM:8193545) [VFB_00102eq6]

WB_DPN R, helper gap, ascending_hairbrush, downstream of handlebar-like, ASB TODO, ASB Right PN-LH Input, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, BLP34_r akira, mw brain neurons + SU, mw brain inventory, mw brain todo, mw right, BLP3/4 a R, SLP, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, #6, mw gap severe, mw brain neurons + sensories, SLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw brain incomplete, mw missing axon, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw lost axon, Merged: With Soma Continuation At Gap, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 37_level-7_clusterID-125_signal-flow_0.199, mw cascade-5-hop integrative 2022-11-03, mw gustatory-external 3rd_order, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; BLP34 interneuron X-FORCED right (L1EM:8193545); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BLP34 lateral left (L1EM:5755261) [VFB_00102emv]

mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLP34_l akira, BLVa1/2 a L, VLP, AUTO ascending neurons, mw colored-matrix-2019-09-12, #4T, mw brain neurons + sensories, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, VLPall L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 15686444 us partners, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;idev4, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; BLP34 lateral left (L1EM:5755261); CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP34 lateral right (L1EM:2846555) [VFB_00102ei4]

Posterior Ventral neuron, WB_BLVa R, BLP34_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, mw draft complete, mw colored-matrix-2019-09-12, BLVa1/2 a R, #4, VLP, mw brain neurons + sensories, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, VLPall, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 15686444 us partners, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;idev4, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BLP34 lateral right (L1EM:2846555); VFB CATMAID L1 CNS]

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BLP34 local left (L1EM:17468727) [VFB_00102ffl]

BLP34_l akira, vaguely similar frags, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, SLP IPL, BLP3/4 b L, #3T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, mw brain unpaired checked once, VLP ad, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; is part of; BLP34 local left (L1EM:17468727); VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BLP34 local right (L1EM:4127938) [VFB_00102ekb]

WB_BLVa R, BLP34_r akira, mw brain neurons, mw brain neurons + SU, BLP3/4 b R, mw complete, mw brain inventory, mw right, mw axon split complete, SLP IPL, mw brain neurons split, #1, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain unpaired todo 1-13-20, VLP ad, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; BLP34 local right (L1EM:4127938); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP34 looper 1 left (L1EM:19929273) [VFB_00102fll]

r lineage 6, WB_BLVa L, BLP34_l akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, SLP, BLP3/4 b L, #2T, AUTO ascending neurons at 1112 gap, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 3820148 upstream partners, mw 9792178 upstream partners, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw gustatory-pharyngeal 3rd_order, sw;idev3, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; BLP34 looper 1 left (L1EM:19929273); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP34 looper 1 right (L1EM:20479959) [VFB_00102fm8]

BLP3/4 b R, BLP34 looper 2 right, BLP34_r akira, mw brain inventory, mw brain neurons + SU, mw complete, mw right, mw axon split complete, SLP, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 3820148 upstream partners, mw 9792178 upstream partners, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw gustatory-pharyngeal 3rd_order, sw;idev3, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; BLP34 looper 1 right (L1EM:20479959); CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP34 looper 2 left; right_cpld (L1EM:3819859) [VFB_00102ejn]

r lineage 6, BLP34_l akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, SLP, BLP3/4 b L, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BLP34 looper 2 left; right_cpld (L1EM:3819859); VFB CATMAID L1 CNS]

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BLP34 looper 2 right (L1EM:4127944) [VFB_00102ekc]

WB_BLVa R, BLP34_r akira, l lineage a, downstream of handlebar-like, ASB Downstream of Ipsi Bridges Right, frag, mw brain neurons, mw brain neurons + SU, BLP3/4 b R, mw complete, mw brain inventory, mw right, mw axon split complete, SLP, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; BLP34 looper 2 right (L1EM:4127944); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLP34 posterior ventral ipsilateral neuron left (L1EM:5778133) [VFB_00102en2]

r lineage 6, WB_BLVa L, BLP34_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw draft complete, SLP IPL, BLP3/4 b L, #2T, mw colored-matrix-2019-09-12, less than 150nm length, mw brain neurons + sensories, VLP ad, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw mechano-Ch 3rd_order, sw;idev2, sw;pairs;L, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BLP34 posterior ventral ipsilateral neuron left (L1EM:5778133); VFB CATMAID L1 CNS]

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BLP34 posterior ventral ipsilateral neuron right (L1EM:21590958) [VFB_00102fmn]

WB_BLVa R, BLP3/4 b R, mw brain neurons, mw brain neurons + SU, BLP34_r akira, mw brain inventory, mw right, SLP IPL, mw draft complete, mw axon split complete, #2, less than 150nm length, mw brain neurons + sensories, VLP ad, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw mechano-Ch 3rd_order, sw;idev2, sw;pairs;R, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BLP34 posterior ventral ipsilateral neuron right (L1EM:21590958); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLV hook 1 left (L1EM:12366640) [VFB_00102ezw]

WB_BLVp2 L, BLVa_t_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw gap, mw left, mw axon split complete, mw brain neurons split, mw draft complete, BLVa3/4 t L, VLP IPL, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, #6T, less than 150nm length, mw brain neurons + sensories, VLP IPL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw noci 4th_order, mw mechano-Ch 4th_order, mw 17360076 upstream partners, sw;idev4, sw;pairs;L, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, ND_published, ND_all published et al, ctd other, ct other [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; BLV hook 1 left (L1EM:12366640); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BLV hook 1 right (L1EM:17897298) [VFB_00102fip]

Akira to Volker, BLVa_t_r akira, mw brain neurons, mw brain neurons + SU, BLVa3/4 t R, mw brain inventory, mw gap, mw right, mw axon split complete, mw brain neurons split, mw draft complete, VLP IPL, #6, AUTO neuron fragments at 1103 gap, AUTO ascending neurons, AUTO multiple presynapses to brain, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, SMALL FRAGMENT, less than 150nm length, mw brain todo fragment, Merged: gap fragment, mw brain neurons + sensories, VLP IPL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw noci 4th_order, mw mechano-Ch 4th_order, mw 17360076 upstream partners, sw;idev4, sw;pairs;R, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; BLV hook 1 right (L1EM:17897298); CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa ascending 1 left (L1EM:5712849) [VFB_00102eml]

WB_BLVp1 L, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw draft complete, mw colored-matrix-2019-09-12, AUTO ascending neurons, AUTO multiple presynapses to brain, BLAv1/2 l L, VLP IP com, #2T, mw brain neurons + sensories, mw huge mistake, mw brain crosses commissure, VLPl IP com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *BLVa34_l akira, mw brain contralateral, mw brain matrix + A1, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, mw ipsilateral axon, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;idev5, sw;pairs;L, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; BLVa ascending 1 left (L1EM:5712849); CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa ascending 1 right; DL-LH_cand3_no (L1EM:3166836) [VFB_00102eiw]

WB_BLVp2 R, BLVa34_r akira, mw brain neurons, mw brain neurons + SU, BLVa3/4 a R, mw brain inventory, mw right, mw draft complete, mw axon split complete, mw brain neurons split, IPL, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VLP IPL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;idev5, sw;pairs;R, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; BLVa ascending 1 right; DL-LH_cand3_no (L1EM:3166836); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa ascending 1-like left (L1EM:15063529) [VFB_00102f4a]

WB_BLVp1 L, BLVa12_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw draft complete, mw axon split complete, mw brain neurons split, IPL, BLVa3/4 a L, mw colored-matrix-2019-09-12, #1/2T, mw brain neurons + sensories, VLP IPL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; BLVa ascending 1-like left (L1EM:15063529)]

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BLVa ascending 1-like right (L1EM:17326213) [VFB_00102fde]

WB_BLVp2 R, BLVa34_r akira, mw brain neurons, mw brain neurons + SU, BLVa3/4 a R, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, IPL, #2, AUTO ascending neurons, AUTO multiple presynapses to brain, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, mw brain unpaired checked once, VLP IPL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, Merged: todo, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [BLVa ascending 1-like right (L1EM:17326213); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa hook 1 left (L1EM:9348984) [VFB_00102eta]

BLVa34_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw mixed lineage neurons, mw draft complete, mw axon split complete, mw brain neurons split, BLVa1/2 a L, UNI, #1T, AUTO ascending neurons at 1112 gap, mw colored-matrix-2019-09-12, mw brain neurons + sensories, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 18_level-6_clusterID-89_signal-flow_0.487, 27_level-7_clusterID-89_signal-flow_0.487, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; BLVa hook 1 left (L1EM:9348984); CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

BLVa hook 1 right (L1EM:2772093) [VFB_00102ehz]

WB_BLVp1 R, BLVa12_r akira, mw brain neurons, mw brain neurons + SU, BLVa1/2 a R, mw brain inventory, mw right, mw mixed lineage neurons, mw draft complete, mw axon split complete, mw brain neurons split, UNI, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 18_level-6_clusterID-89_signal-flow_0.487, 27_level-7_clusterID-89_signal-flow_0.487, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; BLVa hook 1 right (L1EM:2772093); is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BLVa hook 2 left (L1EM:8348277) [VFB_00102eqn]

WB_BLVp2 L, BLVa_t_l akira, ASB downstream of right mPNs, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLVa3/4 t L, IPL/M, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, #1T, mw brain neurons + sensories, SLPl VLPd, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 37_level-7_clusterID-125_signal-flow_0.199, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; BLVa hook 2 left (L1EM:8348277); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa hook 2 right (L1EM:18302665) [VFB_00102fjt]

ASB right, Akira to Volker, downstream of handlebar-like, frag, ASB TODO, BLVa_t_r akira, BLVa t 2, li temp 10 25 2016 below 1500 nodes right, li temp upn downstream all non local, mw brain neurons, mw brain neurons + SU, BLVa3/4 t R, mw complete, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, IPL/M, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SLPl VLPd, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, Merged: frag, FOR21, mw pre-dVNC 1%, FOR21_inter, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 37_level-7_clusterID-125_signal-flow_0.199, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; BLVa hook 2 right (L1EM:18302665); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa hook 3 left (L1EM:8347720) [VFB_00102eql]

WB_BLVp2 L, BLVa_t_l akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLVa3/4 t L, IPL/M, mw colored-matrix-2019-09-12, #2T, mw brain neurons + sensories, SLPl VLPd, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [BLVa hook 3 left (L1EM:8347720); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa hook 3 right (L1EM:18302610) [VFB_00102fjs]

frag, downstream of handlebar-like, ASB TODO, connect to locked, downstream of mPN iACT A2 right, Akira to Volker, ASB right, connect to locked MBE20, BLVa_t_r akira, BLVa t 3 TODO, ASB downstream of right mPNs, mw brain neurons, mw brain neurons + SU, BLVa3/4 t R, mw complete, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, IPL/M, #2, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw brain neurons + sensories, SLPl VLPd, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; BLVa hook 3 right (L1EM:18302610); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa_t ascending 1 left (L1EM:12367568) [VFB_00102ezy]

WB_BLVp2 L, BLVa_t_l akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLVa3/4 t L, VLP IPL, mw colored-matrix-2019-09-12, #1T, mw brain neurons + sensories, VLP IPL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 5745110 us partners, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop integrative 2022-11-03, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; BLVa_t ascending 1 left (L1EM:12367568); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BLVa_t ascending 1 right (L1EM:12884490) [VFB_00102f0t]

ASB right, Akira to Volker, BLVa_t_r akira, mw brain neurons, mw brain neurons + SU, BLVa3/4 t R, mw complete, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, VLP IPL, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VLP IPL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 5745110 us partners, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop integrative 2022-11-03, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; BLVa_t ascending 1 right (L1EM:12884490); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa_t ascending lateral 1 left (L1EM:12366224) [VFB_00102ezv]

WB_BLVp2 L, BLVa_t_l akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLVa3/4 t L, VLP IPL, mw colored-matrix-2019-09-12, #2T, mw brain neurons + sensories, VLP IPL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, sw;idev4, sw;pairs;L, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 14_level-6_clusterID-88_signal-flow_0.646, 23_level-7_clusterID-88_signal-flow_0.646, mw mechano-Ch 3rd_order, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BLVa_t ascending lateral 1 left (L1EM:12366224); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa_t ascending lateral 1 right (L1EM:19857577) [VFB_00102flf]

frag, downstream of handlebar-like, Akira to Volker, ASB right, BLVa_t_r akira, mw brain neurons, mw brain neurons + SU, BLVa3/4 t R, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, VLP IPL, #2, AUTO ascending neurons at 1112 gap, mw colored-matrix-2019-09-12, mw gap, mw draft complete, mw brain neurons + sensories, VLP IPL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, sw;idev4, sw;pairs;R, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 14_level-6_clusterID-88_signal-flow_0.646, 23_level-7_clusterID-88_signal-flow_0.646, mw mechano-Ch 3rd_order, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; BLVa_t ascending lateral 1 right (L1EM:19857577); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa_t ascending medial 1 left (L1EM:17086412) [VFB_00102fcf]

WB_BLVp2 L, BLVa_t_l akira, Curves off, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLVa3/4 t L, VLP IPL, mw colored-matrix-2019-09-12, #3T, mw brain neurons + sensories, VLP IPL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 5th_order, mw mechano-Ch 5th_order, mw 17086412 pair, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; BLVa_t ascending medial 1 left (L1EM:17086412); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BLVa_t ascending medial 1 right (L1EM:17362538) [VFB_00102fet]

ASB right, Akira to Volker, Clear axon branch but between dendrites, Javier Brain, Major upstream partner of several Tel-like’s, Dorito neuron, BPL local 8 GAP CONFLICT, BLVa_t_r akira, mw brain neurons, mw brain neurons + SU, BLVa3/4 t R, mw complete, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, VLP IPL, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VLP IPL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw noci 5th_order, mw mechano-Ch 5th_order, mw 17086412 pair, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [BLVa_t ascending medial 1 right (L1EM:17362538); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa_t ascending medial 2 left (L1EM:6729443) [VFB_00102eor]

Pre-Mickey-31, WB_BLVp2 L, BLVa_t_l akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLVa3/4 t L, VLP IPL, mw colored-matrix-2019-09-12, #4T, less than 150nm length, mw brain neurons + sensories, VLP IPL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, sw;idev4, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [BLVa_t ascending medial 2 left (L1EM:6729443); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa_t ascending medial 2 right (L1EM:17937991) [VFB_00102fiw]

BLVa_t_r akira, mw brain neurons, mw brain neurons + SU, BLVa3/4 t R, mw complete, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, VLP IPL, #4, mw colored-matrix-2019-09-12, less than 150nm length, mw brain neurons + sensories, VLP IPL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, sw;idev4, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BLVa_t ascending medial 2 right (L1EM:17937991); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa_t ascending medial 3 left (L1EM:8347907) [VFB_00102eqm]

WB_BLVp2 L, BLVa_t_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLVa3/4 t L, VLP IPL, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, #5T, mw draft complete, less than 150nm length, mw brain neurons + sensories, VLP IPL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw ipsi-ipsi to plot, mw 15541971 us partners, stable, nr Tel-like 10 downstream 2-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BLVa_t ascending medial 3 left (L1EM:8347907); VFB CATMAID L1 CNS]

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BLVa_t ascending medial 3 right (L1EM:5503982) [VFB_00102ely]

BLVa t short frag 2, Pre-Mickey-31, Akira to Volker, BLVa_t_r akira, mw brain neurons, mw brain neurons + SU, BLVa3/4 t R, mw brain inventory, mw right, VLP IPL, #5, AUTO ascending neurons at 1112 gap, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, less than 150nm length, mw draft complete, mw axon split complete, mw brain neurons + sensories, VLP IPL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, mw 15541971 us partners, stable, nr Tel-like 10 downstream 2-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [BLVa_t ascending medial 3 right (L1EM:5503982); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa_t bilateral left (L1EM:12371688) [VFB_00102ezz]

Larisa PVL09 downstream, det pair, to cross, microt.!, Search for EB, BLVa_t_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, mw colored-matrix-2019-09-12, Fragment TO Find way out, IPL/M com, BLVa3/4 t L, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, #1T, mw draft complete, mw brain neurons + sensories, mw brain crosses commissure, VLPd IP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-vPNs, mw LHN, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw olfactory 3rd_order, mw visual 3rd_order, mw LHN-vPN, sw;pairs;L, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; BLVa_t bilateral left (L1EM:12371688); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa_t bilateral right (L1EM:9811608) [VFB_00102eui]

Pre-MBE10a-9, GG 1 ; Right, Ingrid Name, Akira to Volker, Search for EB, Pre-MBINs akira final, downstream of handlebar-like, connect to locked, connect to locked MBE20, downstream of mPN, BLVa_t_r akira, ASB downstream of right mPNs, potential pairs ds visual PNs >= 5, RIGHT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, putative LHN, mw brain neurons, mw brain neurons + SU, BLVa3/4 t R, mw brain inventory, mw previously complete, mw right, mw axon split complete, mw brain neurons split, IPL/M com, #1, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLPd IP com, mw brain matrix, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-vPNs, mw LHN, sw:brain_paired:R, sw;brainpair;R, mw olfactory 3rd_order, mw visual 3rd_order, mw LHN-vPN, sw;pairs;R, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BLVa_t bilateral right (L1EM:9811608); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa_t hook 2 left (L1EM:2652641) [VFB_00102ehq]

WB_BLVp2 L, BLVa_t_l akira, curves off, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw gap, mw left, mw axon split complete, mw brain neurons split, mw draft complete, BLVa3/4 t L, VLP IPL, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, #7T, less than 150nm length, mw brain neurons + sensories, VLP IPL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, sw;ide, sw;idev0, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 19_level-7_clusterID-150_signal-flow_0.684, mw mechano-Ch 3rd_order, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; BLVa_t hook 2 left (L1EM:2652641); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa_t hook 2 right -GAP (L1EM:12882179) [VFB_00102f0r]

ASB right, Akira to Volker, BLVa_t_r akira, To Review Small, mw brain neurons, mw brain neurons + SU, BLVa3/4 t R, mw brain inventory, mw gap, mw right, mw axon split complete, mw brain neurons split, mw draft complete, VLP IPL, #7, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw brain neurons + sensories, VLP IPL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, sw;ide, sw;idev0, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 19_level-7_clusterID-150_signal-flow_0.684, mw mechano-Ch 3rd_order, ND_published, ND_all published et al, ctd other, ct other [BLVa_t hook 2 right -GAP (L1EM:12882179); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa_t hook 3 left (L1EM:12367135) [VFB_00102ezx]

WB_BLVp2 L, BLVa_t_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw gap, mw left, mw axon split complete, mw brain neurons split, BLVa3/4 t L, VLP IPL, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, #8T, mw draft complete, less than 150nm length, mw brain neurons + sensories, VLP IPL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BLVa_t hook 3 left (L1EM:12367135); VFB CATMAID L1 CNS]

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BLVa_t hook 3 right (L1EM:16666673) [VFB_00102fab]

Akira to Volker, BLVa_t_r akira, mw brain neurons, mw brain neurons + SU, BLVa3/4 t R, mw brain inventory, mw gap, mw right, VLP IPL, #8, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw draft complete, less than 150nm length, mw brain neurons + sensories, mw axon split complete, VLP IPL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; BLVa_t hook 3 right (L1EM:16666673); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa12 bilateral left (L1EM:16051878) [VFB_00102f76]

gap, 3rd order visual, 2nd order visual, BLVa12_l akira, LNM_at the gap, fragments downstream pvl09, det pair, ASB Downstream of Ipsi Bridges Right, ASB downstream of right mPNs, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw draft complete, mw axon split complete, BLVa1/2 b L, IPL/M com, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, SLPlh SMP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 9577562 ds contralateral partners, stable, mw aa hubs_out, mw aa all_hubs, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 37_level-6_clusterID-109_signal-flow_-0.400, 66_level-7_clusterID-177_signal-flow_-0.517, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; BLVa12 bilateral left (L1EM:16051878); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BLVa12 bilateral right; Mediates descend from LH (L1EM:8951591) [VFB_00102es7]

Oval c, det pair, connect to locked, connect to locked MBE20, downstream of mPN, ASB Downstream of Ipsi Bridges Right, ASB downstream of right mPNs, nusreen to check gap crossing, BLVa12_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, mw draft complete, BLVa1/2 b R, IPL/M com, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 9577562 ds contralateral partners, stable, mw aa hubs_out, mw aa all_hubs, mw brain reviewed <80%, SLPlh SMP com, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, sw;pairs;R, downPB, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 37_level-6_clusterID-109_signal-flow_-0.400, 66_level-7_clusterID-177_signal-flow_-0.517, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; BLVa12 bilateral right; Mediates descend from LH (L1EM:8951591); is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

Tags:

BLVa12 contralateral 1 left (L1EM:18500915) [VFB_00102fk1]

BLVa12_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw draft complete, mw axon split complete, mw brain neurons split, BLVa1/2 b L, UNI, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw check cool bi, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, mw 9577562 ds contralateral partners, stable, mw CN, mw bilateral axon partially asymmetrical neurons, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, sw;pairs;L, downFBPBs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd CNs, ct CNs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; BLVa12 contralateral 1 left (L1EM:18500915); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa12 contralateral 1 right (L1EM:16846902) [VFB_00102fav]

BLVa12 b, BLVa12_r akira, ASB right, mPN iACT A1 downstream fragments, mw brain neurons, mw brain neurons + SU, BLVa1/2 b R, mw brain inventory, mw right, mw draft complete, mw axon split complete, UNI, mw brain neurons split, #1, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, Merged: ASB TODO 5, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 9577562 ds contralateral partners, stable, mw CN, mw bilateral axon partially asymmetrical neurons, mw brain unreviewed, UNI, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd CNs, ct CNs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BLVa12 contralateral 1 right (L1EM:16846902)]

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BLVa12 local 2 left (L1EM:5289042) [VFB_00102elq]

oPAT, 42a LH top, li temp everything downstream of left upn with 3 synapses combined, li temp unpaird downstream of left uPN batch 1, li temp left side left, li temp 1 23 candidates of AF14:PVL005 pair, post 2+ 42a or 42b PN in LH, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, mw axon split complete, mw brain neurons split, BLVa1/2 a L, SLP IPL, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, BLVa12_l akira, SLP p IPL p, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw developmental defect, mw 16486385 ds contralateral partners, stable, mw ds-uPNs, mw LHN-from-uPN, mw CN, sw:brain_paired:L, sw;brainpair;L, mw olfactory 3rd_order, mw upstream KCs, mw LHN-uPN, sw;pairs;L, downMBONs, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 9_level-5_clusterID-53_signal-flow_0.718, 16_level-6_clusterID-97_signal-flow_0.534, 28_level-7_clusterID-159_signal-flow_0.421, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs, ct CNs [transmission electron microscopy (TEM); BLVa12 local 2 left (L1EM:5289042); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BLVa12 local 2 right (L1EM:9291938) [VFB_00102et9]

Dorsal Neurons, BLVp a, Brain, DN1, larderet, downstream to DN1, Common dwnst partners of right pdfLNs, WB_BLVp1 R, BLVa12_r akira, For Albert, downstream of mPN iACT A2 right, ASB Right PN-LH Input, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li downstream of RIGHT uPN with 3 synapses or more to any uPN, Downstream of RIGHT uPN >= 3 synapses individual, li temp possible pair - 17, all paired downstream of RIGHT uPN >= 3 synapses, confirmed paired downstream of RIGHT uPN >= 3 synapses individual, post 2+ 42a or 42b PN in LH, mw brain neurons, mw brain neurons + SU, BLVa1/2 a R, mw brain inventory, mw right, mw previously complete, mw axon split complete, SLP IPL, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw brain neurons + sensories, SLP p IPL p, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, mw 16486385 ds contralateral partners, stable, mw ds-uPNs, mw LHN-from-uPN, mw CN, sw:brain_paired:R, sw;brainpair;R, mw olfactory 3rd_order, mw upstream KCs, mw LHN-uPN, sw;pairs;R, downMBONs, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 9_level-5_clusterID-53_signal-flow_0.718, 16_level-6_clusterID-97_signal-flow_0.534, 28_level-7_clusterID-159_signal-flow_0.421, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs, ct CNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BLVa12 local 2 right (L1EM:9291938); VFB CATMAID L1 CNS]

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BLVa12 local brush left (L1EM:21133456) [VFB_00102fmi]

downstream of left uPN, li left uPN everything less than 90% reviewed, except “kc frag”, paired with #8943485, left-right NBlast: 0.299931771999988, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw gap, AUTO ascending neurons, BLVa1/2 a L, IPL l, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, #3T, mw draft complete, mw brain neurons + sensories, mw brain unpaired checked once, mw axon split complete, VLPd*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain strahler >2 reviewed, *BLVa12_l akira, mw brain ipsilateral, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 37_level-7_clusterID-125_signal-flow_0.199, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; BLVa12 local brush left (L1EM:21133456); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa12 local brush right (L1EM:18341449) [VFB_00102fjx]

BLVa1/2 a R, mw brain neurons + SU, mw brain inventory, BLVa12_r akira, mw right, mw axon split complete, IPL l, mw brain neurons split, mw draft complete, #1, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw brain neurons + sensories, mw brain unpaired checked once, VLPd, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 37_level-7_clusterID-125_signal-flow_0.199, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [BLVa12 local brush right (L1EM:18341449); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa12 local left (L1EM:11003696) [VFB_00102exd]

mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, BLVa1/2 a L, IPL l, AUTO neuron fragments at 1103 gap, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, #1T, mw brain neurons + sensories, mw issues, BLVa12_l akira, mw axon split complete, VLPd, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw ds-pre-dVNC, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 14995061 us partners, mw 17165621 ds contralateral partners, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [transmission electron microscopy (TEM); BLVa12 local left (L1EM:11003696); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BLVa12 local right; DL-LH_cand4; BLVa12 a 6 (Wrong Connection) (L1EM:3167039) [VFB_00102eix]

DL_LH, WB_BLVp1 R, BLVa12_r akira, downstream of handlebar-like, ASB TODO, ASB Right PN-LH Input, ASB Dense Core, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, mw brain neurons, mw brain neurons + SU, BLVa1/2 a R, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, IPL l, #3, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, VLPd, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 14995061 us partners, mw 17165621 ds contralateral partners, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [BLVa12 local right; DL-LH_cand4; BLVa12 a 6 (Wrong Connection) (L1EM:3167039); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa12 local-like left; ASB TODO A2 left 5 (L1EM:16501652) [VFB_00102f9b]

downstream of mPN iACT A2 left, downstream of handlebar-like, ASB downstream of right mPNs, ASB Massive Frag at Gap 16628798; microtubules, mw brain neurons + SU, mw brain inventory, mw left, BLVa1/2 a L, IPL l, AUTO neuron fragments at 1103 gap, AUTO ascending neurons, AUTO multiple presynapses to brain, #2T, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, less than 150nm length, mw brain neurons + sensories, Merged: ASB TODO From mPN 19051512, BLVa12_l akira, mw axon split complete, mw draft complete, VLPd, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw ds-pre-dVNC, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 17165621 ds contralateral partners, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BLVa12 local-like left; ASB TODO A2 left 5 (L1EM:16501652); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa12 local-like right;Above BPL local 3; BLVa12 a 1 (L1EM:10877689) [VFB_00102ewr]

DL_LH, Javier Brain, Axon and dendrites touch, Untraced DS partners, WB_BLVp1 R, BLVa12_r akira, ASB right, ASB LH Interneuron, ASB PVM Cluster LH Interneurons, ASB Candidate DL2 cluster, downstream of handlebar-like, frag, ASB Right PN-LH Input, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, mw brain neurons, mw brain neurons + SU, BLVa1/2 a R, mw brain inventory, mw right, mw axon split complete, IPL l, mw brain neurons split, mw draft complete, #2, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw brain neurons + sensories, VLPd, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw ds-pre-dVNC, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 17165621 ds contralateral partners, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BLVa12 local-like right;Above BPL local 3; BLVa12 a 1 (L1EM:10877689); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa12 tripartite left (L1EM:17933822) [VFB_00102fiu]

mw brain neurons, mw brain neurons + SU, mw brain inventory, BLVa12_l akira, mw left, BLVa3/4 b L, IPL, AUTO neuron fragments at 1103 gap, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, #2Ta, mw axon split complete, mw draft complete, less than 150nm length, mw brain neurons + sensories, mw brain unpaired checked once, SLPl IPL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, sw;idev0, sw;pairs;L, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; BLVa12 tripartite left (L1EM:17933822); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa12 tripartite right; F14: PVL005 - 1 right? (L1EM:3163105) [VFB_00102eiu]

Javier Brain, Javier LH, Albert looked at the gap, still a little uncertain, jva lh, Big Group 1, 27 down 2, look symm, SYMM, det pair, LH AVI, 42a LH top, PVM pair, Check 49a PN-down, ASB right, ASB LH Interneuron, ASB No Way Out PN-LH, ASB Right PN-LH Input, ASB Dense Core, downstream of left uPN, ASB Right uPN-LH Input, frag, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, LHON, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li downstream of RIGHT uPN with 3 synapses or more to any uPN, li temp possible pair - 15, Downstream of RIGHT uPN >= 3 synapses individual, all paired downstream of RIGHT uPN >= 3 synapses, possible paired downstream of RIGHT uPN >= 3 synapses, potential paired downstream of RIGHT uPN >= 3 synapses individual, mw paired 73, potential paired ds mPNs right >= 3 synapses individual, potential pair of ds mPN right >= 5, ds olfactory mPNs >=5 synapses individual, paired with #10958210, left-right NBlast: -0.178097621162288, pairs ds MBONs >= 10, potential pairs ds MBONs >= 5, Downstream of RIGHT uPN with 3 synapses or more to any uPN, putative MB2ONs, Post-MBONs akira final, pairs ds uPNs >= 5, potential posLHONs uPNs, post 2+ 42a or 42b PN in LH, potential pairs ds mPNs >= 10, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, check CN 5% input aver, LHNs, axoAxo mPNs, axoDen mPNs, axoDen uPNs, uLHNs, mLHNs, CNs 5%, axoAxo LHNs, axoDen LHNs, axoDen MBONs, putative LHN, MB2ON 5%, CN others 1_4_18, BLVa3/4 b R, Srini-Matrix-03-05-2019, mw axon split complete, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, mw unpaired 2019-10-16, mw unpaired 2019-10-17, UNI, UNI*, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, lv DS MBONs and L TOONs, lv DS MBONs and R TOONs, mw brain neurons, mw brain neurons + SU, mw unpaired 2021-04-13, *BLVa12_r akira, mw brain paper all neurons, mw right, stable, mw ipsilateral axon, mw ipsilateral dendrite, sw:brain_paired:R, sw;brainpair;R, sw;idev0, sw;pairs;R, downMBONs, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; BLVa12 tripartite right; F14: PVL005 - 1 right? (L1EM:3163105); is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BLVa34 hook left (L1EM:11286854) [VFB_00102ey6]

WB_BLVp1 L, BLVa34_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw draft complete, VLP, BLVa3/4 a L, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, #2T, mw brain neurons + sensories, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 5745110 us partners, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [EM L1 Winding, Pedigo et al., 2023; BLVa34 hook left (L1EM:11286854); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa34 hook right (L1EM:8942413) [VFB_00102es5]

WB_BLVp2 R, BLVa34_r akira, mw brain neurons, mw brain neurons + SU, BLVa3/4 a R, mw brain inventory, mw right, VLP, #2, AUTO ascending neurons, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, Merged: Neuron 20937501, mw brain neurons + sensories, mw axon split complete, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 5745110 us partners, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; BLVa34 hook right (L1EM:8942413); EM L1 Winding, Pedigo et al., 2023]

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BLVa34 local hook left (L1EM:16490014) [VFB_00102f99]

WB_BLVp1 L, BLVa34_l akira, ASB left, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, VLP, BLVa3/4 a L, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw gap, mw draft complete, #1T, less than 150nm length, mw brain neurons + sensories, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;pairs;L, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; BLVa34 local hook left (L1EM:16490014); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa34 local hook right; downstream of basket PN; BLVa34 a 4 (L1EM:1141813) [VFB_00102eh4]

Brain, maybe BPL local, WB_BLVp2 R, BLVa34_r akira, mw brain neurons, mw brain neurons + SU, BLVa3/4 a R, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, VLP, mw draft complete, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;pairs;R, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BLVa34 local hook right; downstream of basket PN; BLVa34 a 4 (L1EM:1141813); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa34 local neuron left (L1EM:5959820) [VFB_00102enm]

MB calyx after gap, WB_BLVp1 L, BLVa34_l akira, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li left uPN everything less than 90% reviewed, except “kc frag”, li temp everything downstream of left upn with 3 synapses combined, li temp unpaird downstream of left uPN batch 1, li temp left side left, unpaired ds mPNs right >= 5 synapses individual, ds olfactory mPNs >=5 synapses individual, unpaired ds olfactory mPNs >=5 synapses individual, mw brain neurons, mw brain neurons + SU, BLVa34 todo, mw brain inventory, mw previously complete, mw left, mw axon split complete, mw brain neurons split, CA SLP, BLVa3/4 a L, mw colored-matrix-2019-09-12, #2T, mw brain neurons + sensories, CA SLP p, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, SLPpd comp L, mw test matrices, stable, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 9_level-5_clusterID-53_signal-flow_0.718, 16_level-6_clusterID-97_signal-flow_0.534, 28_level-7_clusterID-159_signal-flow_0.421, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [BLVa34 local neuron left (L1EM:5959820); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BLVa34 local neuron right; BLVa34 a 6 right (L1EM:8943485) [VFB_00102es6]

WB_BLVp2 R, BLVa34_r akira, ASB LH Interneuron, ASB Candidate DL2 cluster, downstream of handlebar-like, downstream of mPN, ASB Right PN-LH Input, connect to locked, connect to locked MBE20, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, frag, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, paired with #17729758, left-right NBlast: 0.299931771999988, mw brain neurons, mw brain neurons + SU, BLVa3/4 a R, mw brain inventory, mw right, mw draft complete, mw axon split complete, mw brain neurons split, CA SLP, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, CA SLP p, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw brain matrix + A1, SLPlh comp, SLPpd comp, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 9_level-5_clusterID-53_signal-flow_0.718, 16_level-6_clusterID-97_signal-flow_0.534, 28_level-7_clusterID-159_signal-flow_0.421, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; BLVa34 local neuron right; BLVa34 a 6 right (L1EM:8943485); CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa34 small ipsi 1 left (L1EM:17729410) [VFB_00102fhg]

BLVa34_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw draft complete, VLP, BLVa3/4 a L, mw colored-matrix-2019-09-12, #3T, mw brain neurons + sensories, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;idev4, sw;pairs;L, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 19_level-7_clusterID-150_signal-flow_0.684, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; BLVa34 small ipsi 1 left (L1EM:17729410); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa34 small ipsi 1 right (L1EM:9161929) [VFB_00102esv]

Brain, very similar to 1141813, Javier Brain, WB_BLVp2 R, BLVa34_r akira, mw brain neurons, mw brain neurons + SU, BLVa3/4 a R, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, VLP, #5, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw draft complete, INGRID REVIEW, mw brain neurons + sensories, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;idev4, sw;pairs;R, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 19_level-7_clusterID-150_signal-flow_0.684, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; BLVa34 small ipsi 1 right (L1EM:9161929)]

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BLVa34 small ipsi 2 left (L1EM:17729424) [VFB_00102fhi]

BLVa34_l akira, hemilateral_pair_8821758_17729424, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw draft complete, VLP, BLVa3/4 a L, mw colored-matrix-2019-09-12, #4T, mw brain neurons + sensories, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [EM L1 Winding, Pedigo et al., 2023; BLVa34 small ipsi 2 left (L1EM:17729424); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa34 small ipsi 2 right; BLVa34 a 5 (L1EM:8821758) [VFB_00102erw]

Dendrites in BPL GAP, Javier Brain, WB_BLVp2 R, BLVa34_r akira, hemilateral_pair_8821758_17729424, mw brain neurons, mw brain neurons + SU, BLVa3/4 a R, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, VLP, mw draft complete, #4, AUTO ascending neurons, mw colored-matrix-2019-09-12, less than 150nm length, mw brain neurons + sensories, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BLVa34 small ipsi 2 right; BLVa34 a 5 (L1EM:8821758); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVa34 young left (L1EM:17729418) [VFB_00102fhh]

BLVa34_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, VLP, BLVa3/4 a L, AUTO ascending neurons, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, #5T, less than 150nm length, mw brain neurons + sensories, mw brain few synapses, mw axon split complete, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw partially differentiated, mw brain paper all neurons, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw partially differentiated non-KC, sw;pairs;L, mw brain and inputs, ND_published, ND_all published et al [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; BLVa34 young left (L1EM:17729418); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BLVa34 young right (L1EM:5523203) [VFB_00102em1]

BLVa34_r akira, BLAv34 a, WB_BLVp2 R, mw brain neurons, mw brain neurons + SU, BLVa3/4 a R, mw brain inventory, mw right, VLP, mw draft complete, mw brain few synapses, #1, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, INGRID REVIEW, less than 150nm length, mw brain neurons + sensories, mw axon split complete, VLP, mw partially differentiated, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw partially differentiated non-KC, sw;pairs;R, mw brain and inputs, ND_published, ND_all published et al [BLVa34 young right (L1EM:5523203); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BLVp bonsai left (L1EM:10523825) [VFB_00102evv]

brain downstream of A08s1_a1r, possibly ADC1_left, prob not ADC1_left, too big, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLP3/4 a L, UNI, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw mixed lineage neurons, #1T, mw brain neurons + sensories, UNI*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, AT GAP, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw degree 30-40, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *BLVp2_l akira, mw 9577562 us partners, stable, mw ad hubs_in, mw 8801736 upstream partners, mw ad all_hubs, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, YYCWMLEH, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw proprio 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, downFBPBs, downPB, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, PB.d, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [BLVp bonsai left (L1EM:10523825); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVp bonsai right (L1EM:17455871) [VFB_00102ffi]

BLVp2_r akira, BLVa12 b, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, UNI, BLP3/4 a R, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw mixed lineage neurons, #1, mw brain neurons + sensories, mw axon split complete, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9577562 us partners, stable, mw ad hubs_in, mw 8801736 upstream partners, mw ad all_hubs, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw proprio 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, downFBPBs, downPB, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, PB.d, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [BLVp bonsai right (L1EM:17455871); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVp1 bilateral 1 left; LH bilateral axon 7_mediates ascend (L1EM:14270761) [VFB_00102f2u]

potential DP1, potential DP1 cell bodies, BLVp1_l akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, VLP com, BLVp1 L, mw colored-matrix-2019-09-12, #1T, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, VLPall L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 2-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; BLVp1 bilateral 1 left; LH bilateral axon 7_mediates ascend (L1EM:14270761); CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVp1 bilateral 1 right; Tel-like 1 BPL bilateral; BLVp1 6 (L1EM:9103710) [VFB_00102est]

Brain, a little off compared to Tel, Javier Brain, BLVp1_r akira, hemilateral_pair_9103710_18035063, mw brain neurons, mw brain neurons + SU, BLVp1 R, mw complete, mw brain inventory, mw right, mw axon split complete, VLP com, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, VLPall, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 2-hop, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd other, ct other [BLVp1 bilateral 1 right; Tel-like 1 BPL bilateral; BLVp1 6 (L1EM:9103710); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVp1 bilateral 2 left (L1EM:15587533) [VFB_00102f59]

potential DP1 cell bodies, BLVp1_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw draft complete, VLP com, BLVp1 L, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, #2T, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw check cool bi, VLPall L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 17165621 us partners, stable, mw ad hubs_out, mw ad all_hubs, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;L, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 18_level-6_clusterID-89_signal-flow_0.487, 27_level-7_clusterID-89_signal-flow_0.487, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; BLVp1 bilateral 2 left (L1EM:15587533); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVp1 bilateral 2 right (L1EM:11029851) [VFB_00102exk]

BLVp1_r akira, ASB right, mw brain neurons, mw brain neurons + SU, BLVp1 R, mw brain inventory, mw right, mw axon split complete, VLP com, mw brain neurons split, mw draft complete, #2, AUTO ascending neurons, AUTO multiple presynapses to brain, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, VLPall, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 17165621 us partners, stable, mw ad hubs_out, mw ad all_hubs, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;R, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 18_level-6_clusterID-89_signal-flow_0.487, 27_level-7_clusterID-89_signal-flow_0.487, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; BLVp1 bilateral 2 right (L1EM:11029851); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVp1 bilateral 3 left; down seahorse left (L1EM:18656202) [VFB_00102fkg]

Large Fragment; no soma, possible n_down pOLP second pair, BLVp1_l akira, mw brain neurons + SU, mw brain inventory, mw left, mw gap, mw axon split complete, mw brain neurons split, VLP com, BLVp1 L, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, #3T, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw ds-pre-dVNC, mw brain matrix + A1, mw bilateral axon, VLPall L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, Merged: fragment, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;pairs;L, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [BLVp1 bilateral 3 left; down seahorse left (L1EM:18656202); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVp1 bilateral 3 right; down seahorse right (L1EM:18655517) [VFB_00102fkf]

potential DP1 cell bodies, BLVp1_r akira, downstream of mPN, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, ASB TODO 1.3, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, potential paired ds mPNs right >= 5 synapses individual, paired ds mPNs left >= 10 synapses individual, m reviewed, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, potential pairs ds visual PNs >= 5, possible n_down pOLP second pair, mw brain neurons, mw brain neurons + SU, BLVp1 R, mw brain inventory, mw previously complete, mw right, mw axon split complete, VLP com, mw brain neurons split, #3, AUTO ascending neurons at 1112 gap, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw open-ends unpublished, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw brain matrix + A1, VLPall, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;R, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;pairs;R, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; BLVp1 bilateral 3 right; down seahorse right (L1EM:18655517); is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BLVp1 bilateral 4 left (L1EM:18035063) [VFB_00102fj6]

potential DP1, BLVp1_l akira, potential DP1 cell bodies, hemilateral_pair_9103710_18035063, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, VLP com, BLVp1 L, AUTO neuron fragments at 1103 gap, mw colored-matrix-2019-09-12, #4T, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, Albert TODO, VLPall L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 2-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, sw;pairs;L, sw;mdev4, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; BLVp1 bilateral 4 left (L1EM:18035063); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVp1 bilateral 4 right (L1EM:17937986) [VFB_00102fiv]

BLVp1_r akira, mw brain neurons, mw brain neurons + SU, BLVp1 R, mw complete, mw brain inventory, mw right, mw axon split complete, VLP com, mw brain neurons split, #4, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, VLPall, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 2-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, sw;pairs;R, sw;mdev4, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [transmission electron microscopy (TEM); BLVp1 bilateral 4 right (L1EM:17937986); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BLVp1 bilateral 5 left (L1EM:17430685) [VFB_00102ffd]

potential DP1, BLVp1_l akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, VLP com, BLVp1 L, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, mw colored-matrix-2019-09-12, #5T, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, VLPall L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 14995061 us partners, stable, mw ad hubs_out, mw ad all_hubs, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, sw;idev3, sw;pairs;L, sw;mdev5, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 18_level-6_clusterID-89_signal-flow_0.487, 27_level-7_clusterID-89_signal-flow_0.487, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BLVp1 bilateral 5 left (L1EM:17430685); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVp1 bilateral 5 right (L1EM:20106468) [VFB_00102flo]

BLVp1_r akira, mw brain neurons + SU, mw complete, mw brain inventory, BLVp1 R, mw right, mw axon split complete, VLP com, mw brain neurons split, #5, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, VLPall, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 14995061 us partners, stable, mw ad hubs_out, mw ad all_hubs, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, sw;idev3, sw;pairs;R, sw;mdev5, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 18_level-6_clusterID-89_signal-flow_0.487, 27_level-7_clusterID-89_signal-flow_0.487, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; BLVp1 bilateral 5 right (L1EM:20106468)]

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BLVp1 bilateral 6 left (L1EM:17804729) [VFB_00102fie]

potential DP1, potential DP1 cell bodies, mw brain neurons + SU, mw brain inventory, mw left, BLVp1_l akira, mw draft complete, mw axon split complete, mw brain neurons split, VLP com, BLVp1 L, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, #6T, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw ds-pre-dVNC, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, VLPall L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, stable, nr Tel-like 10 downstream 2-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, sw;deviant;L, sw;3dev;L, mw noci 3rd_order, sw;idev4, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, sw;mdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, sw;deviants, sw;questions, sw;deviants mild, ND_published, ND_all published et al, sw;check, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; BLVp1 bilateral 6 left (L1EM:17804729); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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BLVp1 bilateral 6 right (L1EM:11050498) [VFB_00102exm]

BLVp1_r akira, Ingrid TODO BLVp, mw brain neurons, mw brain neurons + SU, BLVp1 R, mw brain inventory, mw right, mw draft complete, mw axon split complete, VLP com, mw brain neurons split, #6, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw ds-pre-dVNC, mw brain matrix + A1, VLPall, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, stable, nr Tel-like 10 downstream 2-hop, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, sw;deviant;R, sw;3dev;R, mw noci 3rd_order, sw;idev4, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, sw;mdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, sw;deviants, sw;questions, sw;deviants mild, ND_published, ND_all published et al, sw;check, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BLVp1 bilateral 6 right (L1EM:11050498); VFB CATMAID L1 CNS]

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BLVp1 bilateral descending left (L1EM:19101351) [VFB_00102fky]

potential DP1 cell bodies, BLVp1_l akira, downstream of handlebar-like, ASB No Soma Yet, downstream of SCAN3A, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, UNI, BLVp1 L, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, #1T, mw brain neurons + sensories, mw brain crosses commissure, UNI, mw issues, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN PN putative, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw MN PN, mw brain contralateral, mw dSEZ 2nd_order, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-external 2nd_order PN-old, sw;pairs;L, sw;mdev5, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 2_level-5_clusterID-43_signal-flow_1.144, 6_level-6_clusterID-43_signal-flow_1.144, 8_level-7_clusterID-43_signal-flow_1.144, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs [BLVp1 bilateral descending left (L1EM:19101351); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVp1 bilateral descending right; DP1 of GPhN right (ipsilateral PN to bilateral LH); BLVp1 4 (L1EM:3848843) [VFB_00102ejr]

BLVp1_r akira, BLVp1 R, ASB GPNs TODO, downstream of mPN, downstream of SCAN3A, GPhN, GPhN need partners, mw brain inventory, mw brain neurons, mw brain neurons + SU, pn lh candidates, potential DP1, potential DP1 cell bodies, unfinished GPhN, mw previously complete, mw right, mw axon split complete, UNI, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw brain neurons + sensories, mw brain crosses commissure, UNI, mw issues, mw brain matrix, mw AN_MN PN putative, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw MN PN, mw brain contralateral, mw dSEZ 2nd_order, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-external 2nd_order PN-old, sw;pairs;R, sw;mdev5, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 2_level-5_clusterID-43_signal-flow_1.144, 6_level-6_clusterID-43_signal-flow_1.144, 8_level-7_clusterID-43_signal-flow_1.144, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BLVp1 bilateral descending right; DP1 of GPhN right (ipsilateral PN to bilateral LH); BLVp1 4 (L1EM:3848843); VFB CATMAID L1 CNS]

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BLVp1 hook 2 left (L1EM:15586914) [VFB_00102f57]

potential DP1 cell bodies, BLVp1_l akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, VLP, BLVp1 L, mw colored-matrix-2019-09-12, #2T, mw brain neurons + sensories, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, VLPall L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;idev4, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; BLVp1 hook 2 left (L1EM:15586914); CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVp1 hook 2 right (L1EM:16176721) [VFB_00102f7m]

BLVp1_r akira, mw brain neurons, mw brain neurons + SU, BLVp1 R, mw complete, mw brain inventory, mw right, mw axon split complete, VLP, mw brain neurons split, mw colored-matrix-2019-09-12, #2, mw brain neurons + sensories, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, VLPall, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;idev4, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, ND_published, ND_all published et al, ctd other, ct other [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; BLVp1 hook 2 right (L1EM:16176721); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BLVp1 hook 3 left (L1EM:15669682) [VFB_00102f64]

mw brain neurons, mw brain neurons + SU, BLVp1_l akira, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, VLP, BLVp1 L, mw colored-matrix-2019-09-12, #3T, mw brain neurons + sensories, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, VLPall L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 5745110 us partners, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw mechano-Ch 3rd_order, sw;idev1, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 19_level-7_clusterID-150_signal-flow_0.684, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BLVp1 hook 3 left (L1EM:15669682); VFB CATMAID L1 CNS]

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BLVp1 hook 3 right (L1EM:17658672) [VFB_00102fgm]

BLVp1_r akira, mw brain neurons, mw brain neurons + SU, BLVp1 R, mw complete, mw brain inventory, mw right, mw axon split complete, VLP, mw brain neurons split, mw colored-matrix-2019-09-12, #3, mw brain neurons + sensories, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, VLPall, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 5745110 us partners, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw mechano-Ch 3rd_order, sw;idev1, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 19_level-7_clusterID-150_signal-flow_0.684, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [BLVp1 hook 3 right (L1EM:17658672); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVp1 hook left (L1EM:17223643) [VFB_00102fcz]

potential DP1 cell bodies, BLVp1_l akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, VLP, BLVp1 L, AUTO ascending neurons, mw colored-matrix-2019-09-12, #1T, mw brain neurons + sensories, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, VLPall L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 14995061 us partners, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;idev5, sw;pairs;L, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [BLVp1 hook left (L1EM:17223643); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVp1 hook right (L1EM:3251140) [VFB_00102ej4]

left gap helpers, Gap Helper, BLVp1_r akira, mw brain neurons, mw brain neurons + SU, BLVp1 R, mw complete, mw brain inventory, mw right, mw axon split complete, VLP, mw brain neurons split, mw colored-matrix-2019-09-12, #1, mw brain neurons + sensories, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, VLPall, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 14995061 us partners, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;idev5, sw;pairs;R, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BLVp1 hook right (L1EM:3251140); VFB CATMAID L1 CNS]

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BLVp1 local a left (L1EM:15586949) [VFB_00102f58]

potential DP1 cell bodies, BLVp1_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw draft complete, VLP, BLVp2 L, AUTO ascending neurons, AUTO multiple presynapses to brain, mw colored-matrix-2019-09-12, #1T, mw brain neurons + sensories, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 5745110 us partners, mw 12273754 ds contralateral partners, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, sw;idev3, sw;pairs;L, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 19_level-7_clusterID-150_signal-flow_0.684, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; BLVp1 local a left (L1EM:15586949); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVp1 local a right (L1EM:3180681) [VFB_00102eiy]

Brain, BLVp1_r akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw right, mw axon split complete, VLP, mw brain neurons split, BLVp2 R, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 5745110 us partners, mw 12273754 ds contralateral partners, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, sw;idev3, sw;pairs;R, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 19_level-7_clusterID-150_signal-flow_0.684, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [BLVp1 local a right (L1EM:3180681); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVp1 local left (L1EM:17105977) [VFB_00102fck]

det pair, ASB left, mw brain neurons + SU, mw brain inventory, mw left, mw draft complete, mw axon split complete, mw brain neurons split, VLP, BLVp2 L, AUTO ascending neurons, mw colored-matrix-2019-09-12, #2T, mw brain neurons + sensories, VLP*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *BLVp2_l akira, mw 5745110 us partners, mw 12273754 ds ipsilateral partners, stable, nr Tel-like 10 downstream 2-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; BLVp1 local left (L1EM:17105977); CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVp1 local right (L1EM:8970595) [VFB_00102es9]

Brain, DS A00c missing cell body to gap, Javier Brain, fragments downstream pvl09, downstream of mPN, ASB downstream of right mPNs, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, mw draft complete, mw axon split complete, mw brain neurons split, #2, VLP, BLVp2 R, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VLP*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *BLVp2_r akira, mw 5745110 us partners, mw 12273754 ds ipsilateral partners, stable, nr Tel-like 10 downstream 2-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; BLVp1 local right (L1EM:8970595)]

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BLVp12 descending left (L1EM:15588711) [VFB_00102f5b]

potential DP1 cell bodies, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLVp2 L, IPL/M desc, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, #1T, mw brain neurons + sensories, mw dVNC, IPL/M desc*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dVNC medial_ventral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *BLVp2_l akira, mw 17165621 ds ipsilateral partners, mw 17165621 ds contralateral partners, stable, mw brain reviewed <80%, Tihana_descending, sw:brain_paired:L, sw;brainpair;L, lv dVNC to T3+A1, lv dVNC to A1, mw noci 3rd_order, mw mechano-Ch 3rd_order, mw dVNC not to A1, sw;pairs;L, mw candidate backup, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [BLVp12 descending left (L1EM:15588711); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVp12 descending right (L1EM:10945795) [VFB_00102ex2]

brain gap crossing, vnc side, BLVp2_r akira, fragment, DNs akira-2, mw brain neurons, mw brain neurons + SU, BLVp2 R, mw complete, mw brain inventory, mw right, mw axon split complete, IPL/M desc, mw brain neurons split, 14 Dark Pink, T1 8 Cyan, #1, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, MVT, mw brain neurons + sensories, mw dVNC, IPL/M desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dVNC medial_ventral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 17165621 ds ipsilateral partners, mw 17165621 ds contralateral partners, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, lv dVNC to T3+A1, lv dVNC to A1, mw noci 3rd_order, mw mechano-Ch 3rd_order, mw dVNC not to A1, sw;pairs;R, mw candidate backup, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); BLVp12 descending right (L1EM:10945795); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVp12 descending-like left (L1EM:5763407) [VFB_00102emy]

csm_figure5_neurons, potential DP1 cell bodies, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLVp2 L, IPL/M desc, AUTO ascending neurons at 1112 gap, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, #2T, mw mixed lineage neurons, mw brain todo, mw gap severe, mw brain neurons + sensories, mw dVNC, IPL/M desc*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dVNC medial_ventral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, Merged: dense core vesicle axon, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *BLVp2_l akira, mw missing axon, mw 17165621 ds ipsilateral partners, mw 17165621 ds contralateral partners, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain unreviewed, mw brain incomplete, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw mechano-Ch 3rd_order, mw dVNC not to A1, sw;pairs;L, mw candidate turn, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw left incomplete, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; BLVp12 descending-like left (L1EM:5763407); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVp12 descending-like right (L1EM:10945111) [VFB_00102ex0]

BLVp2_r akira, DNs akira-2, mw brain neurons, mw brain neurons + SU, BLVp2 R, mw brain inventory, mw right, mw axon split complete, IPL/M desc, mw brain neurons split, cyan, T1 8 Cyan, mw draft complete, #2, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, MVT, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw brain neurons + sensories, mw dVNC, IPL/M desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dVNC medial_ventral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 17165621 ds ipsilateral partners, mw 17165621 ds contralateral partners, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, lv dVNC to T3+A1, lv dVNC to A1, mw noci 3rd_order, mw mechano-Ch 3rd_order, mw dVNC not to A1, sw;pairs;R, mw candidate turn, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BLVp12 descending-like right (L1EM:10945111); VFB CATMAID L1 CNS]

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BLVp12 sickle 1 left (L1EM:9577562) [VFB_00102ett]

ASB left, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLVp2 L, IP com, mw colored-matrix-2019-09-12, ADC, #1T, mw brain neurons + sensories, mw brain crosses commissure, IP VMC com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw check cool bi, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *BLVp2_l akira, mw 18500915 us partners, stable, mw bilateral axon partially asymmetrical neurons, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, sw;pairs;L, sw;mdev5, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 48_level-7_clusterID-170_walksort-0.540, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 17_level-6_clusterID-100_signal-flow_0.497, 22_level-7_clusterID-165_signal-flow_0.653, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; BLVp12 sickle 1 left (L1EM:9577562); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BLVp12 sickle 1 right (L1EM:17132009) [VFB_00102fcr]

ascending_hairbrush, ASB right, Akira to Volker, TO FINISH HAS SOMA LARGE CROSSES, mw brain neurons + SU, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, mw draft complete, mw issues, IP com, BLVp2 R, #2, mw colored-matrix-2019-09-12, ADC, mw brain neurons + sensories, mw brain crosses commissure, IP VMC com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *BLVp2_r akira, Upstream CN29, mw 18500915 us partners, stable, mw bilateral axon partially asymmetrical neurons, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, CCWA09Input, CCWA09input, mw gustatory-external 3rd_order, sw;pairs;R, sw;mdev5, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 48_level-7_clusterID-170_walksort-0.540, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 17_level-6_clusterID-100_signal-flow_0.497, 22_level-7_clusterID-165_signal-flow_0.653, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [BLVp12 sickle 1 right (L1EM:17132009); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVp12 sickle 2 left (L1EM:19884188) [VFB_00102flj]

mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw draft complete, mw axon split complete, mw brain neurons split, mw issues, IP com, BLVp2 L, #2, mw colored-matrix-2019-09-12, ADC, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, #2T, mw brain neurons + sensories, mw developmental defect, mw brain crosses commissure, IP VMC com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *BLVp2_l akira, mw 18500915 us partners, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, sw;idev5, sw;pairs;L, sw;mdev5, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, sw;cdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BLVp12 sickle 2 left (L1EM:19884188)]

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BLVp12 sickle 2 right (L1EM:10945581) [VFB_00102ex1]

BLVp2_r akira, Try 3, connect to locked, connect to locked MBE20, downstream of mPN, mw brain neurons, mw brain neurons + SU, BLVp2 R, mw complete, mw brain inventory, mw right, mw axon split complete, IP com, mw brain neurons split, #1, mw colored-matrix-2019-09-12, ADC, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw brain neurons + sensories, mw brain crosses commissure, IP VMC com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, mw 18500915 us partners, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, sw;idev5, sw;pairs;R, sw;mdev5, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; BLVp12 sickle 2 right (L1EM:10945581); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVp12 sickle 3 left (L1EM:17557290) [VFB_00102ffw]

mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, mw issues, IP com, BLVp2 L, mw colored-matrix-2019-09-12, ADC, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, #3T, mw brain neurons + sensories, mw brain crosses commissure, IP VMC com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw ds-pre-dVNC, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *BLVp2_l akira, Upstream CN29, mw 18500915 us partners, stable, mw CN, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, CCWA09Input, CCWA09input, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;idev4, sw;pairs;L, sw;mdev4, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, sw;mdeviants, sw;cdeviants, mw FBN-cluster 48_level-7_clusterID-170_walksort-0.540, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, sw;deviants, sw;deviants strong, ND_published, ND_all published et al, ctd CNs, ct CNs [transmission electron microscopy (TEM); BLVp12 sickle 3 left (L1EM:17557290); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BLVp12 sickle 3 right (L1EM:10946002) [VFB_00102ex3]

BLVp2_r akira, downstream of mPN iACT B1 right, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, ASB Unresolvable Frag 17943446, ASB No Way Out B1 right, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, mw brain neurons, mw brain neurons + SU, BLVp2 R, mw brain inventory, mw draft complete, developmental defect, mw right, mw axon split complete, IP com, mw brain neurons split, mw developmental defect, mw issues, #3, mw colored-matrix-2019-09-12, ADC, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw brain neurons + sensories, mw brain crosses commissure, IP VMC com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 18500915 us partners, stable, mw CN, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;idev4, sw;pairs;R, sw;mdev4, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, sw;mdeviants, mw FBN-cluster 48_level-7_clusterID-170_walksort-0.540, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, sw;deviants, sw;deviants strong, ND_published, ND_all published et al, sw;check, ctd CNs, ct CNs [BLVp12 sickle 3 right (L1EM:10946002); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BLVp12 sickle 4 left - missing dendrite (L1EM:15680043) [VFB_00102f6c]

r lineage 6, mw brain neurons, mw brain neurons + SU, BLVp1_l akira, mw brain inventory, mw issues, mw left, mw draft complete, mw developmental defect, mw axon split complete, IP com, BLVp2 L, mw colored-matrix-2019-09-12, ADC, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, #4T, mw brain neurons + sensories, mw brain crosses commissure, IP VMC com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 18500915 us partners, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, sw;pairs;L, sw;mdev3, sw;mdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, sw;deviants, sw;questions, sw;deviants mild, ND_published, ND_all published et al, sw;check, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; BLVp12 sickle 4 left - missing dendrite (L1EM:15680043); VFB CATMAID L1 CNS]

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BLVp12 sickle 4 right (L1EM:15680292) [VFB_00102f6d]

Try 2, Akira to Volker, mw brain neurons + SU, mw brain inventory, mw right, BLVp1_r akira, mw draft complete, mw axon split complete, mw brain neurons split, IP com, BLVp2 R, #4, mw colored-matrix-2019-09-12, ADC, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw brain neurons + sensories, mw brain crosses commissure, IP VMC com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, mw 18500915 us partners, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, sw;pairs;R, sw;mdev3, sw;mdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, sw;deviants, sw;questions, sw;deviants mild, ND_published, ND_all published et al, ctd other, ct other [BLVp12 sickle 4 right (L1EM:15680292); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BPL local 6 left (L1EM:17108278) [VFB_00102fcl]

Neuron 17457474, BLAv12_post_l akira, hemilateral_pair_9051500_17108278, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLAv1/2 p L, UNI, mw colored-matrix-2019-09-12, #3T, mw brain neurons + sensories, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 9594273 upstream partners, mw 17105218 upstream partners, nr Tel-like 10 downstream 2-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, mw noci 2nd_order PN-old, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, downLAL, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; BPL local 6 left (L1EM:17108278); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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BPL local 6 right (L1EM:9051500) [VFB_00102esg]

axon might be outside, Brain, Javier Brain, WB_BLVp3 R, VLP LAL, BLAv12 pos, BLAv12_post_r akira, hemilateral_pair_9051500_17108278, mw brain neurons, mw brain neurons + SU, mw complete, BLAv1/2 p R, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, UNI, mw colored-matrix-2019-09-12, #3, mw brain neurons + sensories, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 9594273 upstream partners, mw 17105218 upstream partners, nr Tel-like 10 downstream 2-hop, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw noci 2nd_order, mw noci 2nd_order PN-old, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-VNCs [BPL local 6 right (L1EM:9051500); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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bridge-like left (L1EM:15825861) [VFB_00102f6t]

MB calyx after gap, Pre-aveMBE-20, WB_DPLp L, EW 1 ; Left, Ingrid Name, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li review for mPN right downstream less than 90% more than 5 synapses, paired ds mPNs left >= 10 synapses individual, ds olfactory mPNs >=5 synapses individual, fragments ds olfactory mPNs >=5 synapses individual, MW paired 166, pairs ds olfactory mPNs >=5 synapses individual, bridges, pairs ds mPNs >= 10, pairs ds visual PNs >= 5, check LHON 5% input aver, LHNs, axoDen mPNs, axoDen vPNs, mLHNs, vLHNs, putative LHN, MB2IN19U, DPLc_post_lat_l akira, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, DPLc4 L, IPL/A, #4, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL IPA, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, sw:brain_paired:L, sw;brainpair;L, sw;deviant;L, sw;2dev;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw interhemispheric integration 2-hop, sw;pairs;L, downMBONs, sw;mdev2, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, sw;mdeviants, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, sw;deviants, sw;deviants strong, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; bridge-like left (L1EM:15825861); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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bridge-like right (L1EM:10944822) [VFB_00102ewz]

Akira to Volker, downstream of mPN, ASB Right PN-LH Input, ASB Downstream of Ipsi Bridges Right, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, li temp upn downstream all non local, ds olfactory mPNs >=5 synapses individual, MW paired 166, pairs ds olfactory mPNs >=5 synapses individual, developmental defect, bridges, pairs ds mPNs >= 10, pairs ds visual PNs >= 5, check LHON 5% input aver, LHNs, axoDen mPNs, axoDen vPNs, mLHNs, vLHNs, putative LHN, MB2IN19U, DPLc_post_lat_r akira, deviant, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, mw axon split complete, mw brain neurons split, mw developmental defect, mw colored-matrix-2019-09-12, DPLal1-3 R, UNI, #4, INGRID REVIEW, mw brain neurons + sensories, UNI, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, sw:brain_paired:R, sw;brainpair;R, sw;deviant;R, sw;2dev;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw interhemispheric integration 2-hop, sw;pairs;R, sw;mdev2, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, sw;mdeviants, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, sw;deviants, sw;deviants strong, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; bridge-like right (L1EM:10944822); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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bulb primordium [FBbt_00051440]

Primordium that will give rise to the bulb (Lovick et al., 2017). It is located in the larval anterior inferior protocerebrum, posteriorly adjacent to the medial lobe of the mushroom body (Lovick et al., 2017). The superior and inferior regions of the bulb have distinct primordia formed by the two different lineages of TuBu neurons (Lovick et al., 2017). The DALv2 lineage neurons also contribute to the bulb primordium (Lovick et al., 2017).

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BW ; DALcl12 vv 13 DALcl12 v int 6 right (L1EM:9068024) [VFB_00102esj]

BY 1 ; Right, Ingrid Name, DALcl12-v_r akira, potential MB2ON-193 pair, pairs ds MBONs >= 5, LAL contra, major check MB2ON, axoDen MBONs, MB2ON 5%, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, DALcl1/2 v R, mw right, mw axon split complete, mw brain neurons split, LAL com ant, #3, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw brain neurons + sensories, mw forClaire possible MB2ONs, post-post-proprioceptor in central complex, mw brain crosses commissure, LAL com ant, mw CX, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 14329745 ds contralateral partners, stable, nr Tel-like 10 downstream 3-hop, sw:brain_paired:R, sw;brainpair;R, mw proprio 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, downMBONs, downLAL, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, EB.b 2, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 57_level-6_clusterID-72_signal-flow_-1.443, 91_level-7_clusterID-72_signal-flow_-1.443, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [transmission electron microscopy (TEM); BW ; DALcl12 vv 13 DALcl12 v int 6 right (L1EM:9068024); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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BW ; DALcl12-v left (L1EM:16560178) [VFB_00102f9r]

Post-MBE20-23, BW ; Left, Ingrid Name, ring candidate akira, DALcl12-v_l akira, ASB left, EB neurons, all post-MBONs of phenotypes, Post-MBONs akira final, LEFT, potential MB2ON-193 pair, LAL contra, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, pairs ds MBONs >= 5, major check MB2ON, axoDen MBONs, MB2ON 5%, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, mw axon split complete, mw brain neurons split, DALcl1/2 v L, LAL com ant, #3T, mw current paired, mw colored-matrix-2019-09-12, old MB2ON-193, mw brain neurons + sensories, mw forClaire possible MB2ONs, mw brain crosses commissure, LAL com ant, mw CX, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 14329745 ds contralateral partners, stable, nr Tel-like 10 downstream 3-hop, sw:brain_paired:L, sw;brainpair;L, mw proprio 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, downMBONs, downLAL, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 57_level-6_clusterID-72_signal-flow_-1.443, 91_level-7_clusterID-72_signal-flow_-1.443, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [BW ; DALcl12-v left (L1EM:16560178); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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C2da_a3r (L1EM:3827179) [VFB_00102efz]

large-sensory-list-casey, nusreen to review, Imambocus et al, A3N aff, SNa, Thuc, Merged: Fragments - Small, published T3 A1 A2, Merged: putative motorneuron, ND_all published et al [EM L1 Imambocus et al., 2022; transmission electron microscopy (TEM); C2da_a3r (L1EM:3827179); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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C3/C4da_t1r (L1EM:16307065) [VFB_00102egq]

prepreLT, putative class III, Imambocus et al, CCWA09Input, CCWA09input, ND_all published et al [EM L1 Imambocus et al., 2022; transmission electron microscopy (TEM); C3/C4da_t1r (L1EM:16307065); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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C3da_t1l class III md (L1EM:17237088) [VFB_00102egt]

nusreen to review, AUTO ascending neurons at 1112 gap, TRACE PLZ, Xinyu T1 sensory neurons l, Imambocus et al, Segmental nerve T1 left, T1N aff L, ND_all published et al [EM L1 Imambocus et al., 2022; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; C3da_t1l class III md (L1EM:17237088)]

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campaniform sensillum of distal group [FBbt_00002692]

Campaniform sensillum located in the distal region of the terminal organ, on the head of the embryo/larva. There are three of these sensilla and each contains the dendrite of a mechanosensory neuron, which terminates more proximally and ends with a tubular body, as well as dendrites from gustatory receptor neurons (Rist and Thum, 2017).

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campaniform sensillum of larval intercalary segment [FBbt_00002682]

Any campaniform sensillum (FBbt:00005183) that is part of some larval intercalary segment (FBbt:00001736). Dinges et al. (2020) confirmed that there is no campaniform sensilla on the adult head, so this term can only refer to a larval campaniform sensillum. [FlyBase: FBrf0247616]

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central anastomosing tract [FBbt_00001636]

Tract of the embryonic protocerebrum. It is formed from an interchange of axons between the medial/lateral cervical tracts and the lateral protocerebral tract. Before approaching the midline, bundles of axons branch off the lateral protocerebral tract and join the medial/lateral cervical tracts. This tract might correspond to the pioneer of the antennocerebral tract (Nassif et al., 1998).

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central domain of larval A9 neuromere [FBbt_00007716]

A centrally located neuropil region in larval abdominal segment 9 (A9). The virtual axial plane intersecting the C2/C3 fascicles and the ventro-medial tract throughout the ventral nerve cord separates the central from the ventral domain. The axial plane placed just dorsally of the intermediate commissures and C1 fascicle throughout the ventral nerve cord separates the central from the dorsal domain.

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central domain of larval central nervous system [FBbt_00007709]

A centrally located longitudinal subdivision of the larval central nervous system spanning the tritocerebral, gnathal, thoracic and abdominal neuromeres (Hartenstein et al., 2018). This compartment contains the C1-3 fascicles and the volume in between (Hartenstein et al., 2018).

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central protocerebral neuroblast [FBbt_00001343]

A neuroblast located in the central region of the protocerebrum. In the embryo, individual neuroblasts are named according to their position relative to major morphological features (cephalic furrow, invaginating foregut, dorsal and ventral midline, their relative position with respect to each other, their time of segregation and their expression of markers) (Urbach et al., 2003).

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centrolateral domain of larval central nervous system [FBbt_00007704]

A centro-laterally located longitudinal subdivision of the larval central nervous system spanning the gnathal, thoracic and abdominal neuromeres (Hartenstein et al., 2018). It is found lateral to the central domain (which contains the C1-3 fascicles), and between the dorsolateral and ventrolateral domains. Anteriorly, it terminates posterior to the tritocerebrum, as the CITd and CITv (C1-3 fascicles) reach the lateral edge of the neuropil (Hartenstein et al., 2018).

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centromedial domain of larval central nervous system [FBbt_00007703]

A centro-medially located longitudinal subdivision of the larval central nervous system spanning the tritocerebral, gnathal, thoracic and abdominal neuromeres (Hartenstein et al., 2018). It is located between the central domain (which contains the C1-3 fascicles) and the midline, and between the dorsomedial and ventromedial domains. It contains the ipsilateral parts of the anterior and posterior intermediate commissures and houses the VM fascicle (ventromedial tract) at its ventral boundary.

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centromedial domain of larval tritocerebrum [FBbt_00007718]

Neuropil region where the larval tritocerebrum intersects with the centromedial longitudinal domain of the central nervous system (Hartenstein et al., 2018). It is found dorsal to the large ventromedial domain of the tritocerebrum and it flanks the esophageal foramen (Hartenstein et al., 2018).

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cerebral branch [FBbt_00000395]

Anteriorly oriented, embryonic/larval trachea that arises from a bifurcation of the cerebropharyngeal branch and targets (tracheates) the brain. To note that the dorsal cervical posterior pupal trachea (FBbt:00002968) corresponds to the pupal pharyngeal branch, not the pharyngeal branch, following figure 23 in of Manning and Krasnow, 1993 (FlyBase:FBrf0064787) and figure 2 of Whitten (1957) (FlyBase:FBrf0011558).

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Cheech left (L1EM:10540188) [VFB_00102evx]

CURRENT, Needs confirmation with light microscopy, det pair, BLP1/2_l akira, fr_upPVL09_at gap, BLP12_l akira, ASB left, ASB downstream of right mPNs, small fragment find outlet, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, potential paired ds mPNs right >= 5 synapses individual, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, mw paired 44, Cheech, m named, m reviewed, potential pairs ds visual PNs >= 5, pairs ds mPNs >= 10, locked, note about locked: neurons are not perfect, but were getting split at gap too often, pairs ds thermo PNs >= 5, LHNs, axoAxo mPNs, axoAxo tPNs, axoAxo vPNs, axoDen mPNs, mLHNs, putative LHN, hemilateral_pair_8932110_10540188, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, SLP IPL, BLP1/2 b L, mw colored-matrix-2019-09-12, #2T, mw brain neurons + sensories, SLP p IPL p, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw backup locked, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, mw upstream KCs, mw interhemispheric integration 2-hop, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 17_level-6_clusterID-100_signal-flow_0.497, 32_level-7_clusterID-166_signal-flow_0.299, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; Cheech left (L1EM:10540188); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Cheech right (L1EM:8932110) [VFB_00102es3]

incomplete neurons with soma, Brain, PVL, LNM_at the gap withmicrotubuli, det pair, WB_BLP12ab R, BLP12_r akira, ASB TODO 4 At Gap, Uncertain Continuation, Akira to Volker, mPN iACT A1 downstream fragments, downstream of mPN iACT A1 right calyx, downstream of handlebar-like, ASB Right PN-LH Input, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, li temp upn downstream all non local, ds olfactory mPNs >=5 synapses individual, fragments ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, mw paired 44, Cheech, m named, potential pairs ds visual PNs >= 5, fragments ds thermo PNs >= 5, pairs ds mPNs >= 10, locked, note about locked: neurons are not perfect, but were getting split at gap too often, pairs ds thermo PNs >= 5, LHNs, axoAxo mPNs, axoAxo tPNs, axoAxo vPNs, axoDen mPNs, mLHNs, putative LHN, hemilateral_pair_8932110_10540188, mw brain neurons, mw brain neurons + SU, BLP1/2 b R, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, mw axon split complete, SLP IPL, mw brain neurons split, mw colored-matrix-2019-09-12, #2, mw brain neurons + sensories, SLP p IPL p, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw backup locked, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, mw upstream KCs, mw interhemispheric integration 2-hop, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 17_level-6_clusterID-100_signal-flow_0.497, 32_level-7_clusterID-166_signal-flow_0.299, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; Cheech right (L1EM:8932110); VFB CATMAID L1 CNS]

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CI fascicle [FBbt_00111638]

Longitudinal fascicle of the larval ventral nerve cord found in a central position on the dorsal-ventral axis and an intermediate position on the medial-lateral axis (Landgraf et al., 2003). This fascicle is loosely organized, and contains three distinct tracts, the C1, C2 and C3 fascicles (Landgraf et al., 2003; Zlatic et al., 2003).

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CM Contra to LAL #1; CM4 dor ant 3 to LAL left (L1EM:9961098) [VFB_00102eum]

CM4 r, WB_CM4 L, ASB left, CM4-dm_l akira, CM4 potential pair, hemilateral_pair_4311241_9961098, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, mw axon split complete, mw brain neurons split, LAL com, #3T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, LALshellmed L, mw check dendrite, mw bilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw contra-bilat to plot, mw 9965610 us partners, stable, mw 9594273 upstream partners, mw 16345627 upstream partners, mw 17105218 upstream partners, mw 9965610 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw proprio 3rd_order, sw;pairs;L, downMBONs, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, remove FB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; CM Contra to LAL #1; CM4 dor ant 3 to LAL left (L1EM:9961098); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CM13 bilateral 1 left (L1EM:16635345) [VFB_00102fa7]

ASB left, CM13_lat_l akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, LAL com, CM1/3 L, #3T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw forClaire possible MB2ONs, mw brain crosses commissure, LAL com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, LALshellmed L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, LAL com posterior L, mw 14329745 ds contralateral partners, stable, mw 10964258 downstream partners, mw 16561660 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, LAL com 3*, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integration 4-hop, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, downMBONs, downLAL, FB_laura, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, remove FB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [CM13 bilateral 1 left (L1EM:16635345); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CM13 bilateral 1 right; CM a 6; CM13 lat 6 (L1EM:5859372) [VFB_00102enb]

WB_CM3 R, columns, CX akira, CM13 lat LALmed, CM13_lat_r akira, mw brain neurons, mw brain neurons + SU, CM1/3 l R, mw complete, mw brain inventory, LAL com, mw right, mw axon split complete, mw brain neurons split, #3, CM1/3 R, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw forClaire possible MB2ONs, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, LALshellmed, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 14329745 ds contralateral partners, stable, mw 10964258 downstream partners, mw 16561660 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, LAL com 3, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, downMBONs, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, remove FB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); CM13 bilateral 1 right; CM a 6; CM13 lat 6 (L1EM:5859372); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CM13 bilateral 2 left (L1EM:18023286) [VFB_00102fj5]

CM13_med_l akira, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, DPMpl3 L, IP com, #2T, mw brain neurons + sensories, mw brain crosses commissure, IPP VMC com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, IPPall L, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 1961182 ds contralateral partners, stable, mw 4966994 upstream partners, mw 10964258 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, mw 20379247 downstream partners, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [transmission electron microscopy (TEM); CM13 bilateral 2 left (L1EM:18023286); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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CM13 bilateral 2 right; ASB Baba Yaga 9753494 (L1EM:9753494) [VFB_00102eua]

downstream of mPN iACT A1 right calyx, WB_CM3 R, DPMpm a 4 MEF to subGC; CM13 lat 11 TODO, mw brain neurons, mw brain neurons + SU, CM13_lat_r akira, mw complete, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, DPMpl3 R, IP com, #2, mw brain neurons + sensories, mw brain crosses commissure, IPP VMC com, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, IPPall, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, mw 1961182 ds contralateral partners, stable, mw 4966994 upstream partners, mw 10964258 upstream partners, nr Tel-like 10 downstream 3-hop, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, downFB, bilateral Laura, mw interhemispheric integration 3-hop, mw 20379247 downstream partners, sw;pairs;R, downFBPBs, downPB, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [CC-BY_4.0; CM13 bilateral 2 right; ASB Baba Yaga 9753494 (L1EM:9753494); transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

Tags:

CM13 bilateral 3 left (L1EM:4966994) [VFB_00102eld]

Albert LAL inputs TODO, *CM4-vm_l akira, brain downstream of A08s2_a2r, clb:todo, clb:joined, clb:soma, clb:todo_A08, m review, mw brain neurons, mw brain neurons + SU, mw brain inventory, CM13_lat_l akira, mw mixed lineage neurons, mw draft complete, mw left, mw axon split complete, mw brain neurons split, DPMpl3 L, LAL com, mw colored-matrix-2019-09-12, #5T, mw brain neurons + sensories, mw brain crosses commissure, LAL VMC com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ad hubs_in, mw partner loops, mw 4966994 upstream partners, mw 4966994 downstream partners, PL-23, nr Tel-like 10 downstream 2-hop, mw ad all_hubs, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw proprio 3rd_order, sw;pairs;L, sw;mdev4, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; CM13 bilateral 3 left (L1EM:4966994)]

Tags:

CM13 bilateral 3 right; CM13 lat 19 (L1EM:16578252) [VFB_00102f9z]

ASB right, mw brain neurons, mw brain neurons + SU, CM13_lat_r akira, mw brain inventory, mw draft complete, mw right, mw axon split complete, mw brain neurons split, AUTO ascending neurons, DPMpl3 R, LAL com, mw colored-matrix-2019-09-12, #5, mw brain neurons + sensories, mw brain crosses commissure, LAL VMC com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ad hubs_in, mw partner loops, mw 4966994 upstream partners, mw 4966994 downstream partners, PL-23, nr Tel-like 10 downstream 2-hop, mw ad all_hubs, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw proprio 3rd_order, sw;pairs;R, sw;mdev4, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; CM13 bilateral 3 right; CM13 lat 19 (L1EM:16578252); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

CM13 bilateral 4 left (L1EM:10248031) [VFB_00102ev7]

nadia, pDM Bundle 7, CM3 r, CM3 r diff cells, WB_CM3 L, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, CM1/3 m L, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, DPMpl3 L, IP com, #3T, mw draft complete, mw brain neurons + sensories, mw brain crosses commissure, IPP VMC com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, IPPall L, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *CM13_lat_l akira, stable, mw 14999928 upstream partners, mw 16345627 upstream partners, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, sw;deviant;L, sw;5dev;L, mw noci 4th_order, mw proprio 4th_order, sw;pairs;L, sw;mdev3, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, LAL.b, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [CM13 bilateral 4 left (L1EM:10248031); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

CM13 bilateral 4 right (L1EM:17380319) [VFB_00102ff5]

mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, DPMpl3 R, IP com, #3, mw draft complete, mw brain neurons + sensories, mw brain crosses commissure, IPP VMC com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, IPPall, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *CM13_lat_r akira, stable, mw 14999928 upstream partners, mw 16345627 upstream partners, sw:brain_paired:R, sw;brainpair;R, sw;deviant;R, sw;5dev;R, mw noci 4th_order, mw proprio 4th_order, sw;pairs;R, sw;mdev3, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, LAL.b, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; CM13 bilateral 4 right (L1EM:17380319); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

CM13 descending left (L1EM:8723983) [VFB_00102erm]

nadia, pDM Bundle 1, Bundle q, LNM_down_octop, WB_CM3 L, CM13_lat_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, a8 unknown 20433910, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, INGRID FINISH, CM1/3 L, UNI, INGRID REVIEW, #2T, Merged: longitudinal axon C- upstream of VLEL3 A1R, mw draft complete, mw gap, mw descending unpaired, mw brain neurons + sensories, mw dVNC, mw brain unpaired checked once, mw axon split complete, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, stable, mw 8142831 downstream partners, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, YYCWMLEH, mw gustatory-external 4th_order, mw olfactory 4th_order, mw proprio 4th_order, mw gustatory-pharyngeal 4th_order, mw dVNC to A1, mw dVNC to A1 motor, sw;pairs;L, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, ND_mw dVNC to A1 motor, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; CM13 descending left (L1EM:8723983); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

CM13 descending right; neuron 16115256 down_oct; CM13 lat 13 (L1EM:16115255) [VFB_00102f7f]

LNM_down_octop, CM13_lat_r akira, DNs akira-2, mw brain neurons, mw brain neurons + SU, CM1/3 l R, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, CM1/3 R, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, UNI, #2, mw draft complete, mw descending unpaired, mw brain neurons + sensories, mw dVNC, mw brain unpaired checked once, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, stable, mw 8142831 downstream partners, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, CCWA09Input, lv dVNC to T3+A1, lv dVNC to A1, CCWA09input, mw gustatory-external 4th_order, mw olfactory 4th_order, mw proprio 4th_order, mw gustatory-pharyngeal 4th_order, mw dVNC to A1, mw dVNC to A1 motor, mw interhemispheric integration 4-hop, sw;pairs;R, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, ND_mw dVNC to A1 motor, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; CM13 descending right; neuron 16115256 down_oct; CM13 lat 13 (L1EM:16115255); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

CM13 hook 1 left; CMa 7 to loVP; CM13 lat 7_left (L1EM:10238739) [VFB_00102ev5]

nadia, pDM Bundle 7, CM3 r, CM3 r diff cells, LNM_down_octop, WB_CM3 L, Pre-DN17-8, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, CM1/3 L, VMC SEZ, mw colored-matrix-2019-09-12, #1T, mw draft complete, mw brain neurons + sensories, SMP VMC SEZ*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *CM13_lat_l akira, stable, mw 4966994 upstream partners, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw gustatory-pharyngeal 4th_order, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; CM13 hook 1 left; CMa 7 to loVP; CM13 lat 7_left (L1EM:10238739); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

CM13 hook 1 right; CMa 7 to loVP; CM13 lat 7_right (L1EM:5893912) [VFB_00102end]

CM13_lat_r akira, Pre-DN17-8, mw brain neurons, mw brain neurons + SU, CM1/3 l R, mw brain inventory, mw previously complete, VMC SEZ, mw right, mw axon split complete, mw brain neurons split, #1, CM1/3 R, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SMP VMC SEZ, mw brain matrix, mw brain ipsilateral, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 4966994 upstream partners, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw gustatory-pharyngeal 4th_order, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; CM13 hook 1 right; CMa 7 to loVP; CM13 lat 7_right (L1EM:5893912)]

Tags:

CM13 hook 2 left (L1EM:20421224) [VFB_00102flz]

CM13_lat_l akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, CM1/3 L, VMC SEZ, AUTO ascending neurons, mw colored-matrix-2019-09-12, #2T, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw brain neurons + sensories, SMP VMC SEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); CM13 hook 2 left (L1EM:20421224); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

CM13 hook 2 right; CM13 lat 16 - Uncertain At Gap (L1EM:17466463) [VFB_00102ffk]

CM13_lat_r akira, mw brain neurons, mw brain neurons + SU, CM1/3 l R, mw complete, mw brain inventory, VMC SEZ, mw right, mw axon split complete, mw brain neurons split, CM1/3 R, #2, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw brain neurons + sensories, SMP VMC SEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [CM13 hook 2 right; CM13 lat 16 - Uncertain At Gap (L1EM:17466463); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

CM13 hook 3 left (L1EM:10240382) [VFB_00102ev6]

nadia, pDM Bundle 7, CM3 r, CM3 r diff cells, WB_CM3 L, mw brain neurons, mw brain neurons + SU, CM13_lat_l akira, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, CM1/3 L, VMC SEZ, mw colored-matrix-2019-09-12, #3T, mw brain neurons + sensories, SMP VMC SEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw gustatory-pharyngeal 4th_order, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; CM13 hook 3 left (L1EM:10240382); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

CM13 hook 3 right; CMa 8 to loVP; CM13 lat 8 - Uncertain At Gap (L1EM:5895651) [VFB_00102ene]

CM13_lat_r akira, MB2IN19U, mw brain neurons, mw brain neurons + SU, CM1/3 l R, mw complete, mw brain inventory, VMC SEZ, mw right, mw axon split complete, mw brain neurons split, CM1/3 R, #3, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SMP VMC SEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw gustatory-pharyngeal 4th_order, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [CM13 hook 3 right; CMa 8 to loVP; CM13 lat 8 - Uncertain At Gap (L1EM:5895651); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

CM13 hook 4 left (L1EM:10234576) [VFB_00102ev3]

nadia, pDM Bundle 7, CM3 r, CM3 r diff cells, Mushroom body non intrinsic left, WB_MB4 L, WB_MBNBd L, WB_CM3 L, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, CM1/3 L, VMC SEZ, #4T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SMP VMC SEZ*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, *CM13_lat_l akira, mw pre-dVNC 1%, stable, mw 10964258 upstream partners, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw gustatory-pharyngeal 4th_order, mw dSEZ-feedback-2hop 2022-03-15, mw 20379247 downstream partners, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [CM13 hook 4 left (L1EM:10234576); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CM13 hook 4 right (L1EM:19090042) [VFB_00102fkv]

CM1/3 l R, CM13_lat_r akira, mw brain neurons + SU, mw complete, mw brain inventory, VMC SEZ, mw right, mw axon split complete, mw brain neurons split, CM1/3 R, #4, mw colored-matrix-2019-09-12, less than 150nm length, mw brain neurons + sensories, SMP VMC SEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw pre-dVNC 1%, stable, mw 10964258 upstream partners, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw gustatory-pharyngeal 4th_order, mw dSEZ-feedback-2hop 2022-03-15, mw 20379247 downstream partners, sw;pairs;R, downPB, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [CM13 hook 4 right (L1EM:19090042); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CM13 horseshoe 1 left (L1EM:8810141) [VFB_00102ert]

pDM Bundle 7, nadia, CM1 r diff cells, r lineage 5, LNM_down_octop, ASB left, CM13_med_l akira, mw brain neurons + SU, mw complete, mw brain inventory, mw left, CM1/3 m L, mw axon split complete, mw brain neurons split, IPP, CM1/3 L, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPPp com, IPPp com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, IPPall L, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 8142831 upstream partners, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw gustatory-pharyngeal 4th_order, mw 17383431 upstream partners, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; CM13 horseshoe 1 left (L1EM:8810141); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CM13 horseshoe 1 right (L1EM:12422355) [VFB_00102f05]

left gap helpers, Gap Helper, LNM_down_octop, WB_CM3 R, CM5, ASB right, CM1/3 m R, CM13_med_r akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, IPP, mw right, mw axon split complete, mw brain neurons split, CM1/3 R, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPPp com, IPPp com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, IPPall, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 8142831 upstream partners, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw gustatory-pharyngeal 4th_order, mw 17383431 upstream partners, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [CM13 horseshoe 1 right (L1EM:12422355); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

CM13 horseshoe 2 left (L1EM:10317031) [VFB_00102evd]

nadia, pDM Bundle 7, r lineage 5, CM1 r diff cells, LNM_down_octop, CM13_med_l akira, mw brain neurons + SU, mw complete, mw brain inventory, mw left, CM1/3 m L, mw axon split complete, mw brain neurons split, IPP, CM1/3 L, AUTO ascending neurons, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPPp com, IPPp com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, IPPall L, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 8142831 upstream partners, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw gustatory-pharyngeal 4th_order, sw;pairs;L, downPB, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, Tara, Claire&Tara&Khadija&Max, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; CM13 horseshoe 2 left (L1EM:10317031); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CM13 horseshoe 2 right (L1EM:2504517) [VFB_00102ehl]

left gap helpers, Gap Helper, LNM_down_octop, WB_CM3 R, CM5, CM1/3 m R, CM13_med_r akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, IPP, mw right, mw axon split complete, mw brain neurons split, CM1/3 R, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPPp com, IPPp com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, IPPall, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 8142831 upstream partners, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw gustatory-pharyngeal 4th_order, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; CM13 horseshoe 2 right (L1EM:2504517); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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CM13 med 10 right (L1EM:17298108) [VFB_00102fd7]

WB_CM3 R, LNM_down_octop, CM13_med_r akira, mw brain neurons, mw brain neurons + SU, CM1/3 m R, mw brain inventory, IPP, mw right, mw axon split complete, mw brain neurons split, #4, CM1/3 R, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, mw brain unpaired checked once, IPPp com, IPPp com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, IPPall, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, sw;pairs;R, downMBONs, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; CM13 med 10 right (L1EM:17298108); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

CM13 med 10? left (L1EM:10358617) [VFB_00102evk]

nadia, pDM Bundle 7, r lineage 5, CM1 r diff cells, CM13_med_l akira, mw brain neurons, mw brain neurons + SU, CM13_med todo, mw brain inventory, mw brain todo, mw left, CM1/3 m L, INC, CM1/3 L, IPP, #4T, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw gap severe, less than 150nm length, mw brain neurons + sensories, mw brain unpaired todo 1-13-20, IPPp com, IPPp com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw brain matrix and A1, mw brain paper all neurons, mw brain incomplete, mw unpaired 2021-04-13, mw missing axon, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw brain very incomplete, sw;pairs;L, mw brain and inputs, mw left incomplete, ND_published, ND_all published et al [CM13 med 10? left (L1EM:10358617); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

CM13 med 9 left (L1EM:17769815) [VFB_00102fi8]

pDM Bundle 7, CM1 r diff cells, nadia, r lineage 5, mw brain neurons + SU, CM13_med_l akira, mw brain inventory, mw left, CM1/3 m L, mw brain neurons split, CM1/3 L, IPL/M com, #3T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw draft complete, mw brain neurons + sensories, mw axon split complete, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, mw brain open-ends 2, UNI, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, downFB, sw;pairs;L, downFBPBs, downPB, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; CM13 med 9 left (L1EM:17769815); is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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CM13 med 9 right; ASB TODO B1 right 5 descending at GAP (L1EM:16690648) [VFB_00102fak]

CM13 med loVP, CM13_med_r akira, ASB TODO B1 right, downstream of mPN iACT B1 right, unpaired ds mPNs right >= 5 synapses individual, mw brain neurons, mw brain neurons + SU, CM1/3 m R, CM13_med todo, mw brain inventory, mw brain todo, mw right, CM1/3 R, AUTO ascending neurons at 1112 gap, IPL/M com, #3, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, INGRID REVIEW, mw gap severe, mw brain neurons + sensories, mw axon split complete, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw missing axon, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, UNI, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw brain incomplete, sw;pairs;R, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw right incomplete, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; CM13 med 9 right; ASB TODO B1 right 5 descending at GAP (L1EM:16690648); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

CM13 splitter left (L1EM:10237401) [VFB_00102ev4]

nadia, pDM Bundle 7, CM3 r, CM3 r diff cells, WB_CM3 L, mw brain neurons, mw brain neurons + SU, fragment with gap, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, CM1/3 L, VMC l, #2T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw gap, mw issues, mw draft complete, mw brain neurons + sensories, VMC l*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *CM13_lat_l akira, stable, mw 9870483 downstream partners, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw respiratory 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, mw 17383431 downstream partners, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; CM13 splitter left (L1EM:10237401); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

CM13 splitter right; CM a 5; CM13 lat 5 Lost At Gap (L1EM:5858788) [VFB_00102ena]

CM13_lat_r akira, mw brain neurons, mw brain neurons + SU, CM1/3 l R, mw brain inventory, VMC l, mw right, #2, CM1/3 R, AUTO ascending neurons, AUTO multiple presynapses to brain, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw axon split complete, mw draft complete, mw gap, mw issues, mw brain neurons + sensories, VMC l, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 9870483 downstream partners, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw respiratory 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, mw 17383431 downstream partners, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; CM13 splitter right; CM a 5; CM13 lat 5 Lost At Gap (L1EM:5858788); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CM13 tall ipsilateral left (L1EM:5689639) [VFB_00102emg]

nadia, pDM Bundle 1, Bundle q, WB_CM3 L, CM13_lat_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw draft complete, CM1/3 L, VMC l, #1T, mw colored-matrix-2019-09-12, INGRID REVIEW, mw brain neurons + sensories, VMC l, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw ds-pre-dVNC, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [CM13 tall ipsilateral left (L1EM:5689639); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CM13 tall ipsilateral right (L1EM:5855343) [VFB_00102en9]

CM13_lat_r akira, ASB TODO B1 right, downstream of mPN iACT B1 right, ASB Right PN-LH Input, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, m TODO mPNs, unpaired ds mPNs right >= 5 synapses individual, ASB B1 right help solving , mw brain neurons, mw brain neurons + SU, CM1/3 l R, mw brain inventory, VMC l, mw right, mw axon split complete, mw brain neurons split, mw draft complete, #1, CM1/3 R, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VMC l, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, downMBONs, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [CM13 tall ipsilateral right (L1EM:5855343); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CM4 Bridle left (L1EM:20139548) [VFB_00102flp]

nadia, DPMpl3 r young cells, WB_DPMpl3 L, CM4-dm_l akira, mw brain neurons, mw brain neurons + SU, SEZ_Hook_1-L, mw brain inventory, NOI, mw complete, mw left, CM4 L, mw axon split complete, mw brain neurons split, VNC com CITd, MB2IN-104UpSet, AUTO descending neurons to SEZ, #4T, mw colored-matrix-2019-09-12, MB2IN-104 3Up, mw brain neurons + sensories, mw dSEZ, mw brain crosses commissure, IPP VMC com desc, mw brain matrix, MB2IN-104up3, SMALL FRAGMENT, MB2IN-104up3pair, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain open-ends 3, sw:brain_paired:L, sw;brainpair;L, sw;deviant;L, sw;4dev;L, mw noci 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, cx descending l1, sw;idev5, dSEZdownstreamCX, sw;pairs;L, downNO, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, sw;cdeviants, CM5*, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 86_level-7_clusterID-134_signal-flow_-1.092, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; CM4 Bridle left (L1EM:20139548); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CM4 Bridle right (L1EM:17380345) [VFB_00102ff6]

MB2IN19U, mw brain neurons + SU, SEZ_Hook_1-R, mw brain inventory, CM4-vm_r akira, NOI, mw complete, mw right, mw axon split complete, mw brain neurons split, CM4 R, VNC com CITd, #4, MB2IN-104UpSet, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, MB2IN-104 3Up, mw brain neurons + sensories, mw dSEZ, mw brain crosses commissure, IPP VMC com desc, mw brain matrix, MB2IN-104up3, MB2IN-104up3pair, mw brain contralateral, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, sw:brain_paired:R, sw;brainpair;R, sw;deviant;R, sw;4dev;R, mw noci 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, cx descending l1, sw;idev5, dSEZdownstreamCX, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, CM5*, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 86_level-7_clusterID-134_signal-flow_-1.092, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; CM4 Bridle right (L1EM:17380345); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

CM4 cen ant 1 left (L1EM:19298644) [VFB_00102fl7]

mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, CM4-vm_l akira, mw draft complete, mw issues, mw gap, CM4 L, VNC com CITd, AUTO descending neurons to VNC, #3T, mw colored-matrix-2019-09-12, Avi 122, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, IPP VMC com desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, CM4-vm mature, CX columnar system, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, Potential FB.b, YYCWMLEH, CX descending, lv dVNC to A8+A9, sw;7dev;L, mw noci 2nd_order, mw dVNC to A1, mw dVNC to A1 mixed, sw;idev4, dVNCdownstreamCX, sw;pairs;L, dPNOins, downNO, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB.d, NO.d, CM5*, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; CM4 cen ant 1 left (L1EM:19298644)]

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CM4 cen ant 1 right (L1EM:17537254) [VFB_00102fft]

Zgroup, ASB TODO B1 right, downstream of mPN iACT B1 right, ASB Dense Core, ASB Right PN-LH Input, DNs akira-2, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, ASB No Way Out B1 right 15, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, unpaired ds mPNs right >= 5 synapses individual, CM4 R, mw brain neurons + SU, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, #3, CM4-vm_r akira, mw draft complete, mw issues, mw gap, VNC com CITd, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, IPP VMC com desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, CX descending, sw;7dev;R, mw noci 2nd_order, mw dVNC to A1, mw dVNC to A1 mixed, sw;idev4, dVNCdownstreamCX, sw;pairs;R, dPNOins, downFBMBONs, downMBONs, downNO, FB_laura, test2, test3, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB.d, FB descending, CX columnar system, NO.d, CM5*, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); CM4 cen ant 1 right (L1EM:17537254); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CM4 contralateral 1 left; BZ ; CM4 dor pos 2 left (L1EM:16935790) [VFB_00102fbf]

LNM_down_octop, CM4 r diff cells, nadia, WB_CM4 L, central complex layers PB FB EB, CM4-dm_l akira, mw brain neurons + SU, mw brain inventory, mw complete, mw left, mw axon split complete, mw brain neurons split, LAL com, #6T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 17110024 downstream partners, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw proprio 2nd_order, mw proprio 2nd_order PN-old, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 42_level-6_clusterID-76_signal-flow_-0.513, 65_level-7_clusterID-76_signal-flow_-0.513, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [CM4 contralateral 1 left; BZ ; CM4 dor pos 2 left (L1EM:16935790); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CM4 contralateral 1 right; DPMpm c 3 MEF ven and comm; CM4 dor pos 8 (L1EM:11359482) [VFB_00102eyd]

WB_CM4 R, columns, CX akira, CM4-dm_r akira, ASB right, EB-LAL to LAL, potential MB2ON-234 left, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, LAL com, mw axon split complete, mw brain neurons split, #6, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 17110024 downstream partners, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw proprio 2nd_order, mw proprio 2nd_order PN-old, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 42_level-6_clusterID-76_signal-flow_-0.513, 65_level-7_clusterID-76_signal-flow_-0.513, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CM4 contralateral 1 right; DPMpm c 3 MEF ven and comm; CM4 dor pos 8 (L1EM:11359482); CC-BY_4.0; VFB CATMAID L1 CNS]

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CM4 contralateral 2 left (L1EM:17306107) [VFB_00102fd9]

columns, CM4-vm_l akira, potential MB2ON-234 left, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, mw axon split complete, mw brain neurons split, CM4 L, LAL com, #4T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 17110024 downstream partners, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw proprio 3rd_order, mw respiratory 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, mw 17383431 downstream partners, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 42_level-6_clusterID-76_signal-flow_-0.513, 65_level-7_clusterID-76_signal-flow_-0.513, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; CM4 contralateral 2 left (L1EM:17306107); L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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CM4 contralateral 2 right; DPMpm b 4 MEF int comm; CM4 dor pos 4 (L1EM:6111289) [VFB_00102env]

I. Fragment target neuron #2 MB PN 3, WB_DPMpm R, WB_CM4 R, columns, CM4-dm_r akira, EB-LAL to LAL, potential MB2ON-234 left, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw mixed lineage neurons, mw right, LAL com, mw axon split complete, mw brain neurons split, #4, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *DPMpl3_r akira, stable, mw 17110024 downstream partners, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw proprio 3rd_order, mw respiratory 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, mw 17383431 downstream partners, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 42_level-6_clusterID-76_signal-flow_-0.513, 65_level-7_clusterID-76_signal-flow_-0.513, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; CM4 contralateral 2 right; DPMpm b 4 MEF int comm; CM4 dor pos 4 (L1EM:6111289); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CM4 contralateral descending 1 left_JMpair17 (L1EM:10921106) [VFB_00102ewv]

nadia, pDM Bundle 1, mw brain neurons + SU, mw brain inventory, CM4-dm_l akira, mw draft complete, mw left, mw axon split complete, mw brain neurons split, CM4 L, VNC com CITd, AUTO descending neurons to VNC, #5T, mw colored-matrix-2019-09-12, Avi 122, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, IPP VMC com desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 2-hop, nr Tel-like 10 downstream-dVNCs 2-hop, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, YYCWMLEH, lv dVNC to A8+A9, mw mechano-Ch 3rd_order, mw dVNC not to A1, cx descending l1, FB descending, dVNCdownstreamCX, sw;pairs;L, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, CM5*, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [CM4 contralateral descending 1 left_JMpair17 (L1EM:10921106); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CM4 contralateral descending 1 right (L1EM:16388736) [VFB_00102f8g]

DNs akira-2, ASB TODO B1 right 10 descending, Avi_Matt_Doe neurons, mw brain neurons + SU, mw brain inventory, CM4-vm_r akira, mw draft complete, mw right, 0427 todolist, mw axon split complete, mw brain neurons split, CM4 R, VNC com CITd, #5, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, IPP VMC com desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 2-hop, nr Tel-like 10 downstream-dVNCs 2-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, lv dVNC to A8+A9, mw mechano-Ch 3rd_order, mw dVNC not to A1, mw interhemispheric integration 3-hop, sw;pairs;R, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, CM5*, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; CM4 contralateral descending 1 right (L1EM:16388736); VFB CATMAID L1 CNS]

Tags:

CM4 descending left (L1EM:18485293) [VFB_00102fk0]

NIMB, Mushroom body non intrinsic left, WB_MB4 L, ni-neurons MB_l akira, mw brain neurons + SU, mw brain inventory, mw left, AUTO descending neurons to VNC, AUTO ascending neurons, Avi 122, Avi 122 unpaired, mw unpaired 2019-10-09, DPMpl3 L, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw mixed lineage neurons, #1T, VMC contra desc, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, fragment, mw axon split complete, VMC contra desc*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw dVNC important 1st-order upstream, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw pre-dVNC, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, sw;deviant;L, sw;1dev;L, lv dVNC to T3+A1, lv dVNC to A1, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw thermo-warm 4th_order, mw mechano-Ch 4th_order, mw dVNC not to A1, sw;pairs;L, mw candidate backup, sw;mdev4, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, putative non-intrinsic, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct pre-DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; CM4 descending left (L1EM:18485293)]

Tags:

CM4 descending right (L1EM:17647621) [VFB_00102fg8]

fragment, CM4-dm_r akira, found soma, clb:soma, clb:todo, brain downstream of A08s1_a1l, clb:important, clb:todo_A08, DNs akira-2, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw unpaired 2019-10-09, clNP, DPMpl3 R, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw mixed lineage neurons, #1, VMC contra desc, mw brain neurons + sensories, mw dVNC, post-A08s brain, post-A08s descending, mw brain crosses commissure, VMC contra desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw dVNC important 1st-order upstream, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw pre-dVNC, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, sw;deviant;R, sw;1dev;R, lv dVNC to T3+A1, lv dVNC to A1, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw thermo-warm 4th_order, mw mechano-Ch 4th_order, mw dVNC not to A1, sw;pairs;R, mw candidate backup, sw;mdev4, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct pre-DN-VNCs, ct DN-VNCs [CM4 descending right (L1EM:17647621); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

CM4 do pos 3 left (L1EM:10710503) [VFB_00102ew9]

nadia, CM4 r diff cells, TODO calyx Kathi, MB calyx after gap, WB_CM4 L, fragment, ASB left, CM4-dm_l akira, Search for EB, ASB Downstream of Ipsi Bridges Right, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li found pair but not symatric, li temp possible pair - 1, possible paired downstream of RIGHT uPN >= 3 synapses, mw paired 49, potential pair of ds mPN right >= 5, li temp possible pair - 20, ASB Unresolvable Frag at Gap, m missing branch, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, paired with #18142558, left-right NBlast: 0.427177672800724, Downstream of LEFT uPN with 3 synapses or more to any uPN, post 2+ 42a or 42b PN in LH, pairs ds mPNs >= 10, pairs ds uPNs >= 5, check LHON 5% input aver, LHNs, axoDen mPNs, axoDen uPNs, uLHNs, mLHNs, putative LHN, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, IPA com, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPL IPA com, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, lv R TOONs minus ORN PNs and KCs, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9503428 us partners, stable, mw ds-uPNs, mw LHN-from-uPN, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integration 2-hop, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); CM4 do pos 3 left (L1EM:10710503); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CM4 do pos 3 right (L1EM:18142558) [VFB_00102fji]

downstream of mPN, ASB No Way Out A3 4, downstream of mPN iACT A3 right, ASB Right uPN-LH Input, ASB Bridges Right Bilateral, ASB mPN-Dorsal Lobe, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li found pair but not symatric, li downstream of RIGHT uPN with 3 synapses or more to any uPN, li temp possible pair - 1, Downstream of RIGHT uPN >= 3 synapses individual, all paired downstream of RIGHT uPN >= 3 synapses, possible paired downstream of RIGHT uPN >= 3 synapses, potential paired downstream of RIGHT uPN >= 3 synapses individual, mw paired 49, potential paired ds mPNs right >= 5 synapses individual, potential paired ds mPNs right >= 10 synapses individual, li temp possible pair - 20, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, paired with #10710503, left-right NBlast: 0.427177672800724, Downstream of RIGHT uPN with 3 synapses or more to any uPN, pairs ds uPNs >= 5, pairs ds mPNs >= 10, check LHON 5% input aver, LHNs, axoDen mPNs, axoDen uPNs, uLHNs, mLHNs, putative LHN, CM4 R, *CM4-dm_r akira, DPMpl3_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw mixed lineage neurons, mw previously complete, mw right, IPA com, mw axon split complete, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPL IPA com, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9503428 us partners, stable, mw ds-uPNs, mw LHN-from-uPN, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, mw interhemispheric integration 2-hop, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; CM4 do pos 3 right (L1EM:18142558); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

CM4 dor med_r; CM4 dor ant 3 to LAL right (L1EM:4311241) [VFB_00102ekl]

WB_CM4 R, CX columns akira, CM4-dm_r akira, CM4 dor ant LAL, CM4 potential pair, hemilateral_pair_4311241_9961098, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, LAL com, mw axon split complete, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, LALshellmed, mw check dendrite, mw bilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 9965610 us partners, stable, mw 9594273 upstream partners, mw 16345627 upstream partners, mw 17105218 upstream partners, mw 9965610 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw proprio 3rd_order, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, remove FB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [CM4 dor med_r; CM4 dor ant 3 to LAL right (L1EM:4311241); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CM4 dor pos 10 left (L1EM:9503428) [VFB_00102etl]

CM4-dm_l akira, ASB Downstream of Ipsi Bridges Right, hemilateral_pair_9503428_10343101, MB2IN19U, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, CM4 L, IPA com, #1T, mw colored-matrix-2019-09-12, ADCp, mw brain neurons + sensories, mw brain crosses commissure, IPL IPA com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-RGN, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw bilateral axon asymmetrical neurons, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw mechano-II/III 3rd_order, mw interhemispheric integration 3-hop, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 56_level-7_clusterID-184_signal-flow_-0.331, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); CM4 dor pos 10 left (L1EM:9503428); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CM4 dor pos 10 right (L1EM:10343101) [VFB_00102evh]

WB_CM4 R, DPMpm c 1 loSM , WB_DPMpm R, *CM4-dm_r akira, CM4 PB, hemilateral_pair_9503428_10343101, DPMpl3_r akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw right, IPA com, mw axon split complete, mw brain neurons split, #1, mw colored-matrix-2019-09-12, ADCp, mw brain neurons + sensories, mw brain crosses commissure, IPL IPA com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-RGN, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw bilateral axon asymmetrical neurons, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw mechano-II/III 3rd_order, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 56_level-7_clusterID-184_signal-flow_-0.331, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd other, ct other [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; CM4 dor pos 10 right (L1EM:10343101); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

Tags:

CM4 horseshoe left (L1EM:5902352) [VFB_00102enh]

Gap Helper, right gap helper, WB_DPMpl3 L, CM4-dm_l akira, MB2IN19U, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw mixed lineage neurons, mw left, mw axon split complete, mw brain neurons split, AUTO ascending neurons, #1T, mw colored-matrix-2019-09-12, IP com, INGRID REVIEW 1st, mw brain neurons + sensories, mw brain crosses commissure, IPP VMC com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, IPPall L, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 18500915 ds contralateral partners, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw proprio 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, downFB, bilateral Laura, sw;pairs;L, downFBPBs, downPB, sw;mdev5, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 80_level-7_clusterID-132_signal-flow_-0.848, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; CM4 horseshoe left (L1EM:5902352); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

CM4 horseshoe right; DPMpl3 a 3 MEF CPMneuron 5936936 (L1EM:5936935) [VFB_00102enj]

WB_DPMpm R, DPMpl3_r akira, MB2IN19U, mw brain neurons, mw brain neurons + SU, DPMpl3 R, mw brain inventory, mw draft complete, mw mixed lineage neurons, mw right, mw axon split complete, mw brain neurons split, #1, mw colored-matrix-2019-09-12, IP com, mw brain neurons + sensories, mw brain crosses commissure, IPP VMC com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, IPPall, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 18500915 ds contralateral partners, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integration 4-hop, mw proprio 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, dPNOins, downFBMBONs, downFBPBs, downMBONs, downPB, downNO, pFB.b, test2, test3, sw;mdev5, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, Tara, Claire&Tara&Khadija&Max, NO.d, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 80_level-7_clusterID-132_signal-flow_-0.848, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); CM4 horseshoe right; DPMpl3 a 3 MEF CPMneuron 5936936 (L1EM:5936935); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

CM4 l MEF comm; CM4 dor ant 9 to LAL left (L1EM:9384504) [VFB_00102etc]

CM4 r diff cells, nadia, WB_CM4 L, CM4-dm_l akira, hemilateral_pair_5935744_9384504, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, mw axon split complete, mw brain neurons split, LAL com, #1T, AUTO ascending neurons, AUTO multiple presynapses to brain, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, LALshellmed L, mw check dendrite, mw bilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw 8801736 upstream partners, mw 9594273 upstream partners, mw 16345627 upstream partners, mw 17105218 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw mechano-Ch 4th_order, sw;pairs;L, downLAL, sw;mdev5, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, remove FB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); CM4 l MEF comm; CM4 dor ant 9 to LAL left (L1EM:9384504); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

CM4 l MEF comm; CM4 dor ant 9 to LAL right (L1EM:5935744) [VFB_00102eni]

WB_CM4 R, CX columns akira, CM4-dm_r akira, CM4 dor ant LAL, hemilateral_pair_5935744_9384504, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, LAL com, mw axon split complete, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, LALshellmed, mw check dendrite, mw bilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw 8801736 upstream partners, mw 9594273 upstream partners, mw 16345627 upstream partners, mw 17105218 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw mechano-Ch 4th_order, sw;pairs;R, sw;mdev5, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, remove FB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [CM4 l MEF comm; CM4 dor ant 9 to LAL right (L1EM:5935744); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

CM4 small 1 left (L1EM:18088813) [VFB_00102fjc]

CM4-vm_l akira, nadia, pDM Bundle 1, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, AUTO ascending neurons, AUTO multiple presynapses to brain, CM4 L, UNI, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw draft complete, #6T, less than 150nm length, mw brain neurons + sensories, mw axon split complete, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 8142831 downstream partners, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw proprio 3rd_order, mw 16937799 downstream partners, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; CM4 small 1 left (L1EM:18088813); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

CM4 small 1 right (L1EM:17660233) [VFB_00102fgv]

Akira to Volker, mw brain neurons + SU, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, CM4 R, UNI, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, CM4-vm_r akira, mw draft complete, #6, mw brain neurons + sensories, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 8142831 downstream partners, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw proprio 3rd_order, mw 16937799 downstream partners, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; CM4 small 1 right (L1EM:17660233); VFB CATMAID L1 CNS]

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CM4 sparse descending left (L1EM:10018150) [VFB_00102eut]

nadia, CM4 r diff cells, WB_CM4 L, CM4-dm_l akira, DNs akira-2, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, mw axon split complete, mw brain neurons split, UNI, VMC desc CITd, AUTO descending neurons to VNC, #2T, mw colored-matrix-2019-09-12, Avi 122, mw brain neurons + sensories, mw dVNC, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10875625 ds contralateral partners, stable, mw 8142831 downstream partners, mw 8801736 downstream partners, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, lv dVNC to T3+A1, lv dVNC to A1, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw proprio 4th_order, mw thermo-warm 4th_order, mw dVNC to A1, mw dVNC to A1 mixed, mw 20379247 downstream partners, sw;pairs;L, mw candidate turn, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; CM4 sparse descending left (L1EM:10018150); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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CM4 sparse descending right; CM4 dor ant 6 DNs_JMpair17 (L1EM:17379298) [VFB_00102fez]

CX columns akira, CM4-dm_r akira, ASB right, DNs akira-2, mw brain neurons, mw brain neurons + SU, CM4 R, mw brain inventory, mw complete, Latea08_downstream, mw right, mw axon split complete, UNI, mw brain neurons split, 11 purple, T1 11 Purple, #2, VMC desc CITd, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw brain neurons + sensories, mw dVNC, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10875625 ds contralateral partners, stable, mw 8142831 downstream partners, mw 8801736 downstream partners, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, YYCWMLEH, lv dVNC to T3+A1, lv dVNC to A1, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw proprio 4th_order, mw thermo-warm 4th_order, mw dVNC to A1, mw dVNC to A1 mixed, mw 20379247 downstream partners, sw;pairs;R, mw candidate turn, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; CM4 sparse descending right; CM4 dor ant 6 DNs_JMpair17 (L1EM:17379298)]

Tags:

CM4-dm bilateral descending left (L1EM:18099401) [VFB_00102fjd]

CM4-dm_l akira, CM4 r diff cells, WB_CM4 L, DNs akira-2, Avi_Matt_Doe neurons, upstream PL, hemilateral_pair_5975584_18099401, MB2IN19U, mw brain neurons, mw brain neurons + SU, SH_T1down, mw brain inventory, mw complete, mw left, mw axon split complete, mw brain neurons split, UNI, #1T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw brain neurons + sensories, mw brain crosses commissure, UNI, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw ds-pre-RGN, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw to review, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 1961182 ds ipsilateral partners, mw 1961182 ds contralateral partners, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw enteric 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, sw;pairs;L, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 79_level-7_clusterID-143_walksort-0.838, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; CM4-dm bilateral descending left (L1EM:18099401); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CM4-dm bilateral descending right; DPMpm c 2 loSM; CM4 dor pos 7 (L1EM:5975584) [VFB_00102enp]

WB_DPMpm R, WB_CM4 R, *CM4-dm_r akira, DNs akira-2, upstream PI, hemilateral_pair_5975584_18099401, MB2IN19U, DPMpl3_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw mixed lineage neurons, mw right, mw axon split complete, UNI, mw brain neurons split, #1, DH44_inter_T1_nosens, mw colored-matrix-2019-09-12, Chiasm MBDL, mw unpaired 2019-10-09, mw brain neurons + sensories, mw brain crosses commissure, UNI, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw ds-pre-RGN, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 1961182 ds ipsilateral partners, mw 1961182 ds contralateral partners, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw enteric 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, mw interhemispheric integration 3-hop, sw;pairs;R, upFBPBs, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 79_level-7_clusterID-143_walksort-0.838, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; CM4-dm bilateral descending right; DPMpm c 2 loSM; CM4 dor pos 7 (L1EM:5975584); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CM4-dm horseshoe 1 left (L1EM:15629759) [VFB_00102f5o]

CM4 r diff cells, nadia, WB_CM4 L, CM4-dm_l akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, UNI, #4T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw brain neurons + sensories, mw brain crosses commissure, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, no way out, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw proprio 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, mw 16937799 downstream partners, sw;pairs;L, sw;mdev4, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; CM4-dm horseshoe 1 left (L1EM:15629759)]

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CM4-dm horseshoe 1 right (L1EM:2659504) [VFB_00102ehs]

CM4-dm_r akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, CM4 R, UNI, #4, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw brain neurons + sensories, mw brain crosses commissure, UNI, mw brain matrix, Merged: Neuron 21316192, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw proprio 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, downFB, mw 16937799 downstream partners, sw;pairs;R, sw;mdev4, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; CM4-dm horseshoe 1 right (L1EM:2659504); VFB CATMAID L1 CNS]

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CM4-dm Switcheroo 1 left (L1EM:10915553) [VFB_00102ewu]

nadia, pDM Bundle 1, DPLc4 l, WB_DPLc4 L, DNs akira-2, mw brain neurons + SU, mw brain inventory, CM4-dm_l akira, mw complete, mw left, mw axon split complete, mw brain neurons split, CM4 L, IP 2xcom VNC, AUTO ascending neurons at 1112 gap, mw colored-matrix-2019-09-12, #3T, mw descending axons need work, mw brain neurons + sensories, mw brain crosses commissure, IPL/M 2xcom desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, mw dVNC, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw dVNC not to A1, sw;pairs;L, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 14_level-6_clusterID-88_signal-flow_0.646, 23_level-7_clusterID-88_signal-flow_0.646, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; CM4-dm Switcheroo 1 left (L1EM:10915553); VFB CATMAID L1 CNS]

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CM4-dm Switcheroo 1 right; CM4 dor ant 12 DNs (L1EM:11905911) [VFB_00102ez8]

To Finish, CM4-dm_r akira, DNs akira-2, mw brain neurons, mw brain neurons + SU, CM4 R, mw brain inventory, mw complete, mw right, IP 2xcom VNC, mw axon split complete, mw brain neurons split, cyan, T1 8 Cyan, #1, mw colored-matrix-2019-09-12, mw descending axons need work, mw brain neurons + sensories, mw brain crosses commissure, IPL/M 2xcom desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, mw dVNC, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, Merged: merge with npfr$, mw dVNC not to A1, sw;pairs;R, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 14_level-6_clusterID-88_signal-flow_0.646, 23_level-7_clusterID-88_signal-flow_0.646, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; CM4-dm Switcheroo 1 right; CM4 dor ant 12 DNs (L1EM:11905911); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CM4-dm Switcheroo 2 left (L1EM:10609443) [VFB_00102ew3]

nadia, DPMpl3 r young cells, Pre-Mickey-34, WB_DPMpl3 L, CM4-dm_l akira, At Gap, upstream PL, mw brain neurons, mw brain neurons + SU, SH_T1down, mw brain inventory, mw complete, mw left, CM4 L, mw axon split complete, mw brain neurons split, IP 2xcom VNC, mw colored-matrix-2019-09-12, #1T, mw gap, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, IPL/M 2xcom desc, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dVNC medial_ventral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, CONNECTED TO LOCKED NEURON, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, mw 5745110 ds contralateral partners, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, mw dVNC to A1, mw dVNC to A1 mixed, sw;pairs;L, mw candidate speed-modulation, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw mechano-Ch 3rd_order, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct pre-DN-SEZs, ct DN-VNCs [CM4-dm Switcheroo 2 left (L1EM:10609443); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CM4-dm Switcheroo 2 right; DPMpm b 5; CM4 dor pos 5 (L1EM:6114695) [VFB_00102enw]

WB_DPMpm R, WB_CM4 R, CM4-dm_r akira, DNs akira-2, suguru works, mw brain neurons, mw brain neurons + SU, mw brain inventory, fragment, mw complete, mw right, IP 2xcom VNC, mw axon split complete, mw brain neurons split, cyan, T1 8 Cyan, #2, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, IPL/M 2xcom desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dVNC medial_ventral, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, *DPMpl3_r akira, mw 5745110 ds contralateral partners, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, CCWA09Input, lv dVNC to A8+A9, CCWA09input, mw noci 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, mw dVNC to A1, mw dVNC to A1 mixed, sw;pairs;R, mw candidate speed-modulation, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw mechano-Ch 3rd_order, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct pre-DN-SEZs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; CM4-dm Switcheroo 2 right; DPMpm b 5; CM4 dor pos 5 (L1EM:6114695); VFB CATMAID L1 CNS]

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CM4-dm Switcheroo 3 left (L1EM:17732270) [VFB_00102fhq]

mw brain neurons + SU, mw brain inventory, CM4-dm_l akira, mw complete, mw left, CM4 L, mw axon split complete, mw brain neurons split, IP 2xcom VNC, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, #2T, Avi 122, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, IPL/M 2xcom desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dVNC medial_ventral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw mechano-Ch 3rd_order, mw dVNC not to A1, sw;pairs;L, mw candidate turn, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 14_level-6_clusterID-88_signal-flow_0.646, 23_level-7_clusterID-88_signal-flow_0.646, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [CM4-dm Switcheroo 3 left (L1EM:17732270); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CM4-dm Switcheroo 3 right; DPMpm b 6; CM4 dor pos 6 TODO DNs (L1EM:6125806) [VFB_00102enx]

Pre-Mickey-34, WB_DPMpm R, WB_CM4 R, *CM4-dm_r akira, DNs akira-2, DPMpl3_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, IP 2xcom VNC, mw axon split complete, mw brain neurons split, cyan, T1 8 Cyan, #3, CM4 IP 2xcom VNC R MVT downstream, AUTO ascending neurons at 1112 gap, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, IPL/M 2xcom desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dVNC medial_ventral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, lv dVNC to T3+A1, lv dVNC to A1, mw mechano-Ch 3rd_order, mw dVNC not to A1, sw;pairs;R, mw candidate turn, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 14_level-6_clusterID-88_signal-flow_0.646, 23_level-7_clusterID-88_signal-flow_0.646, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [CM4-dm Switcheroo 3 right; DPMpm b 6; CM4 dor pos 6 TODO DNs (L1EM:6125806); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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CM4-dm Switcheroo 4 left (L1EM:7227010) [VFB_00102eoz]

nadia, DPMpl3 r young cells, CM4-vm_l akira, suguru works, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, mw axon split complete, mw brain neurons split, CM4 L, IP 2xcom VNC, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, #4T, Avi 122, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, IPL/M 2xcom desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dVNC medial_ventral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, CCWA09Input, lv dVNC to A8+A9, CCWA09input, mw noci 3rd_order, mw dVNC to A1, mw dVNC to A1 sens, sw;pairs;L, mw candidate speed-modulation, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; CM4-dm Switcheroo 4 left (L1EM:7227010); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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CM4-dm Switcheroo 4 right; CM4 dor pos 11 DNs (L1EM:16115575) [VFB_00102f7g]

Zgroup, CM4-dm_r akira, DNs akira-2, suguru works, fragment, mw brain neurons, mw brain neurons + SU, CM4 R, mw brain inventory, mw complete, mw right, IP 2xcom VNC, mw axon split complete, mw brain neurons split, cyan, T1 8 Cyan, #4, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, IPL/M 2xcom desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dVNC medial_ventral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, lv dVNC to A8+A9, mw noci 3rd_order, mw dVNC to A1, mw dVNC to A1 sens, sw;pairs;R, mw candidate speed-modulation, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [CM4-dm Switcheroo 4 right; CM4 dor pos 11 DNs (L1EM:16115575); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CM4-dm Tiny 1 left (L1EM:10017804) [VFB_00102eur]

nadia, CM4 r diff cells, WB_CM4 L, CM4-dm_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw not SU, mw left, mw brain few synapses, IPP, #2T, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, less than 150nm length, mw brain neurons + sensories, mw axon split complete, IPP, mw partially differentiated, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw partially differentiated non-KC, sw;pairs;L, downFBPBs, downPB, mw brain and inputs, ND_published, ND_all published et al [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; CM4-dm Tiny 1 left (L1EM:10017804); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CM4-dm Tiny 1 right (L1EM:2660767) [VFB_00102eht]

WB_CM4 R, CX columns akira, CM4-dm_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw not SU, mw right, mw brain few synapses, IPP, #1, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, less than 150nm length, mw brain neurons + sensories, mw axon split complete, IPP, mw partially differentiated, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw partially differentiated non-KC, sw;pairs;R, mw brain and inputs, ND_published, ND_all published et al [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; CM4-dm Tiny 1 right (L1EM:2660767); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CM4-dm Tiny 2 left (L1EM:10017931) [VFB_00102eus]

CM4 r diff cells, WB_CM4 L, CM4-dm_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw not SU, mw left, mw brain few synapses, IPP, #1T, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpairable, less than 150nm length, mw brain neurons + sensories, mw brain unpaired checked once, IPP, mw partially differentiated, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw brain matrix and A1, mw brain paper all neurons, mw unpaired 2021-04-13, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw partially differentiated non-KC, sw;pairs;L, mw brain and inputs, ND_published, ND_all published et al [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; CM4-dm Tiny 2 left (L1EM:10017931); VFB CATMAID L1 CNS]

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CM4-dm Tiny 2 right; CM4 dor ant 4 (L1EM:6978516) [VFB_00102eos]

CX columns akira, CM4-dm_r akira, mw brain neurons, mw brain neurons + SU, CM4 R, mw brain inventory, mw complete, mw not SU, mw right, mw brain few synapses, IPP, #2, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpairable, less than 150nm length, mw brain neurons + sensories, mw brain unpaired checked once, IPP, mw partially differentiated, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw brain matrix and A1, mw brain paper all neurons, mw unpaired 2021-04-13, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw partially differentiated non-KC, sw;pairs;R, mw brain and inputs, ND_published, ND_all published et al [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; CM4-dm Tiny 2 right; CM4 dor ant 4 (L1EM:6978516)]

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CM4-dm Tiny 3 left (L1EM:10017661) [VFB_00102euq]

nadia, mittelaltes neuron, CM4 r diff cells, WB_CM4 L, ASB left, CM4-dm_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw not SU, mw left, mw brain few synapses, IPP, #3T, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpairable, less than 150nm length, mw brain neurons + sensories, mw brain unpaired checked once, IPP, mw partially differentiated, mw brain matrix, mw brain ipsilateral, mw brain matrix + A1, mw brain matrix and A1, mw brain paper all neurons, mw unpaired 2021-04-13, stable, sw:brain_paired:L, sw;brainpair;L, mw partially differentiated non-KC, sw;pairs;L, mw brain and inputs, ND_published, ND_all published et al [CM4-dm Tiny 3 left (L1EM:10017661); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CM4-dm Tiny 3 right; CM4 s loSM 11 Right (L1EM:11460897) [VFB_00102eyh]

WB_CM4 R, CX columns akira, CM4-dm_r akira, ASB right, Undifferentiated, mw brain neurons + SU, mw brain inventory, mw previously complete, mw right, IPP, mw brain few synapses, #3, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpairable, less than 150nm length, mw brain neurons + sensories, mw brain unpaired checked once, IPP, mw partially differentiated, mw brain matrix, mw brain ipsilateral, mw brain matrix + A1, mw brain matrix and A1, mw brain paper all neurons, mw unpaired 2021-04-13, stable, sw:brain_paired:R, sw;brainpair;R, mw partially differentiated non-KC, sw;pairs;R, mw brain and inputs, ND_published, ND_all published et al [EM L1 Winding, Pedigo et al., 2023; CM4-dm Tiny 3 right; CM4 s loSM 11 Right (L1EM:11460897); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CM4-dm Tiny a right; CM4 dor med_r; CM4 dor ant 5 (L1EM:17379283) [VFB_001001tv]

[embryonic/larval neuron; transmission electron microscopy (TEM); CM4-dm Tiny a right; CM4 dor med_r; CM4 dor ant 5 (L1EM:17379283); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia]

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CMb 3 varic around loVP; CM13 med 7 left (L1EM:10355356) [VFB_00102evj]

nadia, pDM Bundle 7, r lineage 5, CM1 r diff cells, LNM_down_octop, CM13_med_l akira, mw brain neurons + SU, mw brain inventory, mw left, CM1/3 m L, IPP, CM1/3 L, AUTO ascending neurons, #3T, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, mw axon split complete, IPPp com, IPPp com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, IPPall L, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 8142831 upstream partners, nr Tel-like 10 downstream 3-hop, sw:brain_paired:L, sw;brainpair;L, mw 15516413 downstream partners, mw gustatory-external 4th_order, mw olfactory 4th_order, mw proprio 4th_order, mw gustatory-pharyngeal 4th_order, mw 16937799 upstream partners, mw 17067625 upstream partners, mw 17383431 upstream partners, mw 20379247 upstream partners, sw;pairs;L, downPB, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; CMb 3 varic around loVP; CM13 med 7 left (L1EM:10355356); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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CMb 3 varic around loVP; CM13 med 7 right (L1EM:5898284) [VFB_00102enf]

CM1/3 m R, CM13_med_r akira, mw brain neurons + SU, mw brain inventory, IPP, mw right, mw axon split complete, mw brain neurons split, CM1/3 R, #3, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, IPPp com, IPPp com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, IPPall, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 8142831 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw 15516413 downstream partners, mw gustatory-external 4th_order, mw olfactory 4th_order, mw proprio 4th_order, mw gustatory-pharyngeal 4th_order, mw 16937799 upstream partners, mw 17067625 upstream partners, mw 17383431 upstream partners, mw 20379247 upstream partners, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; CMb 3 varic around loVP; CM13 med 7 right (L1EM:5898284); VFB CATMAID L1 CNS]

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Coaster (NPF) Left (L1EM:3048606) [VFB_00102eio]

NPF, nadia, pDM Bundle 1, Fragments 2014-01-18 14:57, handle-modulation, misconnected, DNs akira-2, Avi_Matt_Doe neurons, mw brain neurons + SU, mw brain inventory, DPMl_ant_dor_l akira, mw draft complete, mw left, mw axon split complete, mw brain neurons split, cyan, T1 8 Cyan, T1 9 Light Blue, DPMm2 L, IP contra desc, AUTO descending neurons to VNC, #1T, mw colored-matrix-2019-09-12, Avi 122, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, VLP contra desc, mw dVNC medial_ventral, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 17360076 ds ipsilateral partners, Lines for Dylan, stable, mw 15676016 downstream partners, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, CCWA09Input, CCWA09input, mw noci 2nd_order, mw dVNC not to A1, mw 17360076 downstream partners, sw;pairs;L, mw candidate turn, sw;mdev5, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; Coaster (NPF) Left (L1EM:3048606); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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Coaster (NPF) Right (L1EM:3009700) [VFB_00102eik]

NPF, ipsigoro lineage, DPLc2 r, WB_DPLc2 R, DPMl_ant_dor_r akira, DPMm2 ant dor, Avi_Matt_Doe neurons, upstream PI, mw brain neurons, mw brain neurons + SU, DPMm2 R, mw brain inventory, mw draft complete, mw right, mw axon split complete, IP contra desc, mw brain neurons split, #1, DH44_inter_T1_nosens, AUTO ascending neurons at 1112 gap, mw colored-matrix-2019-09-12, Chiasm MBDL, Merged: projection fragment, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, VLP contra desc, mw dVNC medial_ventral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 17360076 ds ipsilateral partners, stable, mw 15676016 downstream partners, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, lv dVNC to T3+A1, lv dVNC to A1, mw noci 2nd_order, mw dVNC not to A1, mw 17360076 downstream partners, sw;pairs;R, mw candidate turn, sw;mdev5, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; Coaster (NPF) Right (L1EM:3009700); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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Columbus of GPhN left (L1EM:4983938) [VFB_00102ele]

BAmd2 r, BAmd2 r dist, WB_BAmd2 L, Calyx input right MB, Calyx inputs final, BAmd2_v_l akira, other PNs calyx, ASB Right PN-LH Input, li temp upn downstream all non local, downstream of SCAN3A, hemilateral_pair_4983938_12336493, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, mw axon split complete, Contra IP CA SEZ, mw brain neurons split, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, contra IP CA SEZ, mw brain matrix, mw AN_MN PN putative, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw MN PN, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw check dendrite, mw contralateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw PNs to plot, mw contra-contra to plot, stable, mw ad hubs_out, mw ad all_hubs, sw:brain_paired:L, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-external 2nd_order PN-old, sw;pairs;L, sw;mdev1, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, sw;mdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 9_level-5_clusterID-53_signal-flow_0.718, 16_level-6_clusterID-97_signal-flow_0.534, 17_level-7_clusterID-160_signal-flow_0.791, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; Columbus of GPhN left (L1EM:4983938); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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Columbus of GPhN right (L1EM:12336493) [VFB_00102ezs]

Ingrid please review and finish, BAmd2 v comm, GPhN, BAmd2 l dist, downstream of GPhN, WB_BAmd2 R, Neuron 17504802, BAmd2_v_r akira, Fragments 2014-01-18 14:57, li left uPN everything less than 90% reviewed, except “kc frag”, downstream of SCAN3A, hemilateral_pair_4983938_12336493, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, MN-Sens-Int-2, mw right, Contra IP CA SEZ, mw axon split complete, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, contra IP CA SEZ, mw brain matrix, mw AN_MN PN putative, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw MN PN, mw brain contralateral, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, mw pre-dVNC 1%, mw contralateral axon, mw check dendrite, mw contralateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw PNs to plot, stable, mw ad hubs_out, mw ad all_hubs, sw:brain_paired:R, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-external 2nd_order PN-old, sw;pairs;R, downMBONs, sw;mdev1, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, sw;mdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 9_level-5_clusterID-53_signal-flow_0.718, 16_level-6_clusterID-97_signal-flow_0.534, 17_level-7_clusterID-160_signal-flow_0.791, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd PNs, ct PNs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; Columbus of GPhN right (L1EM:12336493); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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contra-vine 2 right (L1EM:10059655) [VFB_00102euw]

central complex, BAmas, right, locked, Pre-MBONs-2, ASB left, downstream of AN-B1, downstream PI, SH_T1down, unknown lineage, mw brain neurons + SU, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, contra IPA desc, DAMv1/2 R, mw colored-matrix-2019-09-12, mw draft complete, #1, mw brain neurons + sensories, mw brain crosses commissure, contra IPA VMC TR, contra IPA VMC TR*, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dVNC 2nd_order, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw check dendrite, mw contralateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, mw backup locked, sw:brain_paired:R, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw enteric 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-1hop 2022-03-15, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 36_level-6_clusterID-66_signal-flow_-0.397, 83_level-7_clusterID-119_signal-flow_-0.892, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; contra-vine 2 right (L1EM:10059655); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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core layer of the larval mushroom body [FBbt_00110203]

Middle layer of the third instar larval mushroom body, encompassing the pedunculus and lobes. It is surrounded by the inner layer. The larval-born alpha’/beta’ type Kenyon cells are contained in this layer. This layer was identified by staining with a FasII antibody. The core layer is FasII-negative (Pauls et al., 2010; Kurusu et al., 2002).

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corpus allatum innervating neuron CA-LP 1 [FBbt_00007461]

Larval neurosecretory neuron whose soma is located in the cortex of the antero-dorsal region of the lateral protocerebrum and whose axon innervates the corpora allatum. This axon runs caudally on a slightly curved path from to the nervus corporis cardiaci I (NccI). It emerges from the NccI at the ring gland and passes the corpora cardiaca and the lateral limb of the prothoracic gland before innervating the corpora allatum. There is only one bilaterally symmetric pair of these cells per animal. Recorded as neurosecretory because Siegmund and Korge (2001) say so. Assume this is implied from its innervation of the corpus allatum.

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corpus allatum innervating neuron CA-LP 2 [FBbt_00007462]

Bilaterally paired, larval neurosecretory neuron whose soma is located in the cortex of the lateral protocerebrum and whose axon innervates the corpora allatum. Their axons follow an anterior path towards the mushroom bodies and the soma of CA-LP 1, where they split. One branch follows the same path as the axon of corpus allatum neuron CA-LP 1 to the corpus allatum via the nervus corporis cardiaci I (NccI). The other branch runs towards the midline. There are only two of these cells per hemisphere. Recorded as neurosecretory because Siegmund and Korge (2001) say so. Assume this is implied from its innervation of the corpus allatum.

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corpus cardiacum innervating neuron CC-LP [FBbt_00007465]

Larval neurosecretory neuron whose soma is located in the cortex of the lateral protocerebrum and whose axon innervates the corpus cardiacum. The soma of these neurons are located in 2 clusters of seven (one per hemisphere), between CA-LP1 an CA-LP2. Recorded as neurosecretory because Siegmund and Korge (2001) say so. Assume this is implied from its innervation of the corpus cardiacum.

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corpus cardiacum innervating neuron CC-MS 2 [FBbt_00007469]

Larval neurosecretory neuron whose soma is located in the posteriorly in the cortex of the medial subesophageal ganglion and whose axon innervates the corpus cardiacum (CC). Its axon runs on an outwardly curved path toward the dorsal mid-line, crosses it, and joins the axons of the CC-MS 1 on their way to the CC. There is one of these per animal. Recorded as neurosecretory because Siegmund and Korge (2001) say so. Assume this is implied from its innervation of the corpus cardiacum.

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corpus cardiacum innervating neuron CC/A-PI [FBbt_00007463]

Larval neurosecretory neuron whose soma is located in the pars intercerebralis and whose axon innervates the corpus cardiacum and the aorta. They each project caudally along the midline. At a distance of about 50 micrometres from the soma, the projection splits: one branch follows the midline down to the subesophageal ganglion, and the second branch crosses the midline, enters the contralateral nervus corporis cardiaci I (NccI), and arborizes in the corpus cardiacum, extending further along the aorta. Recorded as neurosecretory because Siegmund and Korge (2001) say so. Assume this is implied from its innervation of the corpus cardiacum.

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corpus cardiacum innervating neuron CC/A-PI 1 [FBbt_00007467]

Octopaminergic larval neurosecretory neuron whose soma is located in the pars intercerebralis and whose axon innervates the corpus cardiacum and the aorta. There are six of these per animal. Believed to be octopaminergic on the basis of tyramine beta hydroxylase expression (Siegmund and Korge, 2001).

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CP brush right; CP2/3d obPl 12 (L1EM:7692008) [VFB_00102epi]

Cluster of MBE4s, , mw brain neurons + SU, mw brain inventory, CPb_r akira, mw right, CP2/3 d R, mw axon split complete, IPL/M IPA, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, mw mixed lineage neurons, IPL IPA, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9503428 us partners, stable, mw 15566333 downstream partners, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 56_level-7_clusterID-184_signal-flow_-0.331, mw cascade-5-hop integrative 2022-11-03, mw 19880740 downstream partners, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; CP brush right; CP2/3d obPl 12 (L1EM:7692008); is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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CP contra to SEZ left; MB1: incomplete neuron with soma (L1EM:3882998) [VFB_00102ejt]

pDM Bundle a, r lineage 11, WB_CP4 L, *CPe_l akira, DNs akira-2, Fragments 2014-01-18 14:57, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, CP1 d L, mw axon split complete, mw brain neurons split, IP bilat SEZ, mw colored-matrix-2019-09-12, #2T, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, mw brain crosses commissure, IP bilat desc, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dVNC 2nd_order, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw olfactory 4th_order, sw;pairs;L, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); CP contra to SEZ left; MB1: incomplete neuron with soma (L1EM:3882998); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CP contra to SEZ right; CP4 6 (L1EM:11261332) [VFB_00102ey3]

WB_CP4 R, CPd, ASB Downstream of Ipsi Bridges Right, mw brain neurons, mw brain neurons + SU, mw brain inventory, CP1 d R, mw right, mw axon split complete, IPL/M contra desc, mw brain neurons split, #4, mw colored-matrix-2019-09-12, Chiasm MBDL, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, mw brain crosses commissure, IPL/M contra desc*, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dVNC 2nd_order, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *CPe_r akira, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw olfactory 4th_order, sw;pairs;R, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [CP contra to SEZ right; CP4 6 (L1EM:11261332); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CP contralateral left (L1EM:19881737) [VFB_00102fli]

CPd_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, com, CP2/3 v L, mw axon split complete, mw brain neurons split, mw mixed lineage neurons, mw draft complete, mw gap, IP VMC com, AUTO ascending neurons, #1T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw brain neurons + sensories, mw brain crosses commissure, IP VMC com 2, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 8801736 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw proprio 2nd_order, mw proprio 2nd_order PN-old, sw;pairs;L, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 72_level-7_clusterID-135_signal-flow_-0.692, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, mw CPd for nadine, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; CP contralateral left (L1EM:19881737); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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CP contralateral right; helper-gap neuron down_oct (L1EM:2505266) [VFB_00102ehm]

WB_CP4 R, CPf_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, com, mw axon split complete, CP2/3 v R, mw brain neurons split, mw mixed lineage neurons, mw draft complete, mw gap, IP VMC com, AUTO ascending neurons, #1, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw brain neurons + sensories, mw brain crosses commissure, IP VMC com 2, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 8801736 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw proprio 2nd_order, mw proprio 2nd_order PN-old, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 72_level-7_clusterID-135_signal-flow_-0.692, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, mw CPd for nadine, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; CP contralateral right; helper-gap neuron down_oct (L1EM:2505266)]

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CP crossover left (L1EM:10449035) [VFB_00102evt]

CPa_l akira, ASB left, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, CP2/3 v L, IPL/M com, mw axon split complete, mw brain neurons split, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw ds-pre-dVNC, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, upFBPBs, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, check if FB.b, FB.b columnar, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; CP crossover left (L1EM:10449035); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CP crossover right (L1EM:17658948) [VFB_00102fgr]

Akira to Volker, CP2/3 v R, CPf_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, IPL/M com, mw axon split complete, mw brain neurons split, #1, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IP com, mw brain matrix, Merged: , mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw ds-pre-dVNC, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, upFBPBs, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, check if FB.b, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [CP crossover right (L1EM:17658948); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CP descending contralateral 1 left (L1EM:13422280) [VFB_00102f1q]

r lineage 11, WB_CP4 L, CPe_l akira, downstream of mPN iACT A2 left, ASB TODO A2 left 2, Dpilp7, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw descending axons need work, mw left, CP1 d L, mw axon split complete, mw brain neurons split, T1 14 Burgandy, IPL/M contra desc, AUTO descending neurons to VNC, #1T, mw colored-matrix-2019-09-12, Avi 122, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, IPL/M contra desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dVNC medial_dorsal, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, FOR21, FOR21_inter, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 15517247 ds contralateral partners, mw 11782821 ds contralateral partners, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, sw;deviant;L, sw;3dev;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, mw dVNC not to A1, sw;pairs;L, mw candidate turn, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 36_level-6_clusterID-66_signal-flow_-0.397, 25_level-7_clusterID-120_signal-flow_0.593, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); CP descending contralateral 1 left (L1EM:13422280); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CP descending contralateral 1 right (L1EM:7589765) [VFB_00102epf]

WB_CP4 R, CPf, CPf_r akira, ASB TODO A3 right, ASB Right PN-LH Input, connect to locked, connect to locked MBE20, downstream of mPN, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, unpaired ds mPNs right >= 5 synapses individual, upstream of Irenes neurons, A1_pMNs, mw brain neurons, mw brain neurons + SU, mw brain inventory, CP1 d R, mw draft complete, mw descending axons need work, mw right, mw axon split complete, IPL/M contra desc, mw brain neurons split, #1, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, IPL/M contra desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain strahler >2 reviewed, mw brain contralateral, mw dVNC medial_dorsal, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, FOR21, FOR21_inter, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 15517247 ds contralateral partners, mw 11782821 ds contralateral partners, stable, sw:brain_paired:R, sw;brainpair;R, sw;deviant;R, sw;3dev;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, mw dVNC not to A1, sw;pairs;R, mw candidate turn, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 36_level-6_clusterID-66_signal-flow_-0.397, 25_level-7_clusterID-120_signal-flow_0.593, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; CP descending contralateral 1 right (L1EM:7589765); VFB CATMAID L1 CNS]

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CP descending contralateral 2 left (L1EM:7005145) [VFB_00102eot]

CPe_l akira, Zgroup, DNs akira-2, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw descending axons need work, Earlya08_downstream, mw left, CP1 d L, mw axon split complete, mw brain neurons split, CITv/BLPT, 2 orange, T1 2 Orange, IPL/M contra desc, AUTO descending neurons to VNC, #2T, mw colored-matrix-2019-09-12, Avi 122, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, IPL/M contra desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, YYCWMLEH, lv dVNC to A8+A9, mw noci 3rd_order, mw dVNC not to A1, cx descending l1, FB descending, dVNCdownstreamCX, sw;pairs;L, downFBPBs, downPB, sw;mdev4, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 80_level-7_clusterID-132_signal-flow_-0.848, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; CP descending contralateral 2 left (L1EM:7005145); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CP descending contralateral 2 right (L1EM:7590264) [VFB_00102epg]

Cluster of MBE4s, WB_CP4 R, CPe, CPe_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, CP1 d R, mw draft complete, mw descending axons need work, mw right, mw axon split complete, IPL/M contra desc, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, IPL/M contra desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw dVNC not to A1, FB descending, dVNCdownstreamCX, sw;pairs;R, downFBPBs, sw;mdev4, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 80_level-7_clusterID-132_signal-flow_-0.848, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); CP descending contralateral 2 right (L1EM:7590264); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CP descending contralateral 3 left (L1EM:10527147) [VFB_00102evw]

WB_CP4 L, CPe_l akira, DNs akira-2, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, CP1 d L, mw axon split complete, mw brain neurons split, IPL/M contra desc, MB2IN-104UpSet, AUTO ascending neurons, mw colored-matrix-2019-09-12, MB2IN-104 3Up, #4T, mw descending axons need work, mw brain neurons + sensories, mw brain crosses commissure, IPL/M contra desc, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, MB2IN-104up3, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, CCWA09Input, CCWA09input, mw mechano-Ch 3rd_order, sw;pairs;L, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 14_level-6_clusterID-88_signal-flow_0.646, 23_level-7_clusterID-88_signal-flow_0.646, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [CP descending contralateral 3 left (L1EM:10527147); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

CP descending contralateral 3 right (L1EM:7573476) [VFB_00102epb]

Cluster of MBE4s, WB_CP4 R, CPf, CPf_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, CP1 d R, mw draft complete, mw right, mw axon split complete, IPL/M contra desc, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw descending axons need work, mw brain neurons + sensories, mw brain crosses commissure, IPL/M contra desc, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw mechano-Ch 3rd_order, sw;pairs;R, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 14_level-6_clusterID-88_signal-flow_0.646, 23_level-7_clusterID-88_signal-flow_0.646, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; CP descending contralateral 3 right (L1EM:7573476); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CP4 8 left (L1EM:10100020) [VFB_00102euy]

Pre-Mickey-32, Pre-ipsigoro-21, CPd_l akira, DNs akira-2, MB2IN19U, mw brain neurons, mw brain neurons + SU, EH_outputs_T5_SH, RGPN_outputs_T3, EH_downstream_T3, SH_T3, SH_T1down, mw brain inventory, eh-like_zhao, EH_down_other, mw previously complete, EH_outputs_T3, mw left, mw axon split complete, mw brain neurons split, CP2/3 v L, IP VMC com, AUTO ascending neurons, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IP VMC com 2, mw brain matrix, MB2IN-19up3, MB2IN-19up3pair, mw brain contralateral, mw pre-RG feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 14995061 ds ipsilateral partners, stable, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, downFBPBs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, remove FB.d, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, mw CPd for nadine, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; CP4 8 left (L1EM:10100020)]

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CP4 8 right (L1EM:1868538) [VFB_00102ehc]

left gap helpers, Gap Helper, Pre-Mickey-32, WB_CP4 R, Pre-ipsigoro-21, CPd, CPd_r akira, DNs akira-2, upstream PI, MB2IN19U, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw right, mw axon split complete, IP VMC com, CP2/3 v R, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IP VMC com 2, mw brain matrix, Pankratz pre, MB2IN-19up3, MB2IN-19up3pair, mw brain contralateral, mw ds-pre-dVNC, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 14995061 ds ipsilateral partners, stable, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw dSEZ-feedback-2hop 2022-03-15, cx descending l1, sw;pairs;R, downFBPBs, upFBPBs, downPB, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, remove FB.d, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, mw CPd for nadine, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [CP4 8 right (L1EM:1868538); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CPa 1 left (L1EM:19880740) [VFB_00102flh]

Brain, brain posterior lineage containing neuron downstream of A00c, WB_BLDc L, WB_CP4 L, CPa_l akira, ASB left, downstream of left uPN, li left uPN everything less than 90% reviewed, except “kc frag”, li temp everything downstream of left upn with 3 synapses combined, li temp left side left, Incomplete 6_sibling 74, possible FFNs, todo CPa, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, ipsi, CP2/3 v L, IP ipsi, mw axon split complete, mw brain neurons split, AUTO ascending neurons, mw colored-matrix-2019-09-12, #4T, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw brain neurons + sensories, IPL/M p VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, IPLMall L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 10875625 us partners, stable, mw ad hubs_out, mw ad all_hubs, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw gustatory-external 5th_order, mw 19880740 pair, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; CPa 1 left (L1EM:19880740); VFB CATMAID L1 CNS]

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CPa 1 right (L1EM:16223688) [VFB_00102f7p]

CPa, CPa_r akira, ASB right, possible FFNs, possible pairs CP23 v, todo CPa, mw brain neurons, mw brain neurons + SU, CP2/3 v R, mw brain inventory, mw draft complete, mw right, ipsi, IP ipsi, mw axon split complete, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw brain neurons + sensories, IPL/M p VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, IPL/Mall, IPLMall, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 10875625 us partners, stable, mw ad hubs_out, mw ad all_hubs, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, sw;pairs;R, upFBPBs, FB descending, remove FB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw gustatory-external 5th_order, mw 19880740 pair, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); CPa 1 right (L1EM:16223688); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CPa 2 left (L1EM:5678582) [VFB_00102emd]

CPa_l akira, possible pairs CP23 v, Fragment gap, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, ipsi, CP2/3 v L, IP ipsi, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, #2T, mw brain neurons + sensories, IPL/M p VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, IPLMall L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, sw;idev4, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw gustatory-external 5th_order, mw 5678582 pair, ND_published, ND_all published et al, ctd other, ct other [CPa 2 left (L1EM:5678582); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CPa 2 right (L1EM:17658943) [VFB_00102fgq]

Akira to Volker, offPVL09 upstream_left, downstream of mPN, CP2/3 v R, CPa_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, ipsi, IP ipsi, mw draft complete, mw axon split complete, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL/M p VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, IPL/Mall, IPLMall, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, sw;idev4, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw gustatory-external 5th_order, mw 5678582 pair, ND_published, ND_all published et al, ctd other, ct other [CC-BY_4.0; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; embryonic/larval neuron; embryonic/larval nervous system; is part of; CPa 2 right (L1EM:17658943); L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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CPa 2-like left (L1EM:16959698) [VFB_00102fby]

CPa_l akira, unpaired ds olfactory mPNs >=5 synapses individual, possible pairs CP23 v, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, ipsi, CP2/3 v L, IP ipsi, mw draft complete, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, #3T, mw brain neurons + sensories, IPL/M p VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw ipsilateral axon, IPLMall L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, downFB, sw;idev5, sw;pairs;L, downFBMBONs, downMBONs, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; CPa 2-like left (L1EM:16959698)]

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CPa 2-like right (L1EM:17658907) [VFB_00102fgo]

offPVL09 upstream_left, Akira to Volker, CP2/3 v R, CPa_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, ipsi, IP ipsi, mw axon split complete, mw brain neurons split, #4, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL/M p VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, IPL/Mall, IPLMall, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, sw;idev5, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; CPa 2-like right (L1EM:17658907); VFB CATMAID L1 CNS]

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CPa 3 left (L1EM:17729888) [VFB_00102fhj]

Avi TODO, CPa_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, ipsi, CP2/3 v L, IP ipsi, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, #5T, mw brain neurons + sensories, IPL/M p VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, IPLMall L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, sw;idev2, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, ND_published, ND_all published et al, ctd other, ct other [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; is part of; CPa 3 left (L1EM:17729888); VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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CPa 3 right (L1EM:17658927) [VFB_00102fgp]

Akira to Volker, CPa_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, Fragment gap, mw draft complete, mw right, CP2/3 v R, ipsi, IP ipsi, mw axon split complete, mw brain neurons split, #5, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL/M p VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, IPL/Mall, IPLMall, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, sw;idev2, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CPa 3 right (L1EM:17658927); CC-BY_4.0; VFB CATMAID L1 CNS]

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CPa medial bilateral 1 left; SLS?_left (L1EM:10842047) [VFB_00102ewm]

CPa_l akira, PB_upstream_akira, hemilateral_pair_10842047_14914182, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, CP2/3 v L, IPL/M com, mw axon split complete, mw brain neurons split, #5T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw ds-pre-dVNC, mw brain matrix + A1, mw bilateral axon, mw check cool bi, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; CPa medial bilateral 1 left; SLS?_left (L1EM:10842047)]

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CPa medial bilateral 1 right (L1EM:14914182) [VFB_00102f3y]

CPa, *BLP34_r akira, CPa_r akira, ASB right, at gap, hemilateral_pair_10842047_14914182, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, mw axon split complete, mw brain neurons split, CP2/3 v R, IPL/M com, #5, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw ds-pre-dVNC, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, upFBPBs, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); CPa medial bilateral 1 right (L1EM:14914182); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CPa Minnow left (L1EM:5675990) [VFB_00102emc]

Brain, brain posterior lineage containing neuron downstream of A00c, CPa_l akira, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, ipsi, CP2/3 v L, IP ipsi, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, #6T, mw brain neurons + sensories, IPL/M p VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, IPLMall L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10875625 us partners, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, remove FB.d, mw FBN-cluster 48_level-7_clusterID-170_walksort-0.540, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 58_level-7_clusterID-174_signal-flow_-0.375, mw cascade-5-hop integrative 2022-11-03, mw 5678582 downstream partners, mw 19880740 downstream partners, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [CPa Minnow left (L1EM:5675990); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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CPa Minnow right (L1EM:15688523) [VFB_00102f6g]

CPa, CPa_r akira, li downstream of mPNs everything more than 5 synapses, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, mw brain neurons, mw brain neurons + SU, CP2/3 v R, mw brain inventory, mw draft complete, mw right, ipsi, IP ipsi, mw axon split complete, mw brain neurons split, #6, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL/M p VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, IPL/Mall, IPLMall, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10875625 us partners, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, remove FB.d, mw FBN-cluster 48_level-7_clusterID-170_walksort-0.540, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 58_level-7_clusterID-174_signal-flow_-0.375, mw cascade-5-hop integrative 2022-11-03, mw 5678582 downstream partners, mw 19880740 downstream partners, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [CPa Minnow right (L1EM:15688523); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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CPb brush left (L1EM:11197975) [VFB_00102exy]

CPbl_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, CPb-bl todo, CP todo, mw left, AUTO ascending neurons, AUTO multiple presynapses to brain, CP2/3 d L, IPL/M IPA, #3T, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, mw mixed lineage neurons, mw axon split complete, IPL IPA, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9503428 us partners, stable, mw 15566333 downstream partners, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 56_level-7_clusterID-184_signal-flow_-0.331, mw cascade-5-hop integrative 2022-11-03, mw 19880740 downstream partners, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; CPb brush left (L1EM:11197975); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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CPb pointer 1 left (L1EM:11687072) [VFB_00102eyo]

WB_CP23 L, CPbl_l akira, downstream of mPN iACT A2 left, MB calyx after gap, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, CP2/3 d L, mw axon split complete, mw brain neurons split, IPL/M IPA, #6T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL IPA, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 15566333 downstream partners, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-II/III 3rd_order, mw interhemispheric integration 3-hop, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 56_level-7_clusterID-184_signal-flow_-0.331, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; CPb pointer 1 left (L1EM:11687072); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CPb pointer 1 right; CP23 d 11 - TO FOLLOW AT GAP (L1EM:18425189) [VFB_00102fjz]

WB_CP23 R, CPb, CPb_r akira, CP23 s, mw brain neurons, mw brain neurons + SU, CP2/3 d R, mw brain inventory, mw draft complete, mw right, mw axon split complete, IPL/M IPA, mw brain neurons split, #6, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL IPA, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 15566333 downstream partners, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw gustatory-external 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-II/III 3rd_order, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 56_level-7_clusterID-184_signal-flow_-0.331, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [CPb pointer 1 right; CP23 d 11 - TO FOLLOW AT GAP (L1EM:18425189); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CPb pointer 2 left (L1EM:9983417) [VFB_00102euo]

Gap Crossings, r lineage 12, li output KC calyx left, WB_CP23 L, *CPc_l akira, ASB downstream of right mPNs, CPb_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, CP2/3 d L, mw axon split complete, mw brain neurons split, IPL/M IPA, #8T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL IPA, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, mw mechano-II/III 3rd_order, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CPb pointer 2 left (L1EM:9983417); CC-BY_4.0; VFB CATMAID L1 CNS]

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CPb pointer 2 right; CP23 d 12 (L1EM:17658884) [VFB_00102fgn]

CP2/3d obPl 10, WB_CP4 R, Cluster of MBE4s, Akira to Volker, downstream of handlebar-like, downstream of mPN, connect to locked MBE20, ASB downstream of right mPNs, frag, ASB TODO Very Large Frag at Gap 18184983; microtubules, CPbl_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, mw axon split complete, mw brain neurons split, IPL/M IPA, #8, mw colored-matrix-2019-09-12, CP2/3 d R, mw brain neurons + sensories, IPL IPA, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw ds-pre-dVNC, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, mw mechano-II/III 3rd_order, mw interhemispheric integration 3-hop, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; CPb pointer 2 right; CP23 d 12 (L1EM:17658884); is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

Tags:

CPd bilateral 1 left (L1EM:15576292) [VFB_00102f54]

right gap helper, r lineage 11, Gap Helper, WB_CP4 L, CPd_l akira, ASB downstream of right mPNs, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, SMP IPA com, mw colored-matrix-2019-09-12, SEC, #2T, mw brain neurons + sensories, mw brain crosses commissure, SMP IPA com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;pairs;L, upFBPBs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 67_level-7_clusterID-183_signal-flow_-0.529, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, mw CPd for nadine, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [CPd bilateral 1 left (L1EM:15576292); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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CPd bilateral 1 right; CP4 7 (L1EM:17384874) [VFB_00102ff8]

CPd, CPd_r akira, downstream of mPN iACT A2 right, downstream PL, mw brain neurons, mw brain neurons + SU, SH_T1down, mw brain inventory, mw draft complete, mw right, CP4 R, mw axon split complete, SMP IPA com, mw brain neurons split, #2, mw colored-matrix-2019-09-12, SEC, mw brain neurons + sensories, mw brain crosses commissure, SMP IPA com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;pairs;R, upFBPBs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 67_level-7_clusterID-183_signal-flow_-0.529, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, mw CPd for nadine, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; CPd bilateral 1 right; CP4 7 (L1EM:17384874); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CPd contralateral 1 left (L1EM:17729973) [VFB_00102fhk]

offPVL09 upstream_left, CPd_l akira, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, CP2/3 v L, IPL/M com, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw check cool bi, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw bilateral axon partially asymmetrical neurons, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw gustatory-external 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;pairs;L, upFBPBs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, mw CPd for nadine, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); CPd contralateral 1 left (L1EM:17729973); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

CPd contralateral 1 right; CP4 5 (L1EM:10870424) [VFB_00102ewp]

left gap helpers, Gap Helper, WB_CP4 R, CPd, CPd_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, CP2/3 v R, IPL/M com, mw axon split complete, mw brain neurons split, #2, mw colored-matrix-2019-09-12, SMALL FRAGMENT, mw brain neurons + sensories, mw brain crosses commissure, IP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw bilateral axon partially asymmetrical neurons, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw gustatory-external 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;pairs;R, upFBPBs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, mw CPd for nadine, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; CPd contralateral 1 right; CP4 5 (L1EM:10870424)]

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CPd descending ipsilateral left (L1EM:15365184) [VFB_00102f4g]

r lineage 7, CPd_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw descending axons need work, mw draft complete, mw left, CP1 v L, mw axon split complete, mw brain neurons split, IPL/M desc, AUTO descending neurons to VNC, #4T, mw colored-matrix-2019-09-12, Avi 122, mw brain neurons + sensories, mw dVNC, IPL/M desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dVNC medial_dorsal, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, lv dVNC to T3+A1, mw noci 2nd_order, mw dVNC not to A1, sw;pairs;L, mw candidate turn, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, mw CPd for nadine, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; CPd descending ipsilateral left (L1EM:15365184); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

CPd descending ipsilateral right (L1EM:5512988) [VFB_00102em0]

Brain, Interesting descending, WB_CP4 R, CPd, CPd_r akira, Descending_to check, DNs akira-2, mw brain neurons, mw brain neurons + SU, EH_outputs_T5_SH, RGPN_outputs_T3, Right, EH_downstream_T3, CP1 v R, mw brain inventory, mw descending axons need work, eh-like_zhao, EH_down_pre, mw previously complete, EH_outputs_T3, mw right, mw axon split complete, IPL/M desc mdt, mw brain neurons split, 15 Beige, #4, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw brain neurons + sensories, mw dVNC, IPL/M desc, mw brain matrix, mw brain ipsilateral, mw dVNC medial_dorsal, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;R, lv dVNC to T3+A1, lv dVNC to A1, mw noci 2nd_order, mw dVNC not to A1, sw;pairs;R, mw candidate turn, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, mw CPd for nadine, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [CC-BY_4.0; CPd descending ipsilateral right (L1EM:5512988); transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

Tags:

CPf contralateral 1 left (L1EM:10447988) [VFB_00102evs]

Mushroom body non intrinsic left, CP1 l, WB_CP1 L, WB_MBNBc L, CPf_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, CP1 v L, mw axon split complete, mw brain neurons split, IP LAL com, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IP com LAL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 17105218 upstream partners, nr Tel-like 10 downstream 1-hop, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw mechano-Ch 3rd_order, mw 17086412 downstream partners, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; CPf contralateral 1 left (L1EM:10447988); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CPf contralateral 1 right (L1EM:16540741) [VFB_00102f9d]

Fragments 2014-01-18 14:57, CP1 r, WB_CP1 R, Right, CP1 v R, CPf_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, mw axon split complete, mw brain neurons split, IP LAL com, #1, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IP com LAL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 17105218 upstream partners, nr Tel-like 10 downstream 1-hop, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw mechano-Ch 3rd_order, mw 17086412 downstream partners, sw;pairs;R, downLAL, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; CPf contralateral 1 right (L1EM:16540741); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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CPf contralateral 2 left (L1EM:20151537) [VFB_00102flq]

Mushroom body non intrinsic left, CP1 l, WB_CP1 L, WB_MBNBc L, , NI left Diff, CPf_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, CP1 v L, mw axon split complete, mw brain neurons split, IP LAL com, AUTO ascending neurons, #5T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IP com LAL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9965610 us partners, stable, mw 4966994 upstream partners, mw 9965610 upstream partners, nr Tel-like 10 downstream 1-hop, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, sw;6dev;L, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, sw;mdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); CPf contralateral 2 left (L1EM:20151537); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

Tags:

CPf contralateral 2 right (L1EM:12474815) [VFB_00102f0b]

CPf_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, mw axon split complete, mw brain neurons split, CP1 v R, IP LAL com, AUTO ascending neurons, #5, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, Merged: ,, IP com LAL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9965610 us partners, stable, mw 4966994 upstream partners, mw 9965610 upstream partners, nr Tel-like 10 downstream 1-hop, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, sw;6dev;R, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, sw;mdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); CPf contralateral 2 right (L1EM:12474815); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CPf contralateral 3 left (L1EM:1961182) [VFB_00102ehe]

Brain, brain posterior lineage containing neuron downstream of A00c, WB_CP4 L, CPd_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, CP2/3 v L, IPL/M com, mw axon split complete, mw brain neurons split, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IP com, mw brain matrix, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw bilateral axon partially asymmetrical neurons, mw brain open-ends 3, Merged: Neuron 21895710, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, sw;idev4, sw;pairs;L, upFBPBs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, mw CPd for nadine, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; CPf contralateral 3 left (L1EM:1961182)]

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CPf contralateral 3 right (L1EM:9177218) [VFB_00102esw]

CPf_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, CP2/3 v R, IPL/M com, mw axon split complete, mw brain neurons split, #3, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw bilateral axon partially asymmetrical neurons, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, sw;idev4, sw;pairs;R, upFBPBs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, mw CPd for nadine, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [CPf contralateral 3 right (L1EM:9177218); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CPf descending 1 left (L1EM:5680013) [VFB_00102eme]

WB_CP4 L, CPf_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, Latea08_downstream, mw left, CP1 v L, desc, mw axon split complete, mw brain neurons split, IPL/M desc, AUTO descending neurons to SEZ, AUTO ascending neurons at 1112 gap, mw colored-matrix-2019-09-12, #5T, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw brain neurons + sensories, mw dVNC, IPL/M desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 5745110 ds ipsilateral partners, mw 5745110 ds contralateral partners, stable, mw ad hubs_in, nr Tel-like 10 downstream 2-hop, nr Tel-like 10 downstream-dVNCs 2-hop, mw ad all_hubs, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, sw;deviant;L, sw;5dev;L, lv dVNC to A8+A9, mw noci 3rd_order, mw mechano-Ch 3rd_order, mw dVNC not to A1, mw interhemispheric integration 3-hop, mw 17086412 downstream partners, sw;pairs;L, mw candidate speed-modulation, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 68_level-7_clusterID-122_signal-flow_-0.530, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); CPf descending 1 left (L1EM:5680013); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CPf descending 1 right (L1EM:17658978) [VFB_00102fgs]

CPf_r akira, DNs akira-2, mw brain neurons, mw brain neurons + SU, Right, CP1 v R, mw brain inventory, mw draft complete, mw right, desc, 0427 todolist, mw axon split complete, mw brain neurons split, T1 2 Orange, IPL/M desc CITvv, #5, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw brain neurons + sensories, mw dVNC, IPL/M desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, mw 5745110 ds ipsilateral partners, mw 5745110 ds contralateral partners, stable, mw ad hubs_in, nr Tel-like 10 downstream 2-hop, nr Tel-like 10 downstream-dVNCs 2-hop, mw ad all_hubs, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, sw;deviant;R, sw;5dev;R, lv dVNC to A8+A9, mw noci 3rd_order, mw mechano-Ch 3rd_order, mw dVNC not to A1, mw 17086412 downstream partners, FB descending, sw;pairs;R, mw candidate speed-modulation, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 68_level-7_clusterID-122_signal-flow_-0.530, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; CPf descending 1 right (L1EM:17658978); VFB CATMAID L1 CNS]

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CPf descending 2 left (L1EM:5684940) [VFB_00102emf]

CPf_l akira, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, CP1 v L, IPL/M desc, #6T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL/M desc, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); CPf descending 2 left (L1EM:5684940); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CPf descending 2 right (L1EM:7982324) [VFB_00102epq]

Akira to Volker, DNs akira-2, Right, CP1 v R, CPf_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, desc, mw axon split complete, mw brain neurons split, IPL/M desc CITvv, #6, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dSEZ, IPL/M desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, CCWA09Input, CCWA09input, mw noci 2nd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; CPf descending 2 right (L1EM:7982324); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CPf descending ipsilateral left (L1EM:5690425) [VFB_00102emh]

r lineage 7, Larisa check cross, CPf_l akira, Post mPNs descending neuron, olfactory related descending neuron, post and pre LBA3 hairbrush, descending_to complete, DNs akira-2, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, CP1 v L, mw axon split complete, mw brain neurons split, IPL/M desc, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, #7T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dVNC, IPL/M desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dVNC medial_ventral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, FOR21, FOR21_inter, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 17729973 ds ipsilateral partners, mw 17729973 ds contralateral partners, mw 18500915 ds ipsilateral partners, mw 18500915 ds contralateral partners, stable, mw 4680995 downstream partners, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, lv dVNC to T3+A1, lv dVNC to A1, mw noci 2nd_order, mw dVNC to A1, mw dVNC to A1 mixed, sw;pairs;L, mw candidate backup, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 68_level-7_clusterID-122_signal-flow_-0.530, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; CPf descending ipsilateral left (L1EM:5690425); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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CPf descending ipsilateral right (L1EM:19010160) [VFB_00102fkm]

prepreLO1, prepreLT, CP1 s, Uncertain Continuation, CPf, CPf_r akira, ASB right, At gap, CPf s 4, DNs akira-2, mw brain neurons, mw brain neurons + SU, Right, CP1 v R, mw brain inventory, mw draft complete, Earlya08_downstream, mw right, desc, mw axon split complete, CCW for Avinash, IPL/M desc mvt, mw brain neurons split, cyan, T1 9 Light Blue, #1, AUTO descending neurons to VNC, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, AUTO multiple presynapses to brain, mw colored-matrix-2019-09-12, Avi 122, VNC L, mw brain neurons + sensories, mw dVNC, IPL/M desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dVNC medial_ventral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 17729973 ds ipsilateral partners, mw 17729973 ds contralateral partners, mw 18500915 ds ipsilateral partners, mw 18500915 ds contralateral partners, stable, mw 4680995 downstream partners, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, YYCWMLEH, lv dVNC to T3+A1, lv dVNC to A1, mw noci 2nd_order, mw dVNC to A1, mw dVNC to A1 mixed, sw;pairs;R, mw candidate backup, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, Claire&Khadija, Claire&Tara&Khadija&Max, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 68_level-7_clusterID-122_signal-flow_-0.530, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, kg associated neurons, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); CPf descending ipsilateral right (L1EM:19010160); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CPf descending ipsilateral-like left (L1EM:1980134) [VFB_00102ehf]

Zgroup, AUTO ascending neurons at 1112 gap, mw brain neurons, mw brain neurons + SU, mw left, *CPf_l akira, mw draft complete, mw dVNC, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 17729973 ds ipsilateral partners, mw 17729973 ds contralateral partners, mw 18500915 ds contralateral partners, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, YYCWMLEH, mw gustatory-external 4th_order, mw visual 4th_order, mw noci 4th_order, mw proprio 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, mw dVNC not to A1, FB descending, dVNCdownstreamCX, sw;pairs;L, mw candidate turn, Merged: Neuron 22219084, Merged: Neuron 22219093, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [CPf descending ipsilateral-like left (L1EM:1980134); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CPf descending ipsilateral-like right (L1EM:7982307) [VFB_00102epp]

Akira to Volker, Right, CP1 v R, mw brain neurons + SU, mw brain inventory, CPf_r akira, mw right, desc, mw axon split complete, mw brain neurons split, IPL/M desc CITvv, #7, mw colored-matrix-2019-09-12, mw mixed lineage neurons, mw brain neurons + sensories, mw dVNC, IPL/M desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 17729973 ds ipsilateral partners, mw 17729973 ds contralateral partners, mw 18500915 ds contralateral partners, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, lv dVNC to A8+A9, mw gustatory-external 4th_order, mw visual 4th_order, mw noci 4th_order, mw proprio 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, mw dVNC not to A1, FB descending, dVNCdownstreamCX, sw;pairs;R, mw candidate turn, downFBPBs, downPB, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, Tara, Claire&Tara&Khadija&Max, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); CPf descending ipsilateral-like right (L1EM:7982307); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CPf Lever Puller left (L1EM:15514582) [VFB_00102f4p]

Mushroom body non intrinsic left, CP1 l, WB_CP1 L, WB_MBNBc L, mw paired 107, potential pair of ds mPN right >= 5, CPf_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, CP1 v L, mw axon split complete, mw brain neurons split, IP LAL com, AUTO ascending neurons, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IP com LAL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw brain matrix + A1, Merged: , , Fragments 2014-01-18 14:57 ,, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, Laura Circuit, stable, mw 4966994 upstream partners, nr Tel-like 10 downstream 1-hop, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 79_level-7_clusterID-143_walksort-0.838, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; CPf Lever Puller left (L1EM:15514582); VFB CATMAID L1 CNS]

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CPf Lever Puller right (L1EM:8826198) [VFB_00102erx]

csm_figure5_neurons, CP1 r, WB_CP1 R, Left VMT PN, ascending_hairbrush, ASB TODO A1-Calyx 10, downstream of mPN iACT A1 right calyx, connect to locked MBE20, ASC akira, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, mw paired 107, potential paired ds mPNs right >= 5 synapses individual, Right, CP1 v R, CPf_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, mw axon split complete, mw brain neurons split, T1 - 10 - Dark Blue, IP LAL com, #2, Lin Xb1 A1 L, Lin Q3 A1 L, AUTO neuron fragments at 1103 gap, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, AUTO multiple presynapses to brain, mw colored-matrix-2019-09-12, same lineage as presynaptic to VLEL9, Merged: , , , ,, (20981639, Merged: Fragments 2014-01-18 14:57, mw brain neurons + sensories, Merged: neuron 17325177, mw brain crosses commissure, Merged: Lin Q3 A1 L [] ,, IP com LAL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, Laura Circuit, stable, mw 4966994 upstream partners, nr Tel-like 10 downstream 1-hop, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 79_level-7_clusterID-143_walksort-0.838, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs, ct pre-DN-VNCs [CPf Lever Puller right (L1EM:8826198); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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CPf small bilateral left (L1EM:8864778) [VFB_00102es0]

Kenyon Cell, left, Mushroom body non intrinsic left, CP1 l, WB_CP1 L, WB_MBNBc L, Pre-MBONs-26, CPf_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, CP1 v L, com, mw draft complete, mw issues, mw axon split complete, mw brain neurons split, IP LAL com, #6T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IP com LAL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw proprio 4th_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, upFBMBONs, downMBONs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, sw;mdeviants, mw FBN-cluster 63_level-7_clusterID-154_walksort-0.703, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 58_level-7_clusterID-174_signal-flow_-0.375, sw;deviants, sw;deviants mild, ND_published, ND_all published et al, sw;check, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; CPf small bilateral left (L1EM:8864778); VFB CATMAID L1 CNS]

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CPf small bilateral right (L1EM:9767705) [VFB_00102euc]

NI, Mushroom body non intrinsic right, CP1 r, WB_CP1 R, WB_MBNBb R, Pre-MBONs-26, Right, mw brain neurons + SU, mw brain inventory, mw right, CPf_r akira, mw draft complete, mw issues, mw axon split complete, mw brain neurons split, CP1 v R, IP LAL com, #6, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IP com LAL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw proprio 4th_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, upFBMBONs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, sw;mdeviants, mw FBN-cluster 63_level-7_clusterID-154_walksort-0.703, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 58_level-7_clusterID-174_signal-flow_-0.375, putative non-intrinsic, sw;deviants, sw;deviants mild, ND_published, ND_all published et al, sw;check, ctd other, ct other [CPf small bilateral right (L1EM:9767705); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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crab-1 left (L1EM:16444548) [VFB_00102f8w]

ni-neurons MB_l akira, ASB left, DPLc5_l akira, PB_upstream_akira, hemilateral_pair_7807684_16444548, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, DPLc5 a L, SMP IPA com, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, SMP IPA com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, SMPm comp L, SMP comp L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 2-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, upFBPBs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 37_level-6_clusterID-109_signal-flow_-0.400, 66_level-7_clusterID-177_signal-flow_-0.517, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); crab-1 left (L1EM:16444548); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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crab-1 right (L1EM:7807684) [VFB_00102epl]

DPLc5, DPLc5_r akira, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, PB_upstream_akira, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, hemilateral_pair_7807684_16444548, mw brain neurons, mw brain neurons + SU, DPLc5 a R, mw brain inventory, mw draft complete, mw right, mw axon split complete, SMP IPA com, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, SMP IPA com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, SMP comp, mw bilateral axon, SMPm comp, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 2-hop, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 37_level-6_clusterID-109_signal-flow_-0.400, 66_level-7_clusterID-177_signal-flow_-0.517, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); crab-1 right (L1EM:7807684); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DA3 motor neuron [FBbt_00110231]

Any motor neuron (FBbt:00005123) that synapsed via type Ib bouton to some dorsal acute muscle 3 (FBbt:00110232). Following Landgraf et al., 1997, larval motor neurons are named according to the muscle they innervate. The same caveats therefore apply regarding inference of serial homology from nomenclature as for the muscles: Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name. The DA3 motor neuron is likely to correspond to the U4 neuron. This is suggested by the cell body position and by extrapolating the observation that these neurons that extend their axons the furthest differentiate the earliest (personal communication by Matthias Landgraf).

Tags:

DALcl contralateral 1 left; DALcl r vv 10 left (L1EM:8025665) [VFB_00102eps]

brain downstream of A08s2_a2r, clb:todo, clb:soma, clb:joined, ASB left, clb:important, clb:todo_A08, LAL contra, mw brain neurons + SU, mw brain inventory, DALcl1/2 v L, LAL com, mw left, mw axon split complete, mw brain neurons split, #2T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw brain neurons + sensories, mw brain crosses commissure, LAL com*, mw CX, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *DALcl12-v_l akira, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw degree 30-40, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9965610 us partners, stable, mw ad hubs_in, mw 9870483 upstream partners, mw 14999928 downstream partners, mw 16345627 downstream partners, mw 17813457 downstream partners, mw 9965610 upstream partners, nr Tel-like 10 downstream 2-hop, mw ad all_hubs, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, remove FB.d, EB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; is part of; DALcl contralateral 1 left; DALcl r vv 10 left (L1EM:8025665); VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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DALcl contralateral 1 right; DALcl12 vv 4 neuron 6190182 (L1EM:6190181) [VFB_00102eo4]

WB_DALcl12 R, BV ; Right, Ingrid Name, DALcl12-v_r akira, LAL contra, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, DALcl1/2 v R, LAL com, mw right, mw axon split complete, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw brain neurons + sensories, mw brain crosses commissure, LAL com, mw CX, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9965610 us partners, stable, mw ad hubs_in, mw 9870483 upstream partners, mw 14999928 downstream partners, mw 16345627 downstream partners, mw 17813457 downstream partners, mw 9965610 upstream partners, nr Tel-like 10 downstream 2-hop, mw ad all_hubs, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, sw;pairs;R, downLAL, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, EB.d, remove FB.d, EB.b 2, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DALcl contralateral 1 right; DALcl12 vv 4 neuron 6190182 (L1EM:6190181); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

DALcl contralateral 2 left; DALcl r vv 2 left (L1EM:15525794) [VFB_00102f4w]

DALcl12-v_l akira, ASB left, LAL wrap above, hemilateral_pair_9069084_15525794, mw brain neurons, mw brain neurons + SU, mw brain inventory, DALcl1/2 v L, LAL com, mw left, mw axon split complete, mw brain neurons split, mw draft complete, #7T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw brain neurons + sensories, mw brain crosses commissure, LAL com, mw CX, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw contralateral axon, LAL shell lat L, VMCl L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 9594273 upstream partners, mw 14999928 upstream partners, mw 16345627 upstream partners, mw 17105218 downstream partners, nr Tel-like 10 downstream 2-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw proprio 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, downLAL, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 57_level-6_clusterID-72_signal-flow_-1.443, 91_level-7_clusterID-72_signal-flow_-1.443, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; DALcl contralateral 2 left; DALcl r vv 2 left (L1EM:15525794); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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DALcl contralateral 2 right; DALcl12 vv 2 right; DALcl12 vv 8 (L1EM:9069084) [VFB_00102esl]

WB_DALcl12 R, DALcl12-v_r akira, LAL columns, hemilateral_pair_9069084_15525794, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, DALcl1/2 v R, LAL com, mw right, mw axon split complete, mw brain neurons split, #7, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw brain neurons + sensories, mw brain crosses commissure, LAL com, mw CX, mw brain matrix, LAL shell lat, mw brain contralateral, VMCl, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 9594273 upstream partners, mw 14999928 upstream partners, mw 16345627 upstream partners, mw 17105218 downstream partners, nr Tel-like 10 downstream 2-hop, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw proprio 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, downLAL, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, EB.b 2, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 57_level-6_clusterID-72_signal-flow_-1.443, 91_level-7_clusterID-72_signal-flow_-1.443, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DALcl contralateral 2 right; DALcl12 vv 2 right; DALcl12 vv 8 (L1EM:9069084); VFB CATMAID L1 CNS]

Tags:

DALcl12 l vv 6 (L1EM:6653450) [VFB_00102eom]

maybe DALcl12 r vv 6 or 12, WB_DALcl12 R, DALcl12-v_r akira, LAL columns, hemilateral_pair_6653450_17109286, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, DALcl1/2 v R, LAL com, mw right, mw axon split complete, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL com, mw CX, mw brain matrix, LAL shell lat, mw brain contralateral, VMCl, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw 9594273 downstream partners, mw 16345627 downstream partners, mw 17105218 downstream partners, nr Tel-like 10 downstream 2-hop, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;R, mw noci 4th_order, mw proprio 4th_order, mw respiratory 4th_order, mw 17383431 downstream partners, sw;pairs;R, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, EB.b 2, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 72_level-7_clusterID-135_signal-flow_-0.692, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [DALcl12 l vv 6 (L1EM:6653450); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcl12 r vv 3 (L1EM:16886842) [VFB_00102fb9]

attem 1, WB_DALcl12 L, DALcl12-v_l akira, ASB left, LAL columns, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, DALcl1/2 v L, LAL com, mw left, mw axon split complete, mw brain neurons split, #8T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL com, mw CX, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw brain matrix + A1, mw contralateral axon, LALshellmed L, VMCl L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 14999928 upstream partners, mw 16345627 upstream partners, nr Tel-like 10 downstream 2-hop, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw respiratory 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, downMBONs, sw;mdev5, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, remove FB.d, EB.b 2, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; DALcl12 r vv 3 (L1EM:16886842); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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DALcl12 r vv 5 (L1EM:17105218) [VFB_00102fci]

WB_DALcm12 L, WB_DALcl12 L, DALcl12-v_l akira, ASB left, DALcm12 L m ant med 15, LAL columns, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, DALcl1/2 v L, LAL com, mw left, mw axon split complete, mw brain neurons split, #5T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL com, mw CX, mw brain matrix, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, LAL shell lat L, VMCl L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw pre-dSEZ 1%, stable, mw partner loops, mw 17105218 upstream partners, mw 17105218 downstream partners, PL-18, nr Tel-like 10 downstream 2-hop, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, sw;pairs;L, downLAL, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DALcl12 r vv 5 (L1EM:17105218); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcl12 r vv 6 (L1EM:17109286) [VFB_00102fcm]

WB_DALcl12 L, DALcl12-v_l akira, ASB left, LAL columns, hemilateral_pair_6653450_17109286, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, DALcl1/2 v L, LAL com, mw left, mw axon split complete, mw brain neurons split, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL com, mw CX, mw brain matrix, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, LAL shell lat L, VMCl L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw 9594273 downstream partners, mw 16345627 downstream partners, mw 17105218 downstream partners, nr Tel-like 10 downstream 2-hop, sw:brain_paired:L, sw;brainpair;L, mw noci 4th_order, mw proprio 4th_order, mw respiratory 4th_order, mw 17383431 downstream partners, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, EB.b 2, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 72_level-7_clusterID-135_signal-flow_-0.692, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DALcl12 r vv 6 (L1EM:17109286); VFB CATMAID L1 CNS]

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DALcl12 r vv 8 = 1 or 5 (L1EM:17110024) [VFB_00102fco]

WB_DALcl12 L, DALcl12-v_l akira, ASB left, LAL rows, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, DALcl1/2 v L, LAL com, mw left, mw axon split complete, mw brain neurons split, #4T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL com, mw CX, mw brain matrix, mw brain contralateral, mw brain matrix + A1, mw contralateral axon, LAL shell lat L, VMCl L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw pre-dSEZ 1%, stable, mw partner loops, mw 14999928 upstream partners, mw 17110024 upstream partners, mw 17110024 downstream partners, PL-3, sw:brain_paired:L, sw;brainpair;L, mw proprio 2nd_order, mw proprio 2nd_order PN-old, mw 17383431 downstream partners, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 72_level-7_clusterID-135_signal-flow_-0.692, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DALcl12 r vv 8 = 1 or 5 (L1EM:17110024); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcl12 v d 3 L (L1EM:4433197) [VFB_00102ekv]

LNM_down_octop, DALcl12-v_l akira, DALcl12 L v d int, EB columns, down_oct_neur1, hemilateral_pair_4433197_15668497, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, DALcl1/2 v L, IPA com, mw left, mw axon split complete, mw brain neurons split, #7T, mw colored-matrix-2019-09-12, SACa, mw brain neurons + sensories, mw brain crosses commissure, IPA com, mw CX, mw brain matrix, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 14540633 upstream partners, sw:brain_paired:L, sw;brainpair;L, EB.b, mw proprio 3rd_order, mw mechano-Ch 3rd_order, EB downstream intersection, sw;pairs;L, downMBONs, sw;mdev3, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 63_level-7_clusterID-154_walksort-0.703, EB-core, EB.d, EB-col-4, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 6_level-3_clusterID-13_signal-flow_-0.614, 13_level-4_clusterID-27_signal-flow_-0.716, 27_level-5_clusterID-56_signal-flow_-0.695, 46_level-6_clusterID-101_signal-flow_-0.652, 69_level-7_clusterID-168_signal-flow_-0.554, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; DALcl12 v d 3 L (L1EM:4433197); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcl12 v d 3 R (L1EM:15668497) [VFB_00102f62]

WB_DALcl12 R, DALcl12-v_r akira, DALcl12 v d int, ASB right, DALcl12-v_r akira upper, PB bilateral coordination, EB columns, hemilateral_pair_4433197_15668497, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, DALcl1/2 v R, IPA com, mw right, mw axon split complete, mw brain neurons split, #7, mw colored-matrix-2019-09-12, SACa, mw brain neurons + sensories, mw brain crosses commissure, IPA com, mw CX, mw brain matrix, mw brain contralateral, IPa comp, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 14540633 upstream partners, EB_neurons, ElizabethLauraCX, sw:brain_paired:R, sw;brainpair;R, EB.b, mw proprio 3rd_order, mw mechano-Ch 3rd_order, EB downstream intersection, sw;pairs;R, sw;mdev3, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 63_level-7_clusterID-154_walksort-0.703, EB-core, EB.d, EB-col-4, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 6_level-3_clusterID-13_signal-flow_-0.614, 13_level-4_clusterID-27_signal-flow_-0.716, 27_level-5_clusterID-56_signal-flow_-0.695, 46_level-6_clusterID-101_signal-flow_-0.652, 69_level-7_clusterID-168_signal-flow_-0.554, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; DALcl12 v d 3 R (L1EM:15668497); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcl12 v d 4 L (L1EM:17340955) [VFB_00102fdm]

Pre-MBONs-19, DALcl12-v_l akira, DALcl12 L v d int, Fragments 2014-01-18 14:57, EB columns, S5A2b, S13A2, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, DALcl1/2 v L, IPA com, mw left, mw axon split complete, mw brain neurons split, #5T, mw colored-matrix-2019-09-12, SACa, mw brain neurons + sensories, mw brain crosses commissure, IPA com, mw CX, mw brain matrix, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw to review, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 9594273 downstream partners, mw 14999928 downstream partners, mw 17813457 upstream partners, mw 17813457 downstream partners, mw 14540633 upstream partners, nr Tel-like 10 downstream 3-hop, sw:brain_paired:L, sw;brainpair;L, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, mw interhemispheric integration 4-hop, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, EB.d, mw FBN-cluster 63_level-7_clusterID-154_walksort-0.703, EB.b, EB-core, EB-col-1, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 6_level-3_clusterID-13_signal-flow_-0.614, 13_level-4_clusterID-27_signal-flow_-0.716, 27_level-5_clusterID-56_signal-flow_-0.695, 46_level-6_clusterID-101_signal-flow_-0.652, 69_level-7_clusterID-168_signal-flow_-0.554, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [DALcl12 v d 4 L (L1EM:17340955); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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DALcl12 v d 4 R (L1EM:15605297) [VFB_00102f5g]

WB_DALcl12 R, Pre-MBONs-19, DALcl12-v_r akira, DALcl12 v d int, ASB right, DALcl12-v_r akira upper, PB bilateral coordination, stuck 8569277, EB columns, S5A2b, S13A2, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, DALcl1/2 v R, IPA com, mw right, mw axon split complete, mw brain neurons split, #5, mw colored-matrix-2019-09-12, SACa, mw brain neurons + sensories, mw brain crosses commissure, IPA com, mw CX, mw brain matrix, mw brain contralateral, IPa comp, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw to review, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 9594273 downstream partners, mw 14999928 downstream partners, mw 17813457 upstream partners, mw 17813457 downstream partners, mw 14540633 upstream partners, nr Tel-like 10 downstream 3-hop, EB_neurons, ElizabethLauraCX, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integration 4-hop, EB.b, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, EB downstream intersection, sw;pairs;R, downMBONs, downLAL, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 63_level-7_clusterID-154_walksort-0.703, EB-core, EB.d, EB-col-1, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 6_level-3_clusterID-13_signal-flow_-0.614, 13_level-4_clusterID-27_signal-flow_-0.716, 27_level-5_clusterID-56_signal-flow_-0.695, 46_level-6_clusterID-101_signal-flow_-0.652, 69_level-7_clusterID-168_signal-flow_-0.554, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DALcl12 v d 4 R (L1EM:15605297); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcl12 v d 7 L (L1EM:15632371) [VFB_00102f5r]

WB_DALcl12 L, Rainbow A ; Left, DALcl12-v_l akira, DALcl12 L v d dor, ASB left, EB columns, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, DALcl1/2 v L, IPA com, mw left, mw brain few synapses, #3T, SACa, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw brain neurons + sensories, mw axon split complete, mw brain crosses commissure, IPA com, mw partially differentiated, mw CX, mw brain matrix, mw brain contralateral, mw brain matrix + A1, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, stable, sw:brain_paired:L, sw;brainpair;L, mw partially differentiated non-KC, EB.b, sw;pairs;L, downMBONs, EB-core, EB.d, EB-col-3, mw brain and inputs, ND_published, ND_all published et al [DALcl12 v d 7 L (L1EM:15632371); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcl12 v d 7 R (L1EM:15673715) [VFB_00102f67]

DALcl12-v_r akira, ASB right, DALcl12-v_r akira upper, PB bilateral coordination, EB columns, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, DALcl1/2 v R, IPA com, mw right, mw axon split complete, mw brain neurons split, #3, mw colored-matrix-2019-09-12, SACa, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, less than 150nm length, mw brain neurons + sensories, mw brain unpaired todo 1-13-20, mw brain few synapses, mw brain crosses commissure, IPA com, mw CX, mw brain matrix, mw brain contralateral, IPa comp, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw ipsilateral dendrite, mw brain matrix and A1, mw partially differentiated, mw brain paper all neurons, stable, EB_neurons, ElizabethLauraCX, sw:brain_paired:R, sw;brainpair;R, mw partially differentiated non-KC, EB.b, KCs to CX, sw;pairs;R, EB-core, EB.d, EB-col-3, mw brain and inputs, ND_published, ND_all published et al [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DALcl12 v d 7 R (L1EM:15673715); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcl12 v d 8 L (L1EM:15524852) [VFB_00102f4u]

WB_DALcl12 L, DALcl12-v_l akira, ASB left, Uncertain Continuation, EB columns, hemilateral_pair_9060993_15524852, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, DALcl1/2 v L, IPA com, mw left, mw axon split complete, mw brain neurons split, #4T, mw colored-matrix-2019-09-12, SACa, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, less than 150nm length, mw brain neurons + sensories, mw brain few synapses, IPA com, mw partially differentiated, mw CX, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, stable, sw:brain_paired:L, sw;brainpair;L, mw partially differentiated non-KC, EB.b, sw;pairs;L, downMBONs, EB-core, EB.d, EB-col-5, mw brain and inputs, ND_published, ND_all published et al [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DALcl12 v d 8 L (L1EM:15524852)]

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DALcl12 v d 8 R (L1EM:9060993) [VFB_00102esh]

WB_DALcl12 R, DALcl12-v_r akira, DALcl12 v d rudiment, DALcl12-v_r akira upper, PB bilateral coordination, EB columns, hemilateral_pair_9060993_15524852, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, DALcl1/2 v R, IPA com, mw right, mw brain few synapses, #4, SACa, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, less than 150nm length, mw brain neurons + sensories, IPA com, mw partially differentiated, mw CX, mw brain matrix, mw brain ipsilateral, IPa comp, mw brain matrix + A1, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, stable, EB_neurons, ElizabethLauraCX, sw:brain_paired:R, sw;brainpair;R, mw partially differentiated non-KC, EB.b, sw;pairs;R, downMBONs, EB-core, EB.d, EB-col-5, mw brain and inputs, clb brainpaircensus mw right, ND_published, ND_all published et al [EM L1 Winding, Pedigo et al., 2023; DALcl12 v d 8 R (L1EM:9060993); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcl12 vv 1 left (L1EM:17110189) [VFB_00102fcp]

WB_DALcl12 L, rows, DALcl12-v_l akira, ASB left, LAL rows, DALcl12 r vv 9 = 1 or 5, DALcl12 vv 1 pair, U4a1, U4A1, JDAN, hemilateral_pair_6182848_17110189, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, DALcl1/2 v L, LAL com, mw left, mw axon split complete, mw brain neurons split, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL com, mw CX, mw brain matrix, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw contralateral axon, LAL shell lat L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 4966994 upstream partners, mw brain open-ends 3, sw:brain_paired:L, sw;brainpair;L, mw proprio 2nd_order, mw proprio 2nd_order PN-old, mw 17383431 downstream partners, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 72_level-7_clusterID-135_signal-flow_-0.692, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; DALcl12 vv 1 left (L1EM:17110189); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcl12 vv 1 right (L1EM:6182848) [VFB_00102eo2]

WB_DALcl12 R, rows, DALcl12-v_r akira, LAL rows, DALcl12 vv 1 pair, U4a1, U4A1, JDAN, hemilateral_pair_6182848_17110189, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, LAL com, mw right, mw axon split complete, mw brain neurons split, #1, DALcl1/2 v R, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL com, mw CX, mw brain matrix, LAL shell lat, mw brain contralateral, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 4966994 upstream partners, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;R, mw proprio 2nd_order, mw proprio 2nd_order PN-old, mw 17383431 downstream partners, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, EB.b 2, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 72_level-7_clusterID-135_signal-flow_-0.692, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; DALcl12 vv 1 right (L1EM:6182848); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcl12 vv 10 (L1EM:10784285) [VFB_00102ewh]

WB_DALcl12 R, DALcl12-v_r akira, ASB right, LAL wrap above, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, DALcl1/2 v R, LAL com, mw right, mw axon split complete, mw brain neurons split, #8, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL com, mw CX, mw brain matrix, mw brain contralateral, VMCl, mw ds-pre-dVNC, mw brain matrix + A1, mw contralateral axon, LALshellmed, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 14999928 upstream partners, mw 16345627 upstream partners, nr Tel-like 10 downstream 2-hop, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw respiratory 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, sw;mdev5, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, remove FB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; DALcl12 vv 10 (L1EM:10784285); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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DALcl12 vv 11 left (L1EM:10785260) [VFB_00102ewi]

WB_DALcl12 R, DALcl12-v_r akira, ASB right, LAL columns, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, DALcl1/2 v R, LAL com, mw right, mw axon split complete, mw brain neurons split, #9, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL com, mw CX, mw brain matrix, mw brain contralateral, VMCl, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, LALshellmed, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 9594273 upstream partners, mw 16345627 upstream partners, nr Tel-like 10 downstream 2-hop, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw noci 4th_order, mw proprio 4th_order, mw respiratory 4th_order, mw mechano-Ch 4th_order, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; DALcl12 vv 11 left (L1EM:10785260); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcl12 vv 11 right (L1EM:17813499) [VFB_00102fih]

WB_DALcl12 L, Neuron 17494618, DALcl12-v_l akira, ASB right, DALcl12 r vv 11, LAL columns, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, DALcl1/2 v L, LAL com, mw left, mw axon split complete, mw brain neurons split, #9T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL com, mw CX, mw brain matrix, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, LALshellmed L, VMCl L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 9594273 upstream partners, mw 16345627 upstream partners, nr Tel-like 10 downstream 2-hop, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw noci 4th_order, mw proprio 4th_order, mw respiratory 4th_order, mw mechano-Ch 4th_order, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, EB.b 2, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; DALcl12 vv 11 right (L1EM:17813499); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcl12 vv 12 left (L1EM:15525711) [VFB_00102f4v]

WB_DALcl12 L, DALcl12-v_l akira, ASB left, LAL columns, hemilateral_pair_9068346_15525711, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, DALcl1/2 v L, LAL com, mw left, mw axon split complete, mw brain neurons split, #6T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL com, mw CX, mw brain matrix, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw contralateral axon, LAL shell lat L, VMCl L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 9594273 upstream partners, mw 14999928 upstream partners, mw 16345627 upstream partners, nr Tel-like 10 downstream 2-hop, mw brain open-ends 3, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, sw;pairs;L, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, EB.b 2, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; DALcl12 vv 12 left (L1EM:15525711)]

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DALcl12 vv 12 right (L1EM:9068346) [VFB_00102esk]

WB_DALcl12 R, DALcl12-v_r akira, LAL columns, hemilateral_pair_9068346_15525711, ALBERT-EXP, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, DALcl1/2 v R, LAL com, mw right, mw axon split complete, mw brain neurons split, #6, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL com, mw CX, mw brain matrix, LAL shell lat, mw brain contralateral, VMCl, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 9594273 upstream partners, mw 14999928 upstream partners, mw 16345627 upstream partners, nr Tel-like 10 downstream 2-hop, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, sw;pairs;R, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; DALcl12 vv 12 right (L1EM:9068346); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcl12 vv 5 (L1EM:9037152) [VFB_00102ese]

maybe DALcl r vv 8, WB_DALcl12 R, DALcl12-v_r akira, ASB left, LAL rows, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, DALcl1/2 v R, LAL com, mw right, mw axon split complete, mw brain neurons split, #4, mw colored-matrix-2019-09-12, mw brain neurons + sensories, post-post-proprioceptor in central complex, mw brain crosses commissure, LAL com, mw CX, mw brain matrix, LAL shell lat, mw brain contralateral, VMCl, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw pre-dSEZ 1%, stable, mw partner loops, mw 14999928 upstream partners, mw 17110024 upstream partners, mw 17110024 downstream partners, PL-3, sw:brain_paired:R, sw;brainpair;R, mw proprio 2nd_order, mw proprio 2nd_order PN-old, mw 17383431 downstream partners, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, EB.b 2, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 72_level-7_clusterID-135_signal-flow_-0.692, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; DALcl12 vv 5 (L1EM:9037152); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcl12 vv 6 (L1EM:9067063) [VFB_00102esi]

maybe DALcl12 r vv 12, WB_DALcl12 R, DALcl12-v_r akira, LAL columns, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, LAL com, mw right, mw axon split complete, mw brain neurons split, DALcl1/2 v R, #5, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL com, mw CX, mw brain matrix, LAL shell lat, mw brain contralateral, VMCl, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw pre-dSEZ 1%, stable, mw partner loops, mw 17105218 upstream partners, mw 17105218 downstream partners, PL-18, nr Tel-like 10 downstream 2-hop, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, sw;pairs;R, downLAL, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DALcl12 vv 6 (L1EM:9067063); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcm v 6; DALcm12 m lat 3 left (probably) (L1EM:16852589) [VFB_00102fb2]

DALcm12-m_l akira, brain downstream of A08s2_a2r, clb:todo, clb:soma, clb:joined, clb:questionable join - nearly self touch, clb:important, clb:todo_A08, hemilateral_pair_6610913_16852589, mw brain neurons, mw brain neurons + SU, DALcm1/2 m L, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw 10964258 upstream partners, nr Tel-like 10 downstream 2-hop, LAL com, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, sw;pairs;L, downMBONs, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 57_level-6_clusterID-72_signal-flow_-1.443, 91_level-7_clusterID-72_signal-flow_-1.443, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DALcm v 6; DALcm12 m lat 3 left (probably) (L1EM:16852589); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

DALcm v 6; DALcm12 m lat 3 right (L1EM:6610913) [VFB_00102eoh]

DALcm12-m_r akira, hemilateral_pair_6610913_16852589, mw brain neurons, mw brain neurons + SU, DALcm1/2 m R, mw brain inventory, mw previously complete, mw right, mw axon split complete, mw brain neurons split, #1, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL com, mw brain matrix, mw open-ends unpublished, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw 10964258 upstream partners, nr Tel-like 10 downstream 2-hop, LAL com, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, sw;pairs;R, downLAL, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 57_level-6_clusterID-72_signal-flow_-1.443, 91_level-7_clusterID-72_signal-flow_-1.443, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; DALcm v 6; DALcm12 m lat 3 right (L1EM:6610913); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

DALcm?_l 16 (L1EM:16950097) [VFB_00102fbm]

DALcm12-v_l akira, ASB left, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, DALcm1/2 v L, mw axon split complete, mw brain neurons split, #2T, VMC, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VMC, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain open-ends 3, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, downNO, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, NO.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 80_level-7_clusterID-132_signal-flow_-0.848, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DALcm?_l 16 (L1EM:16950097)]

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DALcm12 fork 2 left; DALcm12 L v ap 8 (L1EM:15513540) [VFB_00102f4o]

li temp 8 6, WB_DALcm12 L, DALcm12-v_l akira, LAL to post-LAL, mw brain neurons, mw brain neurons + SU, DALcm1/2 v L, mw brain inventory, mw previously complete, mw left, LAL VMC, mw axon split complete, mw brain neurons split, #5T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw brain neurons + sensories, LAL VMC, mw CX, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, VMCc L, DALd core L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain open-ends 3, nr hug-neuron, sw:brain_paired:L, sw;brainpair;L, mw proprio 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 56_level-6_clusterID-71_signal-flow_-1.328, 87_level-7_clusterID-128_signal-flow_-1.325, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [DALcm12 fork 2 left; DALcm12 L v ap 8 (L1EM:15513540); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcm12 fork 2 right; DALcm12 v ap 4 (L1EM:5790355) [VFB_00102en5]

WB_DALcm12 R, Tract references akira, deCP_r, DALcm12-v_r akira, LAL to post-LAL, Like Pre-MBE4h-29, mw brain neurons, mw brain neurons + SU, DALcm1/2 v R, mw brain inventory, mw previously complete, mw right, LAL VMC, mw axon split complete, mw brain neurons split, #5, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw brain neurons + sensories, LAL VMC, mw CX, mw brain matrix, mw open-ends unpublished, DALd core, mw brain ipsilateral, VMCc, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain open-ends 3, nr hug-neuron, sw:brain_paired:R, sw;brainpair;R, mw proprio 3rd_order, mw mechano-Ch 3rd_order, mw interhemispheric integration 4-hop, sw;pairs;R, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 56_level-6_clusterID-71_signal-flow_-1.328, 87_level-7_clusterID-128_signal-flow_-1.325, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DALcm12 fork 2 right; DALcm12 v ap 4 (L1EM:5790355); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcm12 fork left; DALcm12 L v ap 9 (L1EM:15516413) [VFB_00102f4q]

li temp 8 6, WB_DALcm12 L, DALcm12-v_l akira, ASB left, LAL to post-LAL, mw brain neurons, mw brain neurons + SU, DALcm1/2 v L, mw brain inventory, mw previously complete, mw left, LAL VMC, mw axon split complete, mw brain neurons split, #6T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw brain neurons + sensories, LAL VMC, mw CX, mw brain matrix, mw brain ipsilateral, mw ds-pre-dVNC, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, VMCc L, LAL shell lat L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, nr hug-neuron, sw:brain_paired:L, sw;brainpair;L, mw proprio 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; DALcm12 fork left; DALcm12 L v ap 9 (L1EM:15516413); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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DALcm12 fork right; DALcm12 v ap 2 (L1EM:5816138) [VFB_00102en8]

WB_DALcm12 R, DALcm12-v_r akira, LAL to post-LAL, Like Pre-MBE4h-29, mw brain neurons, mw brain neurons + SU, DALcm1/2 v R, mw brain inventory, mw draft complete, mw right, LAL VMC, mw axon split complete, mw brain neurons split, #6, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw brain neurons + sensories, LAL VMC, mw CX, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, LAL shell lat, mw brain ipsilateral, VMCc, mw ds-pre-dVNC, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain open-ends 3, nr hug-neuron, sw:brain_paired:R, sw;brainpair;R, mw proprio 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DALcm12 fork right; DALcm12 v ap 2 (L1EM:5816138); VFB CATMAID L1 CNS]

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DALcm12 horseshoe left; DALcm12 L m ant med 15 (L1EM:18597845) [VFB_00102fkb]

DALcm1/2 v L, DALcm12-m_l akira, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, LAL VMC, mw axon split complete, mw brain neurons split, #11T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 8801736 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw enteric 4th_order, mw mechano-Ch 4th_order, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 72_level-7_clusterID-135_signal-flow_-0.692, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; DALcm12 horseshoe left; DALcm12 L m ant med 15 (L1EM:18597845); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcm12 horseshoe right; DALcm12 v e 23 (L1EM:15553218) [VFB_00102f51]

WB_DALcm12 R, DALcm12-m_r akira, DALcm12 v e, ASB right, mw brain neurons, mw brain neurons + SU, DALcm1/2 v R, mw brain inventory, mw previously complete, mw right, LAL VMC, mw axon split complete, mw brain neurons split, #11, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, UNI, mw brain matrix, mw open-ends unpublished, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 8801736 upstream partners, nr Tel-like 10 downstream 3-hop, sw:brain_paired:R, sw;brainpair;R, YYCWMLEH, mw enteric 4th_order, mw mechano-Ch 4th_order, mw interhemispheric integration 4-hop, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 72_level-7_clusterID-135_signal-flow_-0.692, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; DALcm12 horseshoe right; DALcm12 v e 23 (L1EM:15553218); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcm12 L v ap 2_left (L1EM:7025064) [VFB_00102eou]

li temp 8 6, WB_DALcm12 L, DALcm12-v_l akira, ASB left, LAL LN, mw brain neurons, mw brain neurons + SU, DALcm1/2 v L, mw brain inventory, mw previously complete, mw left, LAL VMC, mw axon split complete, mw brain neurons split, #7T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, LAL VMC, mw CX, mw brain matrix, mw open-ends unpublished, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, VMCc L, DALd core L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 16345627 upstream partners, nr Tel-like 10 downstream 2-hop, mw brain open-ends 3, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw proprio 3rd_order, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 92_level-7_clusterID-129_signal-flow_-1.575, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DALcm12 L v ap 2_left (L1EM:7025064); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcm12 L v ap 7 (L1EM:15512408) [VFB_00102f4n]

li temp 8 6, WB_DALcm12 L, DALcm12-v_l akira, ASB left, LAL to post-LAL, hemilateral_pair_4917442_15512408, mw brain neurons, mw brain neurons + SU, DALcm1/2 v L, mw brain inventory, mw previously complete, mw left, LAL VMC, mw axon split complete, mw brain neurons split, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, LAL VMC, mw CX, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, VMCc L, DALd core L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain open-ends 3, nr hug-neuron, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw proprio 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, mw 17067625 downstream partners, sw;pairs;L, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 56_level-6_clusterID-71_signal-flow_-1.328, 87_level-7_clusterID-128_signal-flow_-1.325, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [DALcm12 L v ap 7 (L1EM:15512408); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcm12 v ap 1 left (L1EM:7025831) [VFB_00102eov]

li temp 8 6, WB_DALcm12 L, ellipsoid body ipsilateral LNs, DALcm12-v_l akira, ASB left, LAL LN, hemilateral_pair_5782947_7025831, mw brain neurons, mw brain neurons + SU, DALcm1/2 v L, mw brain inventory, mw draft complete, mw left, LAL VMC, mw axon split complete, mw brain neurons split, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, LAL VMC, mw CX, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, LAL shell lat L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 17105218 downstream partners, nr Tel-like 10 downstream 3-hop, sw:brain_paired:L, sw;brainpair;L, mw proprio 3rd_order, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DALcm12 v ap 1 left (L1EM:7025831)]

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DALcm12 v ap 1 right (L1EM:5782947) [VFB_00102en3]

TS03, li output onto KC medial lobe, WB_DALcm12 R, DALcm12-v_r akira, LAL LN, hemilateral_pair_5782947_7025831, mw brain neurons, mw brain neurons + SU, DALcm1/2 v R, mw brain inventory, mw previously complete, mw right, LAL VMC, mw axon split complete, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, LAL VMC, mw CX, mw brain matrix, LAL shell lat, mw brain ipsilateral, VMCc, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 17105218 downstream partners, nr Tel-like 10 downstream 3-hop, sw:brain_paired:R, sw;brainpair;R, mw proprio 3rd_order, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DALcm12 v ap 1 right (L1EM:5782947); VFB CATMAID L1 CNS]

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DALcm12 v ap 11 left (L1EM:7057730) [VFB_00102eow]

li temp 8 6, WB_DALcm12 L, ellipsoid body ipsilateral LNs, DALcm12-v_l akira, ASB left, LAL to post-LAL, DALcm12 v ap 11 pair, hemilateral_pair_4017464_7057730, mw brain neurons, mw brain neurons + SU, DALcm1/2 v L, mw brain inventory, mw previously complete, mw left, LAL VMC, mw axon split complete, mw brain neurons split, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, LAL VMC, mw CX, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain open-ends 3, nr hug-neuron, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw proprio 3rd_order, sw;pairs;L, downLAL, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 56_level-6_clusterID-71_signal-flow_-1.328, 87_level-7_clusterID-128_signal-flow_-1.325, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [DALcm12 v ap 11 left (L1EM:7057730); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcm12 v ap 11 right (L1EM:4017464) [VFB_00102ek1]

TS03, WB_DALcm12 R, DALcm12-v_r akira, LAL to post-LAL, DALcm12 v ap 11 pair, hemilateral_pair_4017464_7057730, Like Pre-MBE4h-29, mw brain neurons, mw brain neurons + SU, DALcm1/2 v R, mw brain inventory, mw previously complete, mw right, LAL VMC, mw axon split complete, #1, mw brain neurons split, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, mw colored-matrix-2019-09-12, mw brain neurons + sensories, LAL VMC, mw CX, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, nr hug-neuron, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw proprio 3rd_order, sw;pairs;R, downLAL, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 56_level-6_clusterID-71_signal-flow_-1.328, 87_level-7_clusterID-128_signal-flow_-1.325, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; DALcm12 v ap 11 right (L1EM:4017464); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcm12 v ap 12 wrong asc branch (L1EM:4917442) [VFB_00102elb]

WB_DALcm12 R, DALcm12-v_r akira, LAL to post-LAL, hemilateral_pair_4917442_15512408, Like Pre-MBE4h-29, mw brain neurons, mw brain neurons + SU, DALcm1/2 v R, mw brain inventory, mw previously complete, mw right, LAL VMC, mw axon split complete, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, LAL VMC, mw CX, mw brain matrix, DALd core, mw brain ipsilateral, VMCc, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, nr hug-neuron, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw proprio 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, mw 17067625 downstream partners, sw;pairs;R, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 56_level-6_clusterID-71_signal-flow_-1.328, 87_level-7_clusterID-128_signal-flow_-1.325, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DALcm12 v ap 12 wrong asc branch (L1EM:4917442); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcm12 v ap 13 (L1EM:8161142) [VFB_00102eq2]

TS03, WB_DALcm12 R, DALcm12-v_r akira, LAL LN, mw brain neurons, mw brain neurons + SU, DALcm1/2 v R, mw brain inventory, mw previously complete, mw right, LAL VMC, mw axon split complete, mw brain neurons split, #10, #7, mw colored-matrix-2019-09-12, AUTO ascending neurons, mw brain neurons + sensories, LAL VMC, mw CX, mw brain matrix, DALd core, mw brain ipsilateral, VMCc, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 16345627 upstream partners, nr Tel-like 10 downstream 2-hop, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw proprio 3rd_order, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 92_level-7_clusterID-129_signal-flow_-1.575, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DALcm12 v ap 13 (L1EM:8161142); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcm12 v ap 14_left (L1EM:18551732) [VFB_00102fk6]

DNs-17s akira, Pre-DN17-24, U3A2a, U7A2, DALcm1/2 v L, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, LAL VMC, mw axon split complete, mw brain neurons split, #9T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, LAL VMC*, mw brain matrix, *DALcm12-v_l akira, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, VMCc L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, LAL LN, mw test matrices, stable, mw ad hubs_in, mw 4966994 downstream partners, nr Tel-like 10 downstream 2-hop, mw ad all_hubs, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw noci 4th_order, mw proprio 4th_order, mw respiratory 4th_order, mw mechano-Ch 4th_order, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 92_level-7_clusterID-129_signal-flow_-1.575, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; DALcm12 v ap 14_left (L1EM:18551732); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcm12 v ap 14_right (L1EM:8161148) [VFB_00102eq3]

TS03, WB_DALcm12 R, DALcm12-v_r akira, DNs-17s akira, Pre-DN17-24, LAL LN, U3A2a, U7A2, mw brain neurons, mw brain neurons + SU, DALcm1/2 v R, mw brain inventory, mw previously complete, mw right, LAL VMC, mw axon split complete, mw brain neurons split, #8, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, LAL VMC, mw CX, mw brain matrix, DALd core, mw brain ipsilateral, VMCc, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ad hubs_in, mw 4966994 downstream partners, nr Tel-like 10 downstream 2-hop, mw ad all_hubs, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw noci 4th_order, mw proprio 4th_order, mw respiratory 4th_order, mw mechano-Ch 4th_order, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 92_level-7_clusterID-129_signal-flow_-1.575, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [DALcm12 v ap 14_right (L1EM:8161148); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcm12 v ap 20_left (L1EM:17454636) [VFB_00102ffh]

DALcm12-v_l akira, No Way Out, ellipsoid body ipsilateral LNs, WB_DALcm12 L, li temp 8 6, DALcm12 L v ap 1, DNs-17s akira, Pre-DN17-23, LAL LN, DALcm12 v ap 20_potential pair, T1_12, mw brain neurons, mw brain neurons + SU, DALcm1/2 v L, mw brain inventory, mw draft complete, mw left, LAL VMC, mw axon split complete, mw brain neurons split, #8T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw brain neurons + sensories, LAL VMC, mw CX, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, VMCc L, DALd core L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ad hubs_in, mw 4966994 upstream partners, nr Tel-like 10 downstream 2-hop, mw ad all_hubs, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw proprio 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 92_level-7_clusterID-129_signal-flow_-1.575, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [DALcm12 v ap 20_left (L1EM:17454636); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcm12 v ap 20_right (L1EM:15467736) [VFB_00102f4j]

DALcm d most complete, WB_DALcm12 R, DALcm12-v_r akira, ASB right, DNs-17s akira, Pre-DN17-23, LAL LN, DALcm12 v ap 20_potential pair, mw brain neurons, mw brain neurons + SU, DALcm1/2 v R, mw brain inventory, mw previously complete, mw right, LAL VMC, mw axon split complete, mw brain neurons split, #9, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw brain neurons + sensories, LAL VMC, mw CX, mw brain matrix, mw brain ipsilateral, VMCc, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ad hubs_in, mw 4966994 upstream partners, nr Tel-like 10 downstream 2-hop, mw ad all_hubs, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw proprio 3rd_order, mw mechano-Ch 3rd_order, mw interhemispheric integration 3-hop, sw;pairs;R, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, remove FB.d, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 92_level-7_clusterID-129_signal-flow_-1.575, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [DALcm12 v ap 20_right (L1EM:15467736); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcm12 v p 25 (L1EM:4847079) [VFB_00102el8]

WB_DALcm12 R, DALcm12-v_r akira, MB2IN19U, mw brain neurons, mw brain neurons + SU, DALcm1/2 v R, mw brain inventory, mw previously complete, mw right, mw axon split complete, mw brain neurons split, #2, VMC, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VMC, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, downFB, Potential NO.b, sw;pairs;R, downNO, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, NO.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 80_level-7_clusterID-132_signal-flow_-0.848, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; DALcm12 v p 25 (L1EM:4847079); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcm12_v_p_11_left (L1EM:15522152) [VFB_00102f4t]

network fit_downstream pvl09 maybe, WB_DALcm12 L, DALcm12-v_l akira, ASB left, DNs akira-2, CN-19 to MNs akira, paired ds mPNs left >= 10 synapses individual, mw paired 171, U6A1, U6A6, pairs ds mPNs >= 10, putative LHN, mw brain neurons, mw brain neurons + SU, DALcm1/2 v L, mw brain inventory, mw previously complete, mw left, mw axon split complete, mw brain neurons split, #1T, VMC desc CITd, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPP VMC desc, mw dVNC, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw pre-dVNC, nr Tel-like 10 downstream 2-hop, nr Tel-like 10 downstream-dVNCs 2-hop, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, mw dVNC not to A1, cx descending l1, dVNCdownstreamCX, sw;pairs;L, mw candidate hunch_head-move, dPNOins, downFBMBONs, downFBPBs, downMBONs, downPB, downNO, pFB.b, test2, test3, FB.d, NO.d, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, PB.d, NO descending, PB descending, FB descending, FB.b descending, PB descending to thorax, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 77_level-7_clusterID-173_signal-flow_-0.801, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct pre-DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DALcm12_v_p_11_left (L1EM:15522152); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcm12_v_p_11(22)_right TODO lateral large dendrite (L1EM:15548844) [VFB_00102f50]

ipsigoro lineage, DPLc1 r, WB_DPLc1 R, WB_DALcm12 R, DALcm12-v_r akira, ASB right, ipsi cross-layer CC, CN-19 to MNs akira, DNs akira-2, paired ds mPNs left >= 10 synapses individual, mw paired 171, U6A1, U6A6, pairs ds mPNs >= 10, putative LHN, mw brain neurons, mw brain neurons + SU, DALcm1/2 v R, mw brain inventory, mw previously complete, mw right, mw axon split complete, mw brain neurons split, #1, T1 16 Brown, MB2IN-104UpSet, mw colored-matrix-2019-09-12, VMC desc, CITd, MB2IN-104 3Up, mw brain neurons + sensories, IPP VMC desc, mw dVNC, mw brain matrix, MB2IN-104up3, mw open-ends unpublished, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw pre-dVNC, nr Tel-like 10 downstream 2-hop, nr Tel-like 10 downstream-dVNCs 2-hop, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, mw dVNC not to A1, dVNCdownstreamCX, sw;pairs;R, mw candidate hunch_head-move, dPNOins, downFBMBONs, downFBPBs, downMBONs, downPB, downNO, FB_laura, pFB.b, test2, test3, FB.d, NO.d, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, PB.d, NO descending, PB descending, FB descending, FB.b descending, PB descending to thorax, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 77_level-7_clusterID-173_signal-flow_-0.801, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct pre-DN-VNCs, ct DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; embryonic/larval neuron; embryonic/larval nervous system; is part of; DALcm12_v_p_11(22)_right TODO lateral large dendrite (L1EM:15548844); L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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DALcm12-v descending left (L1EM:16928740) [VFB_00102fbc]

WB_DALcm12 L, DALcm12-v_l akira, ASB left, DNs akira-2, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, DALcm1/2 v L, VMC desc, #2T, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw unpaired 2019-10-09, mw unpaired 2019-10-10, AUTO descending neurons to SEZ, mw brain neurons + sensories, mw dVNC, IPP VMC desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw dVNC not to A1, sw;pairs;L, mw candidate hunch_head-move, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DALcm12-v descending left (L1EM:16928740); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcm12-v descending right (L1EM:15560623) [VFB_00102f53]

WB_DALcm12 R, WB_DALd R, mw brain neurons + SU, mw brain inventory, mw right, mw draft complete, DALcm12-v_r akira, mw axon split complete, DALcm1/2 v R, VMC desc, #2, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw brain neurons + sensories, mw dVNC, IPP VMC desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, lv dVNC to T3+A1, mw gustatory-external 3rd_order, mw dVNC not to A1, cx descending l1, sw;pairs;R, mw candidate hunch_head-move, downFBPBs, downPB, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DALcm12-v descending right (L1EM:15560623); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcm12-v forked left; DALcm12 L v ap 6_left (L1EM:15512404) [VFB_00102f4m]

li temp 8 6, WB_DALcm12 L, DALcm12-v_l akira, Pre-DN17-21, LAL LN, mw brain neurons, mw brain neurons + SU, DALcm1/2 v L, mw brain inventory, mw previously complete, mw left, LAL VMC, mw axon split complete, mw brain neurons split, #4T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw brain neurons + sensories, LAL VMC, mw CX, mw brain matrix, mw brain ipsilateral, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, VMCc L, DALd core L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw 16345627 upstream partners, mw brain open-ends 3, nr hug-neuron, sw:brain_paired:L, sw;brainpair;L, mw proprio 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 56_level-6_clusterID-71_signal-flow_-1.328, 87_level-7_clusterID-128_signal-flow_-1.325, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DALcm12-v forked left; DALcm12 L v ap 6_left (L1EM:15512404); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALcm12-v forked right; 1+0 DALcm12 v ap 3_right (L1EM:5786898) [VFB_00102en4]

DALcm d most complete, 1+0, WB_DALcm12 R, DALcm12-v_r akira, DNs-17s akira, Pre-DN17-21, LAL LN, LAL LN [ 1+0 DALcm12 v ap 3_right], mw brain neurons, mw brain neurons + SU, DALcm1/2 v R, mw brain inventory, mw draft complete, mw right, LAL VMC, mw issues, T1 12 Lilac, #4, DALd downstream, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, AUTO multiple presynapses to brain, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw brain neurons + sensories, mw axon split complete, LAL VMC, mw CX, Merged: Neuron 20838448, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, DALd core, mw brain ipsilateral, VMCc, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw 16345627 upstream partners, mw brain reviewed <80%, nr hug-neuron, sw:brain_paired:R, sw;brainpair;R, mw proprio 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 56_level-6_clusterID-71_signal-flow_-1.328, 87_level-7_clusterID-128_signal-flow_-1.325, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [DALcm12-v forked right; 1+0 DALcm12 v ap 3_right (L1EM:5786898); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

DALd bushy left; DALd_l 2 (L1EM:1622901) [VFB_00102eh6]

DAL candidate lineage, descending, Brain, DALcm, WB_DALd L, DALd_l akira, brain downstream of A08s2_a2r, clb:todo, clb:soma, clb:joined, clb:todo_A08, DNs akira-2, LAL output, mw brain neurons, mw brain neurons + SU, DAld L, mw brain inventory, mw draft complete, mw left, mw axon split complete, LAL desc, #3T, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, AUTO multiple presynapses to brain, mw brain neurons + sensories, mw dVNC, LAL desc, mw CX, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, DALd core L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, PK - DALd Descending, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, lv dVNC to T3+A1, mw noci 3rd_order, mw dVNC not to A1, mw interhemispheric integration 4-hop, sw;pairs;L, mw candidate hunch_head-move, downLAL, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 56_level-6_clusterID-71_signal-flow_-1.328, 87_level-7_clusterID-128_signal-flow_-1.325, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DALd bushy left; DALd_l 2 (L1EM:1622901); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

DALd bushy right; DALd_r 5 Review (L1EM:6156152) [VFB_00102eo1]

WB_DALd R, DALd_r akira, LNM_down_octop, DNs akira-2, LAL output, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, LAL desc, mw axon split complete, mw brain neurons split, T1 12 Lilac, #4, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw brain neurons + sensories, mw dVNC, post-post-proprioceptor in central complex, LAL desc, mw CX, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, DALd core, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, PK - DALd Descending, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, lv dVNC to T3+A1, mw noci 3rd_order, mw dVNC not to A1, sw;pairs;R, mw candidate hunch_head-move, downLAL, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, NO.d, NO descending, FB descending, remove FB.d, NO.b descending, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 56_level-6_clusterID-71_signal-flow_-1.328, 87_level-7_clusterID-128_signal-flow_-1.325, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DALd bushy right; DALd_r 5 Review (L1EM:6156152); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

DALd descending 1 left; DALd_l X? (L1EM:16952691) [VFB_00102fbx]

WB_DALd L, DALv23 L LAL possible fragments, brain downstream of A08s2_a2r, clb:todo, clb:soma, clb:joined, clb:important, clb:todo_A08, DNs akira-2, m review, DAld L, DALd_l akira, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, LAL desc, mw axon split complete, mw brain neurons split, #1T, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw brain neurons + sensories, mw dVNC, LAL desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, DALd core L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, PK - DALd Descending, stable, mw ad hubs_in, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw ad all_hubs, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, lv dVNC to T3+A1, lv dVNC to A1, mw noci 3rd_order, mw dVNC not to A1, sw;pairs;L, mw candidate turn, downLAL, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 56_level-6_clusterID-71_signal-flow_-1.328, 87_level-7_clusterID-128_signal-flow_-1.325, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; DALd descending 1 left; DALd_l X? (L1EM:16952691); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

DALd descending 1 right; DALd_r 1 (L1EM:5052370) [VFB_00102elh]

Others TODO, I Cannot Continue, DALd, Right, RP5 up-2, WB_DALd R, DALd_r akira, DNs akira-2, LAL output, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, LAL desc, mw axon split complete, mw brain neurons split, lilac, T1 12 Lilac, #1, AUTO descending neurons to VNC, AUTO ascending neurons, AUTO extends beyond brain, AUTO multiple presynapses to brain, mw colored-matrix-2019-09-12, Avi 122, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw brain neurons + sensories, mw dVNC, post-post-proprioceptor in central complex, post-post-proprioceptor >5, LAL desc, mw CX, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, DALd core, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, PK - DALd Descending, stable, mw ad hubs_in, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw ad all_hubs, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw dVNC not to A1, sw;pairs;R, mw candidate turn, downLAL, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 56_level-6_clusterID-71_signal-flow_-1.328, 87_level-7_clusterID-128_signal-flow_-1.325, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DALd descending 1 right; DALd_r 1 (L1EM:5052370); VFB CATMAID L1 CNS]

Tags:

DALd descending 2 left; DALd_l 6 (L1EM:16667592) [VFB_00102fad]

DALcm, WB_DALd L, DALd_l akira, ASB left, DNs akira-2, mw brain neurons, mw brain neurons + SU, DAld L, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, VMC desc, #2T, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw brain neurons + sensories, mw dVNC, VMC desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, VMCc L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, PK - DALd Descending, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw dVNC not to A1, sw;pairs;L, mw candidate turn, downLAL, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 57_level-6_clusterID-72_signal-flow_-1.443, 91_level-7_clusterID-72_signal-flow_-1.443, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; DALd descending 2 left; DALd_l 6 (L1EM:16667592); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

DALd descending 2 right; DALd_r 8 (L1EM:16950550) [VFB_00102fbq]

WB_DALd R, DALd_r akira, ASB right, DNs akira-2, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, LAL desc, mw axon split complete, mw brain neurons split, T1 12 Lilac, #7, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw brain neurons + sensories, mw dVNC, LAL desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, DALd core, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, PK - DALd Descending, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw dVNC not to A1, sw;pairs;R, mw candidate turn, downLAL, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 57_level-6_clusterID-72_signal-flow_-1.443, 91_level-7_clusterID-72_signal-flow_-1.443, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [transmission electron microscopy (TEM); DALd descending 2 right; DALd_r 8 (L1EM:16950550); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

Tags:

DALd descending 3 left; LAL output neuorn_l 2?; DALd_l 5 (L1EM:19361427) [VFB_00102fl8]

prepreLO1, WB_DALd L, DALd_l akira, DNs akira-2, LAL output, DALd_l 5 ; ;, mw brain neurons, mw brain neurons + SU, DAld L, mw brain inventory, mw draft complete, mw left, LAL desc, mw axon split complete, mw brain neurons split, #4T, AUTO descending neurons to VNC, AUTO ascending neurons, mw colored-matrix-2019-09-12, Avi 122, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw brain neurons + sensories, mw dVNC, LAL desc, mw CX, mw brain matrix, mw open-ends <80% reviewed, mw brain unpublished <80% reviewed 2020-04-24, CONNECTED TO DALd, Merged: DALd connected, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, CONNECTED TO LOCKED NEURON, DALd core L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, PK - DALd Descending, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integration 4-hop, lv dVNC to T3+A1, lv dVNC to A1, mw gustatory-external 4th_order, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, mw dVNC to A1, mw dVNC to A1 sens, sw;pairs;L, mw candidate turn, downLAL, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB descending, remove FB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 57_level-6_clusterID-72_signal-flow_-1.443, 91_level-7_clusterID-72_signal-flow_-1.443, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DALd descending 3 left; LAL output neuorn_l 2?; DALd_l 5 (L1EM:19361427); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

DALd descending 3 right; DALd_r 12 (L1EM:16950354) [VFB_00102fbo]

WB_DALd R, Tract references akira, deCP_r, DALd_r akira, ASB right, DNs akira-2, LAL output, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, LAL desc, mw axon split complete, mw brain neurons split, T1 12 Lilac, #6, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw brain neurons + sensories, mw dVNC, LAL desc, mw CX, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, DALd core, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, PK - DALd Descending, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, lv dVNC to T3+A1, lv dVNC to A1, mw gustatory-external 4th_order, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, mw dVNC to A1, mw dVNC to A1 sens, mw interhemispheric integration 4-hop, sw;pairs;R, mw candidate turn, downLAL, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 57_level-6_clusterID-72_signal-flow_-1.443, 91_level-7_clusterID-72_signal-flow_-1.443, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; DALd descending 3 right; DALd_r 12 (L1EM:16950354); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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DALd descending 4 left; DALd_l 1 (L1EM:16670540) [VFB_00102fae]

WB_DALd L, DALd_l akira, ASB left, DNs akira-2, LAL output, mw brain neurons, mw brain neurons + SU, DAld L, mw brain inventory, mw left, VMC desc, #3T, AUTO descending neurons to VNC, Avi 122, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw gap, mw draft complete, AUTO descending neurons to SEZ, mw descending unpaired, mw gap severe, mw brain todo, mw brain neurons + sensories, mw axon split complete, VMC desc, mw dVNC, mw descending missing axon, mw CX, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, VMCc L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw missing axon, PK - DALd Descending, stable, mw brain reviewed <80%, mw brain incomplete, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, YYCWMLEH, mw proprio 3rd_order, mw dVNC not to A1, sw;pairs;L, mw candidate backup, downLAL, sw;mdev3, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, sw;mdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw left incomplete, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; DALd descending 4 left; DALd_l 1 (L1EM:16670540); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALd descending 4 right; DALd_r 9 (L1EM:16950443) [VFB_00102fbp]

WB_DALd R, DALd_r akira, ASB right, DNs akira-2, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, VMC desc, mw axon split complete, mw brain neurons split, lilac, T1 12 Lilac, #3, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw descending unpaired, mw brain neurons + sensories, mw dVNC, VMC desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw missing axon, PK - DALd Descending, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, lv dVNC to T3+A1, lv dVNC to A1, mw proprio 3rd_order, mw dVNC not to A1, sw;pairs;R, mw candidate backup, downLAL, sw;mdev3, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, sw;mdeviants, LAL output, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DALd descending 4 right; DALd_r 9 (L1EM:16950443); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALd descending 5 left; DALd_l 7 (L1EM:16851577) [VFB_00102fay]

WB_DALd L, DALd_l akira, ASB left, DNs akira-2, LAL output, mw brain neurons, mw brain neurons + SU, DAld L, mw brain inventory, mw draft complete, mw left, LAL desc, mw axon split complete, mw brain neurons split, #6T, AUTO descending neurons to VNC, AUTO ascending neurons, mw colored-matrix-2019-09-12, Avi 122, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw descending unpaired, mw brain neurons + sensories, mw dVNC, mw brain unpaired checked once, LAL desc, mw CX, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, CONNECT TO LOCKED NEURON, CONNECTED TO LOCKED NEURON, DALd core L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, PK - DALd Descending, mw review april2021, stable, mw pre-dVNC, mw 10964258 downstream partners, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, lv dVNC to T3+A1, lv dVNC to A1, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, mw dVNC not to A1, sw;pairs;L, mw candidate backup, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 56_level-6_clusterID-71_signal-flow_-1.328, 87_level-7_clusterID-128_signal-flow_-1.325, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct pre-DN-VNCs, ct DN-VNCs [DALd descending 5 left; DALd_l 7 (L1EM:16851577); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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DALd descending 5 right; DALd_r 9 right (L1EM:16950798) [VFB_00102fbs]

Fragments 2014-01-18 14:57, WB_DALd R, ASB right, LAL output, mw brain neurons + SU, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, UNI, #2, mw brain neurons + sensories, mw brain unpaired checked once, post-post-proprioceptor in central complex, UNI*, mw CX, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *DALd_r akira, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, mw developmental defect, PK - DALd Descending, mw dVNC, mw review april2021, stable, mw pre-dVNC, mw 10964258 downstream partners, mw brain reviewed <80%, mw brain incomplete, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integration 4-hop, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, mw dVNC not to A1, sw;pairs;R, mw candidate backup, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 56_level-6_clusterID-71_signal-flow_-1.328, 87_level-7_clusterID-128_signal-flow_-1.325, mw right incomplete, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct pre-DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DALd descending 5 right; DALd_r 9 right (L1EM:16950798); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALd descending thin left; DALd_l 8 continues after gap (L1EM:16952642) [VFB_00102fbt]

WB_DALd L, DALd_l akira, ASB left, DNs akira-2, mw brain neurons, mw brain neurons + SU, DAld L, mw brain inventory, mw previously complete, mw left, VMC desc, #1T, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, AUTO multiple presynapses to brain, mw draft complete, mw brain neurons + sensories, mw dVNC, mw descending axons need work, mw axon split complete, VMC desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, VMCc L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, PK - DALd Descending, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, lv dVNC to T3+A1, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, mw dVNC not to A1, sw;idev2, sw;pairs;L, mw candidate hunch_head-move, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, sw;cdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; DALd descending thin left; DALd_l 8 continues after gap (L1EM:16952642)]

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DALd descending thin right; DALd_r 4 neuron 6155578 small (L1EM:6155577) [VFB_00102eo0]

WB_DALd R, DALd_r akira, DNs akira-2, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, VMC desc, mw axon split complete, mw brain neurons split, T1 12 Lilac, #1, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw brain neurons + sensories, mw dVNC, mw descending axons need work, VMC desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, VMCc, mw dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, PK - DALd Descending, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, lv dVNC to T3+A1, lv dVNC to A1, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, mw dVNC not to A1, sw;idev2, sw;pairs;R, mw candidate hunch_head-move, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DALd descending thin right; DALd_r 4 neuron 6155578 small (L1EM:6155577); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALd LAL output neuron 1 left (L1EM:16851496) [VFB_00102fax]

WB_DALd L, DALd_l akira, ASB left, ends surprisingly, brain downstream of A08s2_a2r, clb:todo, clb:joined, clb:soma, clb:important, clb:todo_A08, DNs akira-2, m review, LAL output, S1A1b, mw brain neurons, mw brain neurons + SU, DAld L, mw brain inventory, mw draft complete, mw left, LAL desc, mw axon split complete, mw brain neurons split, #5T, AUTO descending neurons to VNC, AUTO ascending neurons at 1112 gap, mw colored-matrix-2019-09-12, Avi 122, mw brain neurons + sensories, mw dVNC, LAL desc, mw CX, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw dVNC with phenotypes, mw dVNC important, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, PK - DALd Descending, mw 14329745 ds ipsilateral partners, mw 14329745 ds contralateral partners, stable, mw ad hubs_in, mw pre-dVNC, mw 4966994 downstream partners, mw 9594273 downstream partners, mw 14999928 downstream partners, mw 16345627 downstream partners, mw 17813457 downstream partners, nr Tel-like 10 downstream 2-hop, nr Tel-like 10 downstream-dVNCs 2-hop, mw ad all_hubs, sw:brain_paired:L, sw;brainpair;L, CCWA09Input, lv dVNC to A8+A9, sw;6dev;L, CCWA09input, mw noci 3rd_order, mw dVNC to A1, mw dVNC to A1 sens, mw 17067625 downstream partners, sw;pairs;L, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 92_level-7_clusterID-129_signal-flow_-1.575, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct pre-DN-VNCs, ct DN-VNCs [transmission electron microscopy (TEM); DALd LAL output neuron 1 left (L1EM:16851496); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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DALd LAL output neuron 1 right (L1EM:16339338) [VFB_00102f7z]

Suguru test, Descending Neurons, LAL PN, locked, WB_DALd R, DALd_r akira, ASB right, DNs akira-2, LAL output, S1A1b, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, LAL desc, mw axon split complete, mw brain neurons split, 11 purple, T1 11 Purple, #5, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw brain neurons + sensories, mw dVNC, LAL desc, mw CX, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw dVNC with phenotypes, mw dVNC important, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, PK - DALd Descending, mw 14329745 ds ipsilateral partners, mw 14329745 ds contralateral partners, stable, mw ad hubs_in, mw pre-dVNC, mw 4966994 downstream partners, mw 9594273 downstream partners, mw 14999928 downstream partners, mw 16345627 downstream partners, mw 17813457 downstream partners, nr Tel-like 10 downstream 2-hop, nr Tel-like 10 downstream-dVNCs 2-hop, mw ad all_hubs, mw backup locked, sw:brain_paired:R, sw;brainpair;R, lv dVNC to A8+A9, sw;6dev;R, mw noci 3rd_order, mw dVNC to A1, mw dVNC to A1 sens, mw 17067625 downstream partners, sw;pairs;R, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 92_level-7_clusterID-129_signal-flow_-1.575, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct pre-DN-VNCs, ct DN-VNCs [DALd LAL output neuron 1 right (L1EM:16339338); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALd midloop 1 left; DALd_l 9 (L1EM:16952648) [VFB_00102fbu]

SOG neurons, WB_DALd L, DALd_l akira, ASB left, DNs akira-2, mw brain neurons, mw brain neurons + SU, DAld L, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, IP desc, #1T, AUTO neuron fragments at 1103 gap, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, AUTO multiple presynapses to brain, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw draft complete, mw brain neurons + sensories, mw dVNC, IP desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dVNC 2nd_order, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, PK - DALd Descending, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, lv dVNC to T3+A1, lv dVNC to A1, mw gustatory-external 4th_order, mw dVNC not to A1, sw;idev5, sw;pairs;L, mw candidate backup, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, sw;cdeviants, VMCm desc*, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; DALd midloop 1 left; DALd_l 9 (L1EM:16952648); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALd midloop 1 right; DALd_r 13 (L1EM:5900426) [VFB_00102eng]

DALd, Right, WB_DALd R, DALd_r akira, DNs akira-2, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, IP desc, mw axon split complete, mw brain neurons split, T1 12 Lilac, #1, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw brain neurons + sensories, mw dVNC, IP desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dVNC 2nd_order, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, PK - DALd Descending, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, lv dVNC to T3+A1, mw gustatory-external 4th_order, mw dVNC not to A1, sw;idev5, sw;pairs;R, mw candidate backup, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, VMCm desc, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DALd midloop 1 right; DALd_r 13 (L1EM:5900426); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALd midloop 2 left; DALd_l 13 (L1EM:16952671) [VFB_00102fbw]

WB_DALd L, DALd_l akira, ASB left, DNs akira-2, mw brain neurons, mw brain neurons + SU, DAld L, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, IP desc, #2T, AUTO descending neurons to VNC, AUTO neuron fragments at 1103 gap, AUTO ascending neurons at 1112 gap, mw colored-matrix-2019-09-12, Avi 122, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw brain neurons + sensories, mw dVNC, IP desc, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, PK - DALd Descending, stable, mw 10964258 downstream partners, mw brain open-ends 3, sw:brain_paired:L, sw;brainpair;L, lv dVNC to T3+A1, lv dVNC to A1, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw dVNC not to A1, sw;idev2, sw;pairs;L, mw candidate backup, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, sw;cdeviants, VMCm desc*, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DALd midloop 2 left; DALd_l 13 (L1EM:16952671); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALd midloop 2 right; DALd_r 2 neuron 6154202 (L1EM:6154200) [VFB_00102eny]

WB_DALd R, DALd_r akira, Descending_to check, DNs akira-2, LAL output, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, IP desc, mw axon split complete, mw brain neurons split, T1 11 Purple, #2, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw brain neurons + sensories, mw dVNC, IP desc, mw CX, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, PK - DALd Descending, stable, mw 10964258 downstream partners, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, lv dVNC to T3+A1, lv dVNC to A1, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw dVNC not to A1, sw;idev2, sw;pairs;R, mw candidate backup, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, VMCm desc*, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DALd midloop 2 right; DALd_r 2 neuron 6154202 (L1EM:6154200); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALd sparse descending left; DALd_l 12 (L1EM:16952665) [VFB_00102fbv]

WB_DALd L, DALd_l akira, ASB left, DNs akira-2, mw brain neurons, mw brain neurons + SU, DAld L, mw brain inventory, mw draft complete, mw left, LAL desc, #7T, AUTO descending neurons to VNC, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, Avi 122, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw brain neurons + sensories, mw dVNC, mw axon split complete, LAL desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, FRAGMENT NO SOMA, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, DALd core L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, PK - DALd Descending, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, lv dVNC to T3+A1, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, mw dVNC not to A1, sw;pairs;L, mw candidate hunch_head-move, downLAL, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DALd sparse descending left; DALd_l 12 (L1EM:16952665); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALd sparse descending right; DALd_r 3 neuron 6154922 (L1EM:6154921) [VFB_00102enz]

WB_DALd R, DALd_r akira, DNs akira-2, LAL output, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, LAL desc, mw axon split complete, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw brain neurons + sensories, mw dVNC, post-post-proprioceptor in central complex, LAL desc, mw CX, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, DALd core, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw missing axon, PK - DALd Descending, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, sw:brain_paired:R, sw;brainpair;R, lv dVNC to T3+A1, lv dVNC to A1, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, mw dVNC not to A1, sw;pairs;R, mw candidate hunch_head-move, downLAL, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DALd sparse descending right; DALd_r 3 neuron 6154922 (L1EM:6154921); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALl1 11 left (L1EM:9481869) [VFB_00102etj]

WB_DALv1 L, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, DALl1 L, SLP, #2T, AUTO ascending neurons, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, mw axon split complete, SLP*, VLP*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *DALl1_l akira, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 18_level-6_clusterID-89_signal-flow_0.487, 27_level-7_clusterID-89_signal-flow_0.487, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DALl1 11 left (L1EM:9481869)]

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DALl1 11 right (L1EM:14762026) [VFB_00102f3u]

WB_DALv1 R, VLP LAL, LV, DALl1_r akira, ASB right, mw brain neurons, mw brain neurons + SU, DALl1 R, mw brain inventory, mw right, SLP, #2, AUTO ascending neurons, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, mw axon split complete, SLP, VLP*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, Albert TODO, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 18_level-6_clusterID-89_signal-flow_0.487, 27_level-7_clusterID-89_signal-flow_0.487, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs [DALl1 11 right (L1EM:14762026); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALl1 5 left (L1EM:12299805) [VFB_00102ezq]

Out of Bermuda, WB_DPLam L, ASB left, DPLam_l akira, mw paired 167, laura to review mPNs, pairs ds mPNs >= 10, LHNs, axoDen mPNs, mLHNs, putative LHN, hemilateral_pair_7422595_12299805, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, IPL/M IPA, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL/M IPA, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, upFBPBs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 37_level-6_clusterID-109_signal-flow_-0.400, 66_level-7_clusterID-177_signal-flow_-0.517, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; DALl1 5 left (L1EM:12299805); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALl1 5 right (L1EM:7422595) [VFB_00102ep4]

DPLam, DPLam_r akira, downstream of mPN iACT A2 right, downstream of mPN iACT A3 right, ASB Right PN-LH Input, connect to locked, connect to locked MBE20, ASB Downstream of Ipsi Bridges Right, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, ASB No Way Out A2 12, ASB No Way Out B3 right 8, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, mw paired 167, laura to review mPNs, pairs ds mPNs >= 10, LHNs, axoDen mPNs, mLHNs, putative LHN, hemilateral_pair_7422595_12299805, mw brain neurons, mw brain neurons + SU, DPLam R, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, IPL/M IPA, mw axon split complete, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL/M IPA, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, upFBPBs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 37_level-6_clusterID-109_signal-flow_-0.400, 66_level-7_clusterID-177_signal-flow_-0.517, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd other, ct other [DALl1 5 right (L1EM:7422595); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALl1 6 left (L1EM:17224013) [VFB_00102fd1]

ASB left, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, DALl1 L, mw axon split complete, mw brain neurons split, SLP, #1T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, DALl1_l akira, mw developmental defect, SLP, VLP*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw pre-dSEZ 1%, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw mechano-Ch 3rd_order, sw;idev3, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; DALl1 6 left (L1EM:17224013); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALl1 6 right (L1EM:14759661) [VFB_00102f3t]

WB_DALv1 R, VLP LAL, LV, DALl1_r akira, ASB right, mw brain neurons, mw brain neurons + SU, DALl1 R, mw brain inventory, mw right, SLP, mw axon split complete, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, SLP, VLP*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw pre-dSEZ 1%, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw mechano-Ch 3rd_order, sw;idev3, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DALl1 6 right (L1EM:14759661); VFB CATMAID L1 CNS]

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DALl1 bilateral 1 left (L1EM:15605301) [VFB_00102f5h]

ASB left, DALl1 bilateral pair, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, DALl1 L, mw axon split complete, VMC com, mw brain neurons split, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPA VMC com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw check cool bi, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, *DALl1_l akira, stable, mw bilateral axon partially asymmetrical neurons, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, FB horizontal fibers, mw gustatory-external 4th_order, sw;pairs;L, upFBPBs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 67_level-7_clusterID-183_signal-flow_-0.529, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; DALl1 bilateral 1 left (L1EM:15605301); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALl1 bilateral 1 right (L1EM:15607335) [VFB_00102f5k]

WB_DALv1 R, VLP LAL, LV, DALl1_r akira, Barnes TODO, clb:soma, clb:todo, brain downstream of A08s1_a1l, ASB right, clb:important, clb:todo_A08, upstream PI, DALl1 bilateral pair, mw brain neurons, mw brain neurons + SU, DALl1 R, mw brain inventory, mw draft complete, mw right, VMC com, mw axon split complete, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, post-A08s brain, mw brain crosses commissure, IPA VMC com, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw bilateral axon partially asymmetrical neurons, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, FB horizontal fibers, mw gustatory-external 4th_order, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 67_level-7_clusterID-183_signal-flow_-0.529, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [DALl1 bilateral 1 right (L1EM:15607335); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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DALl2 descending left (L1EM:17736748) [VFB_00102fi0]

mw brain neurons + SU, mw brain inventory, mw left, AUTO ascending neurons at 1112 gap, DALv2/3 acc ven L, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, #2T, LAL desc, AUTO descending neurons to VNC, mw draft complete, mw descending unpaired, mw brain neurons + sensories, mw dVNC, mw brain unpaired checked once, mw axon split complete, LAL desc*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, unknown ventral lineage 3 left, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, mw review april2021, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, lv dVNC to T3+A1, lv dVNC to A1, mw gustatory-external 4th_order, mw olfactory 4th_order, mw gustatory-pharyngeal 4th_order, mw dVNC not to A1, sw;idev5, sw;pairs;L, mw candidate backup, sw;mdev4, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, sw;mdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [DALl2 descending left (L1EM:17736748); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALl2 descending right - where's the axon? (L1EM:17639824) [VFB_00102fg7]

ASB right, mw brain neurons + SU, mw brain inventory, mw brain todo, mw right, AUTO ascending neurons at 1112 gap, DALv2/3 acc ven R, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, #1, LAL desc, mw brain neurons + sensories, mw brain unpaired checked once, LAL desc*, mw brain matrix, mw open-ends <80% reviewed, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, unknown ventral lineage 3 right, mw brain matrix + A1, mw brain matrix and A1, mw brain paper all neurons, mw brain incomplete, mw unpaired 2021-04-13, mw missing axon, mw dVNC, mw review april2021, stable, mw brain unreviewed, mw brain open-ends 1, mw ipsilateral dendrite, mw ipsilateral axon, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw gustatory-pharyngeal 4th_order, mw dVNC not to A1, sw;idev5, sw;pairs;R, mw candidate backup, sw;mdev4, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, sw;mdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, mw right incomplete, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DALl2 descending right - where’s the axon? (L1EM:17639824); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALv1 5 left (L1EM:18149325) [VFB_00102fjj]

WB_DALv1 L, DALv1_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, VLP com, mw axon split complete, mw brain neurons split, #5T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLPm com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 1-hop, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, PossiblePB, Potential PB.b, mw gustatory-external 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DALv1 5 left (L1EM:18149325)]

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DALv1 5 right (L1EM:14757050) [VFB_00102f3q]

WB_DALv1 R, VLP LAL, DALv1_r akira, LV, ASB right, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, VLP com, mw axon split complete, mw brain neurons split, #5, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLPm com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 1-hop, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, PossiblePB, Potential PB.b, mw gustatory-external 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; DALv1 5 right (L1EM:14757050); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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DALv1 bilateral 1 left (L1EM:13370624) [VFB_00102f1k]

DALl2 R, MB2IN19U, mw brain neurons, mw brain neurons + SU, mw brain inventory, DALv1_l akira, mw draft complete, mw left, DALv1 L, VMC SEZ com, mw brain neurons split, #1T, UNI, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, UNI, mw preliminary LN, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw mixed axon/dendrite <0.2 segregation index, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, PossiblePB, Potential PB.b, sw;7dev;L, mw gustatory-external 3rd_order, sw;pairs;L, sw;mdev5, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw check high dendritic OI, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DALv1 bilateral 1 left (L1EM:13370624); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALv1 bilateral 1 right (L1EM:14756440) [VFB_00102f3p]

WB_DALv1 R, WB_DPMpl3 R, VLP LAL, DALv1_r akira, LV, ASB right, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, VMC SEZ com, mw brain neurons split, 11 purple, T1 11 Purple, #1, UNI, AUTO ascending neurons at 1112 gap, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, Merged: easy, VMC desc, INGRID REVIEW, mw brain neurons + sensories, mw brain crosses commissure, mw axon split complete, UNI, mw preliminary LN, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw mixed axon/dendrite <0.2 segregation index, mw brain contralateral, VMC desc*, mw dSEZ 2nd_order, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Merged: DPM descending right, stable, mw pre-dVNC, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, PossiblePB, Potential PB.b, sw;7dev;R, mw gustatory-external 3rd_order, sw;pairs;R, sw;mdev5, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; DALv1 bilateral 1 right (L1EM:14756440); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALv1 contralateral 1 left (L1EM:17360286) [VFB_00102feo]

WB_DALv1 L, DALv1_l akira, ASB left, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, VLP com, mw axon split complete, mw brain neurons split, #1T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw brain neurons + sensories, mw brain crosses commissure, VLPm com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw to review, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, PossiblePB, Potential PB.b, sw;idev3, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, mw mechano-Ch 3rd_order, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [DALv1 contralateral 1 left (L1EM:17360286); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALv1 contralateral 1 right (L1EM:17360225) [VFB_00102fej]

WB_DALv1 R, VLP LAL, DALv1_r akira, LV, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, VLP com, mw axon split complete, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw brain neurons + sensories, mw brain crosses commissure, VLPm com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw to review, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, PossiblePB, Potential PB.b, sw;idev3, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, mw mechano-Ch 3rd_order, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [DALv1 contralateral 1 right (L1EM:17360225); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALv1 contralateral 2 left (L1EM:16961482) [VFB_00102fbz]

hook search, WB_DALv1 L, DALv1_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, VLP com, mw axon split complete, mw brain neurons split, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLPm com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, PossiblePB, Potential PB.b, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;L, mw dSEZ-feedback-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [DALv1 contralateral 2 left (L1EM:16961482); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALv1 contralateral 2 right; Tel-like 11? (L1EM:10403609) [VFB_00102evq]

Major axonal branch lost to the gap, Major hook partner, Javier Brain, hook search, WB_DALv1 R, Tract references akira, LEFa>GC r, VLP LAL, DALv1_r akira, LV, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, VLP com, mw axon split complete, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLPm com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, PossiblePB, Potential PB.b, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;R, mw dSEZ-feedback-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [DALv1 contralateral 2 right; Tel-like 11? (L1EM:10403609); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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DALv1 contralateral 3 left (L1EM:5865628) [VFB_00102enc]

WB_DALv1 L, DALv1_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, VLP com, mw axon split complete, mw brain neurons split, #3T, AUTO neuron fragments at 1103 gap, AUTO ascending neurons at 1112 gap, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw brain neurons + sensories, mw brain crosses commissure, VLPm com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, Albert TODO, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 2-hop, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, ElizabethLauraCX, PossiblePB, sw;brainpair;L, Potential PB.b, mw noci 4th_order, mw mechano-Ch 4th_order, mw 17086412 upstream partners, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; DALv1 contralateral 3 left (L1EM:5865628); CC-BY_4.0; VFB CATMAID L1 CNS]

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DALv1 contralateral 3 right; Tel-like 9? (L1EM:10287315) [VFB_00102eva]

Zgroup, Javier Brain, Looks sparse, Similar to 4393350, WB_DALv1 R, VLP LAL, DALv1_r akira, LV, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, VLP com, mw axon split complete, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw brain neurons + sensories, mw brain crosses commissure, VLPm com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 2-hop, mw brain unreviewed, sw:brain_paired:R, ElizabethLauraCX, PossiblePB, sw;brainpair;R, Potential PB.b, mw noci 4th_order, mw mechano-Ch 4th_order, mw 17086412 upstream partners, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DALv1 contralateral 3 right; Tel-like 9? (L1EM:10287315); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALv1 contralateral 4 left (L1EM:17360266) [VFB_00102fem]

WB_DALv1 L, DALv1_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, VLP com, mw axon split complete, mw brain neurons split, #4T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLPm com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 4680995 downstream partners, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, PossiblePB, Potential PB.b, mw olfactory 3rd_order, mw noci 3rd_order, sw;pairs;L, sw;mdev5, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DALv1 contralateral 4 left (L1EM:17360266); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

DALv1 contralateral 4 right (L1EM:14755393) [VFB_00102f3m]

WB_DALv1 R, VLP LAL, DALv1_r akira, LV, ASB right, connect to locked, connect to locked MBE20, downstream of mPN, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, VLP com, mw axon split complete, mw brain neurons split, #4, mw colored-matrix-2019-09-12, SMALL FRAGMENT, mw brain neurons + sensories, mw brain crosses commissure, VLPm com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 4680995 downstream partners, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, PossiblePB, Potential PB.b, mw olfactory 3rd_order, mw noci 3rd_order, sw;pairs;R, sw;mdev5, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DALv1 contralateral 4 right (L1EM:14755393); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALv1 small left (L1EM:18568094) [VFB_00102fk9]

WB_DALv1 L, downstream PI, mw brain neurons, mw brain neurons + SU, SH_T1down, mw brain inventory, mw draft complete, mw left, DALl1 L, VMC com, #2T, mw unpaired 2019-10-09, mw unpaired 2019-10-10, less than 150nm length, mw brain neurons + sensories, mw brain few synapses, mw axon split complete, mw brain crosses commissure, IPA VMC com*, mw partially differentiated, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, *DALl1_l akira, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw partially differentiated non-KC, Potential EB.b, FB horizontal fibers, sw;pairs;L, upFBPBs, mw brain and inputs, ND_published, ND_all published et al [CC-BY_4.0; transmission electron microscopy (TEM); DALv1 small left (L1EM:18568094); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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DALv1 small right (L1EM:17941609) [VFB_00102fix]

ASB TODO 3, LV, VLP LAL, ASB right, DALl1_r akira, mw brain neurons, mw brain neurons + SU, DALl1 R, mw brain inventory, mw draft complete, mw right, VMC com, #2, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw brain neurons + sensories, mw brain few synapses, mw axon split complete, mw brain crosses commissure, IPA VMC com, mw partially differentiated, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, stable, mw brain unreviewed, EB_neurons, ElizabethLauraCX, sw:brain_paired:R, sw;brainpair;R, mw partially differentiated non-KC, Potential EB.b, FB horizontal fibers, sw;pairs;R, upFBPBs, mw brain and inputs, ND_published, ND_all published et al [transmission electron microscopy (TEM); DALv1 small right (L1EM:17941609); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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DALv1_PB1_left (L1EM:17360282) [VFB_00102fen]

WB_DALv1 L, DALv1_l akira, new EB ring, PB horizontal fibers, clb:look_for, hemilateral_pair_14754777_17360282, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, mw axon split complete, SMP IPM com, mw brain neurons split, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, SMPm com, mw CX, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, SMPm comp L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, sw:brain_paired:L, PB.b, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw dSEZ-feedback-2hop 2022-03-15, mw 17383431 upstream partners, sw;pairs;L, downFBPBs, downPB, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 77_level-7_clusterID-173_signal-flow_-0.801, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DALv1_PB1_left (L1EM:17360282); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALv1_PB1_right (L1EM:14754777) [VFB_00102f3l]

WB_DALv1 R, VLP LAL, DALv1_r akira, LV, ASB right, new EB ring, PB horizontal fibers, clb:look_for, hemilateral_pair_14754777_17360282, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw right, SMP IPM com, mw axon split complete, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, SMPm com, mw CX, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, SMPm comp, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, sw:brain_paired:R, PB.b, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw dSEZ-feedback-2hop 2022-03-15, mw 17383431 upstream partners, sw;pairs;R, downFBPBs, downPB, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 77_level-7_clusterID-173_signal-flow_-0.801, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [DALv1_PB1_right (L1EM:14754777); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALv1_PB2_left (L1EM:17360262) [VFB_00102fel]

WB_DALv1 L, DALv1_l akira, new EB ring, PB horizontal fibers, hemilateral_pair_14758420_17360262, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, SMP IPM com, mw axon split complete, mw brain neurons split, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, SMPm com, mw CX, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, SMPm comp L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, sw:brain_paired:L, PB.b, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw LN, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-II/III 4th_order, mw brain 3rd_order LN_io olfactory, mw brain 3rd_order LN_io gustatory-external, mw LNs_noncohort, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, downFBPBs, upFBPBs, downPB, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 58_level-7_clusterID-174_signal-flow_-0.375, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LNs, ct LNs [CC-BY_4.0; transmission electron microscopy (TEM); DALv1_PB2_left (L1EM:17360262); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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DALv1_PB2_right (L1EM:14758420) [VFB_00102f3s]

WB_DALv1 R, VLP LAL, DALv1_r akira, LV, Crosses Comisure 2x, ASB right, new EB ring, PB horizontal fibers, hemilateral_pair_14758420_17360262, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw right, SMP IPM com, mw axon split complete, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, SMPm com, mw CX, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, SMPm comp, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, sw:brain_paired:R, PB.b, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw LN, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-II/III 4th_order, mw brain 3rd_order LN_io olfactory, mw brain 3rd_order LN_io gustatory-external, mw LNs_noncohort, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, downPB, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 58_level-7_clusterID-174_signal-flow_-0.375, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd LNs, ct LNs [EM L1 Winding, Pedigo et al., 2023; DALv1_PB2_right (L1EM:14758420); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALv1_PB4_left (L1EM:17360296) [VFB_00102fep]

WB_DALv1 L, DALv1_l akira, PB horizontal fibers, downstream of mPN iACT A1 right calyx, mPN iACT A1 downstream fragments, ASB No Way Out PN-LH, li no way out, clb:look_for, fragment downstream of uPN, ASB No Way Out Calyx 22, S2A2, hemilateral_pair_14757992_17360296, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, mw axon split complete, SMP IPM com, mw brain neurons split, #4T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, SMPm com, mw CX, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, SMPm comp L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, mw 10018260 us partners, stable, mw ad hubs_in, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, mw brain open-ends 3, sw:brain_paired:L, PB.b, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw LN, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw proprio 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, mw brain 4th_order LN olfactory, mw brain 4th_order LN gustatory-external, mw brain 4th_order LN thermo-warm, mw brain 3rd_order LN_io olfactory, mw brain 3rd_order LN_io gustatory-external, mw LNs_cohort, mw LNs_noncohort, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, downFBPBs, downPB, sw;mdev5, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 58_level-7_clusterID-174_signal-flow_-0.375, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LNs, ct LNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DALv1_PB4_left (L1EM:17360296); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALv1_PB4_right (L1EM:14757992) [VFB_00102f3r]

li kc output 3 input 1, li kc synapse more than 5, LNM_downstream1_12.05, WB_DALv1 R, VLP LAL, DALv1_r akira, LV, ASB right, new EB ring, PB horizontal fibers, downstream of mPN iACT A1 right calyx, clb:look_for, ASB TODO A1-Calyx 7, S2A2, hemilateral_pair_14757992_17360296, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw right, SMP IPM com, mw axon split complete, mw brain neurons split, #4, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, SMPm com, mw CX, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, SMPm comp, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10018260 us partners, stable, mw ad hubs_in, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, sw:brain_paired:R, PB.b, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw LN, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw proprio 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, mw brain 4th_order LN olfactory, mw brain 4th_order LN gustatory-external, mw brain 4th_order LN thermo-warm, mw brain 3rd_order LN_io olfactory, mw brain 3rd_order LN_io gustatory-external, mw LNs_cohort, mw LNs_noncohort, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, downFBPBs, downPB, sw;mdev5, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 58_level-7_clusterID-174_signal-flow_-0.375, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd LNs, ct LNs [EM L1 Winding, Pedigo et al., 2023; DALv1_PB4_right (L1EM:14757992); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALv23 LAL 1 left; L LAL #7 counterpart (L1EM:17360404) [VFB_00102feq]

WB_DALv23 L, DALv23_l akira, ASB left, LAL LN-2, hemilateral_pair_4390116_17360404, mw brain neurons, mw brain neurons + SU, DALv2/3 L, mw brain inventory, mw previously complete, mw left, mw axon split complete, mw brain neurons split, #3T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw brain neurons + sensories, LAL, mw CX, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 9594273 upstream partners, mw 16345627 upstream partners, mw 17105218 upstream partners, nr Tel-like 10 downstream 3-hop, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw proprio 3rd_order, sw;idev5, sw;pairs;L, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DALv23 LAL 1 left; L LAL #7 counterpart (L1EM:17360404); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALv23 LAL 1 right (L1EM:4390116) [VFB_00102ekq]

LNM_down_octop, WB_DALv23 R, VLP LAL, DALv23_r akira, DALv23 LAL ven pos, EB wedges, NIMB, part of unusual MB neuron kathi, MB l not DALv2, LAL#1 fix, LAL LN-2, hemilateral_pair_4390116_17360404, mw brain neurons, mw brain neurons + SU, DALv2/3 R, mw brain inventory, mw previously complete, mw right, mw mixed lineage neurons, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, mw brain neurons + sensories, post-post-proprioceptor in central complex, LAL, mw CX, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 9594273 upstream partners, mw 16345627 upstream partners, mw 17105218 upstream partners, nr Tel-like 10 downstream 3-hop, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw proprio 3rd_order, sw;idev5, sw;pairs;R, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [DALv23 LAL 1 right (L1EM:4390116); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALv23 LAL 3 left (L1EM:13028455) [VFB_00102f12]

mw brain neurons + SU, mw brain inventory, mw left, mw draft complete, mw mixed lineage neurons, mw axon split complete, mw brain neurons split, LAL, DALv2/3 L, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, post-A08s brain, post-post-proprioceptor in central complex, LAL*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *DALv23_l akira, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 9594273 upstream partners, mw 16345627 upstream partners, mw 17105218 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw proprio 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; DALv23 LAL 3 left (L1EM:13028455); CC-BY_4.0; VFB CATMAID L1 CNS]

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DALv23 LAL 3 right (L1EM:4142619) [VFB_00102ekf]

WB_DALv23 R, VLP LAL, DALv23_r akira, DALv23 LAL ven pos, EB wedges, LAL LN-2, mw brain neurons, mw brain neurons + SU, DALv2/3 R, mw brain inventory, mw previously complete, mw right, mw axon split complete, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw brain neurons + sensories, post-post-proprioceptor in central complex, post-post-proprioceptor >5, LAL, mw CX, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 9594273 upstream partners, mw 16345627 upstream partners, mw 17105218 upstream partners, nr Tel-like 10 downstream 3-hop, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integration 4-hop, mw noci 3rd_order, mw proprio 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DALv23 LAL 3 right (L1EM:4142619); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALv23 LAL 5 left (L1EM:18267838) [VFB_00102fjq]

mw brain neurons + SU, mw brain inventory, mw left, mw draft complete, mw mixed lineage neurons, mw axon split complete, mw brain neurons split, LAL, DALv2/3 L, #5T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, LAL*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *DALv23_l akira, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 14999928 upstream partners, mw 17105218 upstream partners, mw 17813457 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw proprio 3rd_order, sw;pairs;L, downLAL, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, LAL LN-2, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [DALv23 LAL 5 left (L1EM:18267838); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALv23 LAL 5 right (L1EM:4173633) [VFB_00102ekg]

WB_DALv23 R, VLP LAL, DALv23_r akira, DALv23 LAL ven pos, LAL LN-2, mw brain neurons, mw brain neurons + SU, DALv2/3 R, mw brain inventory, mw previously complete, mw right, mw mixed lineage neurons, mw axon split complete, mw brain neurons split, #5, mw colored-matrix-2019-09-12, mw brain neurons + sensories, LAL, mw CX, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 14999928 upstream partners, mw 17105218 upstream partners, mw 17813457 upstream partners, nr Tel-like 10 downstream 3-hop, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw proprio 3rd_order, sw;pairs;R, downLAL, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; DALv23 LAL 5 right (L1EM:4173633); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALv23 LAL 6 left (L1EM:16856617) [VFB_00102fb5]

WB_DALv23 L, DALv23_l akira, ASB left, Tomoko training, DALv23 L LAL #5 counterpart, DALv23 LAL potential pair, potential pairs ds MBONs >= 5, putative MB2ONs, Post-MBONs akira final, LEFT, S12A2, S8A1, LAL LN-2, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, hemilateral_pair_4185530_16856617, mw brain neurons, mw brain neurons + SU, DALv2/3 L, mw brain inventory, mw left, mw draft complete, mw axon split complete, mw brain neurons split, mw current paired, mw colored-matrix-2019-09-12, #6T, mw brain neurons + sensories, LAL, mw CX, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw LNs to plot, stable, mw 17110024 downstream partners, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw proprio 3rd_order, mw brain 3rd_order LN proprio, mw LNs_cohort, sw;pairs;L, downLAL, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, ND_published, ND_all published et al, ctd LNs, ct LNs, ct pre-DN-SEZs, ct pre-DN-VNCs [DALv23 LAL 6 left (L1EM:16856617); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALv23 LAL 6 right; neuron 16561430 down_oct right (L1EM:16561429) [VFB_00102f9u]

LNM_down_octop, mw brain neurons + SU, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw draft complete, DALv2/3 R, LAL, #9, mw brain neurons + sensories, post-post-proprioceptor in central complex, LAL*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *DALv23_r akira, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw LNs to plot, stable, mw 17110024 downstream partners, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw proprio 3rd_order, mw brain 3rd_order LN proprio, mw LNs_cohort, sw;pairs;R, downLAL, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, ND_published, ND_all published et al, ctd LNs, ct LNs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DALv23 LAL 6 right; neuron 16561430 down_oct right (L1EM:16561429); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALv23 LAL crinkled left; DALv23 L LAL #6 counterpart (L1EM:16856369) [VFB_00102fb4]

LNM_down_octop, ASB left, LAL LN-2, DALv2/3 L, DALv23_l akira, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, #9T, mw brain neurons + sensories, LAL, mw CX, mw brain matrix, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw 17110024 downstream partners, sw:brain_paired:L, sw;brainpair;L, mw proprio 2nd_order, mw proprio 2nd_order PN-old, mw 17383431 downstream partners, sw;idev4, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs, ct pre-DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; DALv23 LAL crinkled left; DALv23 L LAL #6 counterpart (L1EM:16856369)]

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DALv23 LAL crinkled right (L1EM:4185530) [VFB_00102ekh]

LNM_down_octop, WB_DALv23 R, VLP LAL, DALv23_r akira, DALv23 LAL ven pos, EB wedges, DALv23 LAL potential pair, potential pairs ds MBONs >= 5, putative MB2ONs, Post-MBONs akira final, RIGHT, S12A2, S8A1, LAL LN-2, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, hemilateral_pair_4185530_16856617, mw brain neurons, mw brain neurons + SU, DALv2/3 R, mw brain inventory, mw previously complete, mw right, mw axon split complete, mw brain neurons split, #6, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, post-post-proprioceptor in central complex, post-post-proprioceptor >5, LAL, mw CX, mw brain matrix, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw 17110024 downstream partners, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;R, mw proprio 2nd_order, mw proprio 2nd_order PN-old, mw 17383431 downstream partners, sw;idev4, sw;pairs;R, downMBONs, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DALv23 LAL crinkled right (L1EM:4185530); VFB CATMAID L1 CNS]

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DALv3 ring2_left (LAL neuron) (L1EM:16327998) [VFB_00102f7x]

ring neurons, ring candidate akira, DALv3_l akira, ellipsoid body, LAL rows inner, S12A2, S5A1, hemilateral_pair_16327998_17173852, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, mw axon split complete, mw brain neurons split, LAL com ant, AUTO neuron fragments at 1103 gap, mw colored-matrix-2019-09-12, DALv2/3 acc med L, #1T, mw brain neurons + sensories, mw brain crosses commissure, LAL IPA com, mw CX, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, VMCc L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw aa hubs_in, mw 10964258 downstream partners, nr Tel-like 10 downstream 3-hop, mw aa all_hubs, sw:brain_paired:L, sw;brainpair;L, sw;deviant;L, sw;4dev;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, sw;pairs;L, downLAL, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 56_level-6_clusterID-71_signal-flow_-1.328, 87_level-7_clusterID-128_signal-flow_-1.325, mw cascade-5-hop integrative 2022-11-03, LAL IPA com 2*, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; DALv3 ring2_left (LAL neuron) (L1EM:16327998); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DALv3 ring2_right (LAL neuron) (L1EM:17173852) [VFB_00102fcx]

ring neurons, ring candidate akira, DALv3_r akira, ASB right, ellipsoid body, LAL rows inner, S12A2, S5A1, hemilateral_pair_16327998_17173852, mw brain neurons, mw brain neurons + SU, SH_T1down, mw brain inventory, EH_down_other, mw previously complete, mw right, DALv2/3 acc med R, mw axon split complete, mw brain neurons split, #1, DALd downstream, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, post-post-proprioceptor in central complex, mw brain crosses commissure, LAL IPA com, mw CX, mw brain matrix, mw open-ends unpublished, mw brain contralateral, VMCc, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw aa hubs_in, mw 10964258 downstream partners, nr Tel-like 10 downstream 3-hop, mw aa all_hubs, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integration 4-hop, sw;deviant;R, sw;4dev;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, sw;pairs;R, downLAL, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 56_level-6_clusterID-71_signal-flow_-1.328, 87_level-7_clusterID-128_signal-flow_-1.325, mw cascade-5-hop integrative 2022-11-03, LAL IPA com 2*, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DALv3 ring2_right (LAL neuron) (L1EM:17173852); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DAMd1 bilateral left (L1EM:16554856) [VFB_00102f9q]

WB_DAMd L, DAMd1_l akira, fragment 16835807, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, IPA com, DAMd2/3 L, mw axon split complete, mw brain neurons split, #2T, mw colored-matrix-2019-09-12, FrMCa, mw brain neurons + sensories, mw brain crosses commissure, IPA com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw brain matrix + A1, mw bilateral axon, mw check cool bi, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw enteric 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;idev5, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 63_level-7_clusterID-154_walksort-0.703, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 58_level-7_clusterID-174_signal-flow_-0.375, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DAMd1 bilateral left (L1EM:16554856); VFB CATMAID L1 CNS]

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DAMd1 bilateral right (L1EM:18570360) [VFB_00102fka]

DAMd2/3 R, mw brain neurons + SU, mw brain inventory, DAMd1_r akira, mw draft complete, mw right, IPA com, mw axon split complete, mw brain neurons split, #2, mw colored-matrix-2019-09-12, FrMCa, mw brain neurons + sensories, mw brain crosses commissure, IPA com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw enteric 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;idev5, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 63_level-7_clusterID-154_walksort-0.703, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 58_level-7_clusterID-174_signal-flow_-0.375, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DAMd1 bilateral right (L1EM:18570360); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

DAMd23 bilateral left (L1EM:16361363) [VFB_00102f8b]

mw brain inventory, DAMd23_l akira, mw brain neurons + SU, mw draft complete, mw left, IPA com, DAMd2/3 L, mw axon split complete, mw brain neurons split, #3T, mw colored-matrix-2019-09-12, FrMCa, mw brain neurons + sensories, mw brain crosses commissure, IPA com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw gustatory-external 4th_order, mw enteric 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw respiratory 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 79_level-7_clusterID-143_walksort-0.838, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [DAMd23 bilateral left (L1EM:16361363); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DAMd23 bilateral right; no loSM branch (L1EM:13953184) [VFB_00102f2n]

WB_BAmd2 R, ASB right, DAMd23_r akira, mw brain neurons, mw brain neurons + SU, DAMd2/3 R, mw brain inventory, mw draft complete, mw right, IPA com, mw axon split complete, mw brain neurons split, #3, mw colored-matrix-2019-09-12, FrMCa, mw brain neurons + sensories, mw brain crosses commissure, IPA com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw enteric 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw respiratory 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 79_level-7_clusterID-143_walksort-0.838, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DAMd23 bilateral right; no loSM branch (L1EM:13953184)]

Tags:

DAMv12 Mandible 1 left (L1EM:4901087) [VFB_00102ela]

locked, WB_DAMv12 L, DAMv12_lat_l akira, mw brain neurons, mw brain neurons + SU, DAMv1/2 L, mw brain inventory, mw draft complete, mw left, mw axon split complete, IPA com desc, DAMv1/2 v L, mw brain neurons split, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, SMPa VMC TR com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, SMP comp L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, stable, mw backup locked, sw:brain_paired:L, sw;brainpair;L, sw;deviant;L, sw;2dev;L, mw enteric 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, sw;mdev4, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 79_level-7_clusterID-143_walksort-0.838, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DAMv12 Mandible 1 left (L1EM:4901087); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

DAMv12 Mandible 1 right (L1EM:18133444) [VFB_00102fjh]

WB_DAMv12 R, DAMv12_med_r akira, downstream of mPN iACT B1 right, frag, ASB Downstream of Ipsi Bridges Right, DAMv12 med 2, ASB downstream of right mPNs, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, IPA com desc, mw axon split complete, mw brain neurons split, #1, DAMv1/2 R, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, SMPa VMC TR com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, SMP comp, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, sw;deviant;R, sw;2dev;R, mw enteric 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, downMBONs, sw;mdev4, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 79_level-7_clusterID-143_walksort-0.838, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DAMv12 Mandible 1 right (L1EM:18133444); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DAMv12 Mandible 2 left (L1EM:3945136) [VFB_00102ejy]

WB_DAMv12 L, downstream of AN-B2, DSB2A, mw brain neurons, mw brain neurons + SU, DAMv1/2 L, DAMv1/2 Upp, Desc, mw brain inventory, mw draft complete, mw left, mw axon split complete, IPA com desc, mw brain neurons split, #8T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, SMPa VMC TR com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, SMP comp L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *DAMv12_lat_l akira, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, sw;deviant;L, sw;1dev;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw thermo-cold 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, sw;pairs;L, sw;mdev2, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; DAMv12 Mandible 2 left (L1EM:3945136); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

DAMv12 Mandible 2 right (L1EM:13948718) [VFB_00102f2m]

WB_DAMv12 R, ASB right, DAMv12_lat_r akira, downstream of mPN iACT A2 left, ASB TODO A2 left, ASB Downstream of Ipsi Bridges Right, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, IPA com desc, mw axon split complete, mw brain neurons split, #8, DAMv1/2 R, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, SMPa VMC TR com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, SMP comp, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, sw;deviant;R, sw;1dev;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw thermo-cold 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, sw;pairs;R, sw;mdev2, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; DAMv12 Mandible 2 right (L1EM:13948718); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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DAMv12_med Munin Output left (L1EM:3945225) [VFB_00102ejz]

WB_DAMv12 L, Pre-MBONs-9, DAMv12_med_l akira, downstream of AN-B1, downstream of SCANA, nusreen delete me, mw brain neurons, mw brain neurons + SU, DAMv1/2 L, DAMv1/2 Upp, Desc, mw brain inventory, mw draft complete, mw left, mw axon split complete, IPA com desc, mw brain neurons split, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, SMPa VMC TR com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw all PNs, mw AN PN, mw AN only PN, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw ds-pre-RGN, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, SMP comp L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, sw;deviant;L, sw;4dev;L, mw enteric 2nd_order, mw mechano-II/III 2nd_order, mw enteric 2nd_order PN-old, mw mechano-II/III 2nd_order PN-old, mw dSEZ-feedback-1hop 2022-03-15, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, upFBMBONs, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 31_level-6_clusterID-113_signal-flow_-0.048, 54_level-7_clusterID-182_signal-flow_-0.290, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, sw;deviants, sw;questions, sw;deviants mild, ND_published, ND_all published et al, sw;check, ctd PNs, ct PNs, ct PNs-somato, ct pre-DN-SEZs [transmission electron microscopy (TEM); DAMv12_med Munin Output left (L1EM:3945225); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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DAMv12_med Munin Output right (L1EM:3793681) [VFB_00102eji]

Output, Hugin synaptic partners, WB_DAMv12 R, Pre-MBONs-9, DAMv12_med_r akira, downstream of AN-B1, downstream of SCANA, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, IPA com desc, mw axon split complete, mw brain neurons split, #2, DAMv1/2 R, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, SMPa VMC TR com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw all PNs, mw AN PN, mw AN only PN, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw ds-pre-RGN, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, SMP comp, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, sw;deviant;R, sw;4dev;R, Albert TODO, mw enteric 2nd_order, mw mechano-II/III 2nd_order, mw enteric 2nd_order PN-old, mw mechano-II/III 2nd_order PN-old, mw dSEZ-feedback-1hop 2022-03-15, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, upFBMBONs, downMBONs, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 31_level-6_clusterID-113_signal-flow_-0.048, 54_level-7_clusterID-182_signal-flow_-0.290, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, sw;deviants, sw;questions, sw;deviants mild, ND_published, ND_all published et al, sw;check, ctd PNs, ct PNs, ct PNs-somato, ct pre-DN-SEZs [DAMv12_med Munin Output right (L1EM:3793681); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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ddaF a2r class III? lots of uncertain continuities. CHECK (L1EM:1237125) [VFB_0010158d]

[embryonic/larval neuron; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; ddaF a2r class III? lots of uncertain continuities. CHECK (L1EM:1237125)]

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Death grip left (new name now correct pair) (L1EM:19051762) [VFB_00102fks]

MB calyx after gap, downstream of mPN iACT A2 left, li left uPN everything less than 90% reviewed, except “kc frag”, fragment downstream of uPN, BLAd-vm_l akira, ASB TODO A2 left 17 much gap, hemilateral_pair_17913032_19051762, mw brain neurons, mw brain neurons + SU, mw brain inventory, paired with #17913032, mw draft complete, mw left, BLAd1-4 vm L, mw axon split complete, mw brain neurons split, SLP, mw colored-matrix-2019-09-12, #3T, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, SLPc comp L, mw test matrices, mw 15686444 ds ipsilateral partners, stable, mw brain reviewed <80%, mw brain open-ends 2, SLP 1, BLAd1-4 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [Death grip left (new name now correct pair) (L1EM:19051762); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Death grip right (L1EM:17913032) [VFB_00102fiq]

downstream of mPN iACT A2 right, BLAd-vm_r akira, ASB A2 TODO 2, Check 49a PN-down, ASB LH Interneuron, ASB No Way Out PN-LH, ASB Right PN-LH Input, ASB uPN and mPN Shared LH Targets, connect to locked MBE20, ASB No Way Out 33a 4 Gap, ASB No Way Out 22c 3, ASB Right uPN-LH Input, ASB Downstream of Ipsi Bridges Right, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li temp unpaird downstream of right uPN batch 1, Li shared with Laura, unpaired downstream of RIGHT uPNs, li downstream of RIGHT uPN with 3 synapses or more to any uPN, Downstream of RIGHT uPN >= 3 synapses individual, all paired downstream of RIGHT uPN >= 3 synapses, confirmed paired downstream of RIGHT uPN >= 3 synapses individual, ds olfactory mPNs >=5 synapses individual, mw paired 163, pairs ds olfactory mPNs >=5 synapses individual, m named, Death grip, paired with #11144258, left-right NBlast: 0.121962027769512, Downstream of RIGHT uPN with 3 synapses or more to any uPN, li temp possible pair - 33, pairs ds uPNs >= 5, speculative negLHONs uPNs, potential pairs ds mPNs >= 10, check LHON 5% input aver, LHNs, axoDen mPNs, axoDen uPNs, uLHNs, mLHNs, putative LHN, hemilateral_pair_17913032_19051762, mw brain neurons, mw brain neurons + SU, BLAd1-4 vm R, mw brain inventory, Srini-Matrix-03-05-2019, paired with #19051762, mw previously complete, mw right, mw axon split complete, SLP, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, SLPc comp, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 15686444 ds ipsilateral partners, stable, SLP 1, BLAd1-4 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, mw interhemispheric integration 2-hop, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [Death grip right (L1EM:17913032); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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densecoreneuron_left (L1EM:3814701) [VFB_00102ejl]

Crazy peptidergic neuron, MB calyx after gap, downstream of mPN iACT A2 left, downstream of left uPN, ASB PN-Dorsal Lobe, li temp 5 more with single mPN, li left uPN everything less than 90% reviewed, except “kc frag”, LHON, mw paired 22, pair of ds mPN right >= 5, m reviewed, paired with #9761454, left-right NBlast: 0.619256996656637, pairs ds mPNs >= 10, Large frag at gap with MTs 10571041, LHNs, axoDen mPNs, mLHNs, putative LHN, CPf_l akira, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, CP1 v L, IP SEZ, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IP SEZ, mw dSEZ, mw brain matrix, mw brain ipsilateral, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw betweenness_centrality >0.1, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, mw brain open-ends 3, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, mw interhemispheric integration 2-hop, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw 19880740 downstream partners, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [transmission electron microscopy (TEM); densecoreneuron_left (L1EM:3814701); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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densecoreneuron_right (L1EM:9761454) [VFB_00102eub]

Akira to Volker, downstream of mPN iACT A2 right, ASB weird vesicles, downstream of handlebar-like, ASB Right PN-LH Input, ASB Dense Core, connect to locked, connect to locked MBE20, ASB mPN-Dorsal Lobe, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, LHON, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, mw paired 22, NOI, paired ds mPNs right >= 5 synapses individual, paired ds mPNs right >= 10 synapses individual, paired with #3814701, left-right NBlast: 0.619256996656637, pairs ds mPNs >= 10, LHNs, axoDen mPNs, mLHNs, putative LHN, CP1 v R, CPf_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, desc, mw axon split complete, IP SEZ, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dSEZ, IP SEZ, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, mw interhemispheric integration 2-hop, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw 19880740 downstream partners, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; densecoreneuron_right (L1EM:9761454); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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deutero/tritocerebral embryonic fiber tract founder cluster [FBbt_00001617]

Embryonic fiber tract founder cluster that overlaps with parts of the deutocerebrum as well as of the tritocerebral neurectoderm. It is located ventral to the protocerebral embryonic fiber tract founder cluster. Nassif et al., (1998) use Fas2 (FBgn0000635) immunolabelling to visualize the founder clusters.

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disc epithelium proper [FBbt_00007029]

A columnar epithelial monolayer with marked apical-basal polarity: the apical side faces the disc lumen, the basal side is underlain by a basal lamina. The anterior-posterior compartment boundary of the imaginal discs runs through the middle of this epithelium. Cells in this epithelium are coupled by gap junctions, but this coupling is much reduced across the anterior-posterior compartment boundary.

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distal larval optic neuropil [FBbt_00048290]

Distal region of the larval optic neuropil, closest to the entry point of the Bolwig nerve. It contains the terminals of the Rh6 photoreceptors. The distal LON in Sprecher et al., 2011 (FBrf0215208) also included the intermediate LON; these were separated in Larderet et al., 2017.

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DL-LH_cand10 left (L1EM:10961507) [VFB_00102ex9]

Larisa fragment to solve, fragments downstream pvl09, det pair, BLVa12_l akira, unpaired ds visual PNs >= 5, unpaired putative LHN, mw brain neurons, mw brain neurons + SU, BLVa12 todo, mw brain inventory, mw brain todo, mw left, BLVa3/4 b L, IPL, #1, AUTO neuron fragments at 1103 gap, AUTO ascending neurons, AUTO multiple presynapses to brain, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw gap severe, less than 150nm length, mw brain neurons + sensories, mw brain unpaired todo 1-13-20, SLPl IPL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw brain matrix and A1, mw brain paper all neurons, mw unpaired 2021-04-13, mw missing axon, mw review april2021, mw 9577562 ds contralateral partners, stable, mw ds-vPNs, mw LHN, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw LHN-vPN, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw ipsilateral axon, mw ipsilateral dendrite, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [transmission electron microscopy (TEM); DL-LH_cand10 left (L1EM:10961507); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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DL-LH_cand10 right; BLVa 34 b 1 right (L1EM:3232808) [VFB_00102ej2]

Larisa PVL09 downstream, Larisa check cross, neuron, BLVa34_r akira, LH downstream of mPN iACT A1 right, mPN iACT A1 downstream fragments, ASB Right PN-LH Input, ASB No Dense Core, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, unpaired ds mPNs right >= 5 synapses individual, mw brain neurons, mw brain neurons + SU, BLVa3/4 b R, BLVa34 todo, mw brain inventory, mw previously complete, mw right, mw axon split complete, mw brain neurons split, UNI, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, #3, mw brain neurons + sensories, mw brain unpaired checked once, UNI, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, mw 9577562 ds contralateral partners, stable, mw ds-vPNs, mw LHN, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw LHN-vPN, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [DL-LH_cand10 right; BLVa 34 b 1 right (L1EM:3232808); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DL-LH_cand9 left 11029360 (L1EM:11029359) [VFB_00102exj]

Larisa fragment to solve, fragments downstream pvl09, det pair, fragments near calyx downstream of PVL09 left, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, BLVa3/4 b L, IPL, AUTO neuron fragments at 1103 gap, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, Merged: no way out 8040738, mw draft complete, #1T, mw brain neurons + sensories, mw axon split complete, SLPl IPL*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *BLVa34_l akira, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, mw 9577562 ds contralateral partners, stable, mw CN, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, sw;pairs;L, downMBONs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd CNs, ct CNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; DL-LH_cand9 left 11029360 (L1EM:11029359); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DL-LH_cand9 like left (L1EM:15590793) [VFB_00102f5e]

ASB left, downstream of mPN iACT A2 left, ASB TODO A2 left 15 continues after gap, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, BLVa3/4 b L, IPL, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, #2Tb, less than 150nm length, Merged: lost to gap 10827578, mw axon split complete, mw draft complete, mw brain neurons + sensories, SLPl IPL*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *BLVa34_l akira, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9577562 ds ipsilateral partners, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DL-LH_cand9 like left (L1EM:15590793); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DL-LH_cand9 like right (L1EM:17378548) [VFB_00102fex]

fragments downstream pvl09, BLVa34_r akira, ASB TODO A3 right, ASB Downstream of Ipsi Bridges Right, mw brain neurons, mw brain neurons + SU, BLVa3/4 b R, mw brain inventory, mw right, mw brain neurons split, IPL, #1, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw axon split complete, mw brain neurons + sensories, SLPl IPL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9577562 ds ipsilateral partners, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [DL-LH_cand9 like right (L1EM:17378548); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DL-LH_cand9 right (L1EM:3232277) [VFB_00102ej1]

BLVa34_r akira, frag, ASB TODO B3 right, ASB LH Interneuron, ASB PVM Cluster LH Interneurons, ASB Candidate DL2 cluster, mw brain neurons, mw brain neurons + SU, mw brain inventory, BLVa3/4 b R, mw right, IPL, #2, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, less than 150nm length, mw brain neurons + sensories, mw axon split complete, SLPl IPL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9577562 ds contralateral partners, stable, mw CN, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd CNs, ct CNs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; DL-LH_cand9 right (L1EM:3232277)]

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DLPc_post_med-1_left; confirmed nonpaired (L1EM:17334530) [VFB_00102fdj]

DW ; Left, Ingrid Name, ASB left, DLPc_post_med-1 potential pair, pairs ds MBONs >= 5, potential pairs ds MBONs >= 5, putative MB2ONs, Post-MBONs akira final, LEFT, Selected Post-MBONs akira final-2, m reviewed, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, check MB2ON, CNs 5%, axoAxo LHNs, axoDen LHNs, axoAxo MBONs, axoDen mPNs, MB2ON 5%, CN others 1_4_18, MB2IN19U, mw brain neurons + SU, mw brain inventory, DPLc_post_med_l akira, mw draft complete, mw left, mw axon split complete, mw brain neurons split, IPM/P VMC, DPLc5 p L, mw current paired, mw colored-matrix-2019-09-12, #4, mw brain neurons + sensories, SMPm VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, lv DS MBONs and L TOONs, lv MB2ONs_CNs DS all ORN PNs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, PB to noduli, mw test matrices, stable, mw brain reviewed <80%, mw brain unpaired, mw brain open-ends 2, NO.b, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw proprio 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-II/III 4th_order, dPNOins, uPNOins, downFBMBONs, upFBMBONs, downFBPBs, downMBONs, downPB, downNO, FB_laura, pFB.b, test2, test3, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 77_level-7_clusterID-173_signal-flow_-0.801, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; DLPc_post_med-1_left; confirmed nonpaired (L1EM:17334530); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DM-NPF_conn4_left (L1EM:3061422) [VFB_00102eir]

mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, DALl1 L, mw axon split complete, IPL com, mw brain neurons split, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPL com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw check cool bi, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *DALl1_l akira, Upstream CN29, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-1hop 2022-03-15, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [DM-NPF_conn4_left (L1EM:3061422); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DM-NPF_conn4_right (L1EM:3272218) [VFB_00102ej5]

DM-NPF_conn, WB_DALv1 R, VLP LAL, LV, DALl1_r akira, mw brain neurons, mw brain neurons + SU, DALl1 R, mw brain inventory, mw draft complete, mw right, IPL com, mw axon split complete, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPL com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-1hop 2022-03-15, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; DM-NPF_conn4_right (L1EM:3272218); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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dMP2 neuron [FBbt_00001602]

Insulinergic intersegmental interneuron that is one of two cells differentiating from neuroblast MP2. It projects posteriorly in a medial fascicle of the connective. Axons from dMP2 neurons innervate the hindgut, forming two fascicles that extend on opposite sides of the hindgut (Miguel-Aliaga et al., 2008). By the adult stage, arbors have formed that innervate the anterior intestines and the rectum. dMP2 neurons perform a pioneer function in embryos then undergo apoptosis in all but segments A1-A9 (Miguel-Aliaga et al., 2008).

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DN1-1 - PDL007 #2 left (L1EM:19611917) [VFB_00102flb]

WB_DPLc3 L, ASB left, DPLc_ant_lat_l akira, pairs ds thermo PNs >= 5, check duplicates, potential GABA, m reviewed, DN1-1 #2 pair, LHNs, axoAmb tPNs, tLHNs, putative LHN, hemilateral_pair_8138616_19611917, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, CA lat, mw brain neurons split, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain duplicates, SLPp, mw preliminary LN, mw brain matrix, mw mixed axon/dendrite <0.2 segregation index, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, SLPpd comp L, mw test matrices, stable, mw ds-tPNs, mw LHN, DPLc1 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-cold 3rd_order, mw upstream KCs, mw LHN-tPN, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 9_level-5_clusterID-53_signal-flow_0.718, 16_level-6_clusterID-97_signal-flow_0.534, 28_level-7_clusterID-159_signal-flow_0.421, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; DN1-1 - PDL007 #2 left (L1EM:19611917); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DN1-1 - PDL007 #2 right (L1EM:8138616) [VFB_00102epy]

Brain, DN1, upstream to DN1, Dorsal Neurons, 6, ingrid, ThermoSensoryCircuit, Light and Thermo convergence in LH, WB_DPLc3 R, ADL - 2 Right, DPLc_ant_lat_r akira, ASB LH Interneuron, downstream of mPN, ASB Right PN-LH Input, ASB No Way Out 1a 2, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li temp 5 more with single mPN, li temp upn downstream all non local, DN1-2R - PDL007, pairs ds thermo PNs >= 5, potential pairs ds thermo PNs >= 5, potential GABA, m reviewed, DN1-1 #2 pair, LHNs, axoAmb tPNs, axoAmb mPNs, mLHNs, tLHNs, putative LHN, hemilateral_pair_8138616_19611917, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, CA lat, mw brain neurons split, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain duplicates, SLPp, mw preliminary LN, mw brain matrix, mw mixed axon/dendrite <0.2 segregation index, mw brain ipsilateral, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, SLPpd comp, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-tPNs, mw LHN, DPLc1 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-cold 3rd_order, mw upstream KCs, mw LHN-tPN, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 9_level-5_clusterID-53_signal-flow_0.718, 16_level-6_clusterID-97_signal-flow_0.534, 28_level-7_clusterID-159_signal-flow_0.421, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd LHNs, ct LHNs [DN1-1 - PDL007 #2 right (L1EM:8138616); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DN1-1 - PDL007 left (L1EM:12745771) [VFB_00102f0n]

DN, WB_DPLc3 L, SNPF, ASB left, DPLc_ant_lat_l akira, ASB downstream of right mPNs, DN1-1L - PDL007; 3rd order thermo, DN1-1 pair, pairs ds thermo PNs >= 5, potential pairs ds thermo PNs >= 5, potential GABA, m reviewed, LHNs, axoAmb tPNs, tLHNs, putative LHN, hemilateral_pair_2914206_12745771, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, CA lat, mw brain neurons split, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain duplicates, SLPp, mw preliminary LN, mw brain matrix, mw mixed axon/dendrite <0.2 segregation index, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, SLPpd comp L, mw test matrices, stable, mw ds-vPNs, mw ds-tPNs, mw LHN, DPLc1 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw visual 3rd_order, mw thermo-cold 3rd_order, mw LHN-vPN and LHN-tPN, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 9_level-5_clusterID-53_signal-flow_0.718, 16_level-6_clusterID-97_signal-flow_0.534, 28_level-7_clusterID-159_signal-flow_0.421, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DN1-1 - PDL007 left (L1EM:12745771)]

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DN1-1 - PDL007 right (L1EM:2914206) [VFB_00102eib]

pdl007, Brain, DN1, Dorsal Neurons, Common dwnst partners of right pdfLNs, Light and Thermo convergence in LH, WB_DPLc3 R, ADL - 1 Right, DPLc_ant_lat_r akira, ASB LH Interneuron, downstream of handlebar-like, ASB Right PN-LH Input, ASB Dense Core, downstream of mPN, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, unpaired ds mPNs right >= 3 synapses individual, DN1-1 pair, pairs ds thermo PNs >= 5, upstream PL, potential GABA, m reviewed, LHNs, axoAmb tPNs, axoAmb mPNs, mLHNs, tLHNs, putative LHN, hemilateral_pair_2914206_12745771, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, CA lat, mw brain neurons split, #1, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain duplicates, SLPp, mw preliminary LN, mw brain matrix, Pankratz pre, mw mixed axon/dendrite <0.2 segregation index, mw brain ipsilateral, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, SLPpd comp, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-vPNs, mw ds-tPNs, mw LHN, DPLc1 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw visual 3rd_order, mw thermo-cold 3rd_order, mw LHN-vPN and LHN-tPN, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 9_level-5_clusterID-53_signal-flow_0.718, 16_level-6_clusterID-97_signal-flow_0.534, 28_level-7_clusterID-159_signal-flow_0.421, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd LHNs, ct LHNs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; DN1-1 - PDL007 right (L1EM:2914206); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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DNs-17_left (L1EM:10553248) [VFB_00102evy]

nadia, pDM Bundle 1, DPMpl3 r young cells, Neuron Fragments, Interesting descending, prepreLO1, prepreLT, WB_DPMpl3 L, Descending_to check, brain downstream of A08s2_a2r, clb:todo, ASB left, CM4-dm_l akira, clb:soma, clb:joined, clb:todo_A08, DNs akira-2, DNs-17s akira, U3A2a, S15A2, S1A1, S1A1b, U7A2, S5A1, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, mw axon split complete, mw brain neurons split, T1 17 Dark Tur, contra VNC, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, #2T, Avi 122, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, mw brain matrix, mw brain contralateral, LAL contra desc, mw dVNC lateral_dorsal, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw dVNC with phenotypes, mw dVNC important, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw ad hubs_in, mw pre-dVNC, nr Tel-like 10 downstream 2-hop, nr Tel-like 10 downstream-dVNCs 2-hop, mw ad all_hubs, mw brain open-ends 3, DPMl1 L, sw:brain_paired:L, sw;brainpair;L, sw;deviant;L, sw;1dev;L, lv dVNC to T3+A1, mw proprio 3rd_order, mw mechano-Ch 3rd_order, mw dVNC to A1, mw dVNC to A1 motor, sw;pairs;L, mw candidate speed-modulation, downLAL, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, ND_mw dVNC to A1 motor, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 92_level-7_clusterID-129_signal-flow_-1.575, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DNs-17_left (L1EM:10553248); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DNs-17_right (L1EM:8496618) [VFB_00102eqy]

DNs akira-2, Sxx_SOG_l, DNs-17s akira, U3A2a, S15A2, S1A1, S1A1b, U7A2, S5A1, mw brain neurons + SU, mw brain inventory, CM4-dm_r akira, mw previously complete, mw right, DPMl1/2 p R, mw axon split complete, contra VNC, mw brain neurons split, #2, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, DLT, Avi 122, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, mw brain matrix, mw brain contralateral, LAL contra desc, mw dVNC lateral_dorsal, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw dVNC with phenotypes, mw dVNC important, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw ad hubs_in, mw pre-dVNC, nr Tel-like 10 downstream 2-hop, nr Tel-like 10 downstream-dVNCs 2-hop, mw ad all_hubs, mw brain open-ends 3, DPMl1 R, sw:brain_paired:R, sw;brainpair;R, sw;deviant;R, sw;1dev;R, lv dVNC to A8+A9, mw proprio 3rd_order, mw mechano-Ch 3rd_order, mw dVNC to A1, mw dVNC to A1 motor, sw;pairs;R, mw candidate speed-modulation, downLAL, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, ND_mw dVNC to A1 motor, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 92_level-7_clusterID-129_signal-flow_-1.575, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DNs-17_right (L1EM:8496618); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DO1 motor neuron [FBbt_00110225]

Any motor neuron (FBbt:00005123) that synapsed via type Ib bouton to some dorsal oblique muscle 1 (FBbt:00110226). Following Landgraf et al., 1997, larval motor neurons are named according to the muscle they innervate. The same caveats therefore apply regarding inference of serial homology from nomenclature as for the muscles: Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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DO2 motor neuron [FBbt_00110228]

Larval motor neuron that develops from neuroblast NB7-1 and innervates dorsal oblique muscle 2 (Landgraf et al., 1997). It fasciculates with the intersegmental nerve and its soma is in the segment anterior to the muscle it innervates (Landgraf et al., 1997; Zarin and Labrador, 2019). Following Landgraf et al., 1997, larval motor neurons are named according to the muscle they innervate. The same caveats therefore apply regarding inference of serial homology from nomenclature as for the muscles: Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name. Based on cell body position, the DO2 motor neuron corresponds to the U3 neuron (personal communication by Matthias Landgraf - FBrf0221138), however, Zarin et al. (2019) report that the DO2 motor neuron corresponds to U2.

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DO3 motor neuron [FBbt_00011548]

Motor neuron that innervates the dorsal oblique muscle 3 (muscle 11). There are muscles referred to as dorsal oblique 3 in segments T1 to A7 (Bate, 1993). Following Landgraf et al., 1997, larval motor neurons are named according to the muscle they innervate. The same caveats therefore apply regarding inference of serial homology from nomenclature as for the muscles: Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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DO4 motor neuron [FBbt_00110238]

Motor neuron that innervates the dorsal oblique muscle 4 (muscle 19). There are muscles referred to as dorsal oblique 4 in segments T1 to A7 (Bate, 1993). Following Landgraf et al., 1997, larval motor neurons are named according to the muscle they innervate. The same caveats therefore apply regarding inference of serial homology from nomenclature as for the muscles: Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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dorsal acute muscle 1 [FBbt_00110221]

Dorsal-most acute muscle of a segment of the embryonic/larval musculature. It is an internal muscle (Landgraf et al., 2003; Zarin and Labrador, 2019). We have adopted the nomenclature of Bate (1993) which names the muscles according to their position. There is no inference of homology between muscles of the same name in thoracic vs abdominal segments.

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dorsal acute muscle 2 [FBbt_00110222]

Second-most dorsal acute muscle of a segment of the embryonic/larval musculature. It is an internal muscle (Landgraf et al., 2003; Zarin and Labrador, 2019). We have adopted the nomenclature of Bate (1993) which names the muscles according to their position. There is no inference of homology between muscles of the same name in thoracic vs abdominal segments.

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dorsal acute muscle 3 [FBbt_00110232]

Third-most dorsal acute muscle of the embryonic/larval musculature. It is an internal muscle (Landgraf et al., 2003; Zarin and Labrador, 2019). Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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dorsal arm of pharyngeal sclerite [FBbt_00007164]

Paired dorsal process of the pharyngeal sclerite. This structure, into which the cibarial muscle inserts, is situated in the narrow lumen of the dorsal pouch. It is connected anteriorly to the dorsal bridge (also known as latticed process) and ventrally to the vertical bridge (also known as vertical plate). This term replaces the much misused term ‘dorsal wing’ (FBbt:00001853).

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dorsal bipolar neuron dbp [FBbt_00052666]

Bipolar dendrite neuron found in a larval dorsal sensory cluster. It emits two dendritic branches (Williams and Shepherd, 1999; Bodmer and Jan, 1987) and fasciculates with the intersegmental nerve (Campos-Ortega and Hartenstein, 1997). One of these cells is found in each of segments T2 to A6 (Heckman and Doe, 2022).

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dorsal central protocerebral neuroblast [FBbt_00005876]

A neuroblast located in the dorsal region of the central protocerebrum. In the embryo, individual neuroblasts are named according to their position relative to major morphological features (cephalic furrow, invaginating foregut, dorsal and ventral midline, their relative position with respect to each other, their time of segregation and their expression of markers) (Urbach et al., 2003).

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dorsal channel glial cell [FBbt_00001292]

Surface-associated, channel glial cell that lies at the dorsal-end of the channel above the neuropil. The cells send processes ventrally along the channel, while receiving processes from the A-SPG cells. There are two dorsal channel glial cells per hemisegment and their processes form, along with processes from the ventral channel glia, a sheath structure that covers the inner surface of the dorsoventral channel. It develops from neuroblast NB7-4 (Beckervordersandforth et al., 2008).

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Dorsal contralateral 1 left (L1EM:16340977) [VFB_00102f82]

DPLc2 l, WB_DPLc2 L, DPMpm1_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw mixed lineage neurons, mw draft complete, mw left, mw axon split complete, mw brain neurons split, DPMm2 L, UNI, AUTO ascending neurons, mw colored-matrix-2019-09-12, #2T, mw brain neurons + sensories, mw dSEZ, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, UNI, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 4966994 upstream partners, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw proprio 3rd_order, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-VNCs, ct DN-SEZs [CC-BY_4.0; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; embryonic/larval neuron; embryonic/larval nervous system; is part of; Dorsal contralateral 1 left (L1EM:16340977); L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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Dorsal contralateral 1 right (L1EM:18232369) [VFB_00102fjn]

Avi_Matt_Doe neurons, avi_Matt_selection, mw brain neurons, mw brain neurons + SU, mw brain inventory, DPMl_ant_ven_r akira, mw mixed lineage neurons, mw draft complete, mw right, mw axon split complete, mw brain neurons split, DPMm2 R, UNI, AUTO ascending neurons, mw colored-matrix-2019-09-12, #2, mw brain neurons + sensories, mw brain crosses commissure, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, UNI, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 4966994 upstream partners, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw proprio 3rd_order, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-VNCs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); Dorsal contralateral 1 right (L1EM:18232369); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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dorsal domain of larval tritocerebrum [FBbt_00007719]

Neuropil region where the larval tritocerebrum intersects with the dorsomedial and dorsolateral longitudinal domains of the central nervous system (Hartenstein et al., 2018). Due to the changed topology of longitudinal tracts and commissures in the tritocerebrum compared to more posterior neuromeres, it is difficult to clearly discern a boundary between the dorsomedial and dorsolateral domains (Hartenstein et al., 2018).

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dorsal fold [FBbt_00001860]

Epidermal structure of the embryo head which is part of the dorsal pouch. It is formed during germ band elongation shortening, at the time when the dorsal ridge moves dorsally to reach the midline and fuse with its complement on the other side. The fold progressively moves over the clypeolabrum and procephalic lobe, advancing from caudal to rostral and from lateral to medial.

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dorsal hair [FBbt_00004980]

Hair on the dorsal surface of the larva on all segments except the prothorax, which is devoid of them. Members of this group are distributed in a well defined pattern. In the thoracic segments, three types of hairs are seen, organized in regions from anterior to posterior. In the abdominal segments, there are only two types, corresponding to the types seen in the anterior region of the thoracic segments. The polarity of the hairs is also different between the thoracic and abdominal segments. Disambiguation: a dorsal hair differs from a dorsal sensory hair (see figure 3.14 of Campos-Ortega and Hartenstein, 1997) in that it is a trichome, and therefore is not innervated.

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dorsal interface glial cell [FBbt_00001312]

Interface glial cell located on the dorsal interface of the hemineuromere. There are up to five of these cells per hemineuromere, three or four lying in the medial-most area of the dorsal interface which separate the neuropil from the pair of rows of large neural cell bodies. Another one or two dorsal interface glia lie at a more lateral region of the dorsal interface, which is beneath the thinnest part of the dorsal cortex. The positions of the dorsal interface glial cells vary considerably in the first instar larval ventral nerve cord (Ito et al., 1995).

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dorsal lateral subperineurial glial cell [FBbt_00001287]

Surface-associated, subperineurial glial cell located on the lateral surface of the embryonic/larval ventral nerve cord, and is located dorsal to the ventral lateral subperineurial glial cell. It lies at about 30% along the ventro-dorsal axis, and occasionally there are two of these cells per neuromere. It develops from the NB5-6 neuroblast (Beckervordersandforth et al., 2008). At stage 14 the lateral subperineurial glial cells have a vertically elongated ‘belt-like’ morphology. This suggests that these cells may be the ‘belt glia’ described by Doe et al., 1991.

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dorsal median cell [FBbt_00001326]

Cell of mesodermal origin that is located on the dorsal surface of the midline of the ventral nerve cord, associated with the embryonic transverse nerve. It is found from T1 to A7 segments. At stage 11 its cell body is round, whereas at stage 14 it displays a characteristic triangle shape, with processes that extend anteriorly and laterally from the vertices, across the width of the ventral nerve cord, to terminate on lateral body muscles. It displays both neural and glial characteristics. These processes act as pioneer for the neurons that fasciculate with the transverse nerve. At stage 11 there are 4 cells, but by stage 14, when these cells have matured, there are only 2.

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dorsal oblique muscle 1 [FBbt_00110226]

Dorsal-most dorsal oblique muscles. Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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dorsal oblique muscle 2 [FBbt_00110229]

Second-most dorsal of the dorsal oblique muscles. Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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dorsal oblique muscle 3 [FBbt_00110236]

Third-most dorsal of the dorsal oblique muscles. Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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dorsal oblique muscle 4 [FBbt_00110239]

Second-most ventral of the dorsal oblique muscles. Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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dorsal organ cool cell [FBbt_00047145]

Ir21a, Ir25a and Ir93a -expressing neuron of the dorsal organ ganglion (DOG), activated by temperature decreases. All three of these Ir genes are necessary for cold-induced activity of the cell. Three of these cells are found in each DOG and they are required for cold avoidance behavior. The sensory dendrites of the three thermosensory neurons exhibit a large membrane-rich bulb before reaching the central dome, unlike the olfactory neurons in the DOG.

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dorsal organ warming cell [FBbt_00051986]

Ir68a, Ir25a and Ir93a -expressing neuron of the dorsal organ ganglion (DOG), activated by temperature increases (Hernandez-Nunez et al., 2021). All three of these Ir genes are necessary for heating-induced activity of these cells, with Ir68a specifying warming, rather than cooling sensitivity (Hernandez-Nunez et al., 2021). Two of these cells are found in each DOG and each projects to a different antennal lobe glomerulus, distinct from the one targeted by the cool cells, in the posterior dorsal antennal lobe (Hernandez-Nunez et al., 2021). The sensory dendrites of these neurons do not exhibit the membrane infoldings seen in the cool cells and they extend a thin dendrite into the central dome sensillum (Hernandez-Nunez et al., 2021).

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dorsal pharyngeal muscle [FBbt_00000489]

Vertically oriented muscle of the larva that inserts into the dorsal arm of the cephalopharyngeal skeleton (Jurgens et al., 1986). Contraction of the cibarial dilator muscles increases the volume of the pharynx (Jurgens et al., 1986). Thought to be the same as the cibarial dilator muscle based on term usage (e.g. FBrf0240975 for CDM, FBrf0188215 and FBrf0226327 for pharyngeal muscle) [FBC:CP].

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dorsal posterior protocerebral neuroblast [FBbt_00005878]

A neuroblast located in the dorsal region of the posterior protocerebrum. In the embryo, individual neuroblasts are named according to their position relative to major morphological features (cephalic furrow, invaginating foregut, dorsal and ventral midline, their relative position with respect to each other, their time of segregation and their expression of markers) (Urbach et al., 2003).

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dorsal transverse muscle [FBbt_00000471]

The only dorsally located hypodermal muscle of the embryonic/larval musculature with a transverse orientation. It is only present in the abdominal segments. Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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dorsal VUM motor neuron [FBbt_00110295]

Neuromodulatory motor neuron developing from the VUM midline precursor. It innervates the dorsal oblique and acute muscles. Following Landgraf et al., 1997, larval motor neurons are named according to the muscle they innervate. The same caveats therefore apply regarding inference of serial homology from nomenclature as for the muscles: Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name. VUM neurons are found in thoracic and abdominal segments (Schmid et al., 1999).

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dorso-lateral group terminal organ sensillum [FBbt_00002706]

One of 3 dorso-laterally located sensilla of the larval terminal organ. Jurgens et al. (1986), explain that the DLP and DMP are considered to be of different origins to the other 7 papillae of the terminal organ/MxSO because their axons do not join the maxillary nerve and they are found in different locations in certain homeotic mutants.

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dorsolateral domain of larval central nervous system [FBbt_00007707]

A dorso-laterally located longitudinal subdivision of the larval central nervous system spanning the gnathal, thoracic and abdominal neuromeres (Hartenstein et al., 2018). In the tritocerebrum, there is no clear distinction between the dorsomedial and dorsolateral domains (Hartenstein et al., 2018). It is found at the same level as the dorsomedial domain; dorsal to the central domain (which contains the C1-3 fascicles) and the centrolateral domain (Hartenstein et al., 2018). It can be distinguished from the dorsomedial domain based on the absence of the dorsal commissural bundles (Hartenstein et al., 2018).

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dorsolateral papilla [FBbt_00002679]

Papilla of the dorsolateral group of the terminal organ, on the head of the embryo/larva. It is located more laterally than the dorsomedial papilla, next to the spot sensillum of the dorsolateral group. This sensillum is innervated by one dendrite, which ends with a tubular body, indicative of mechanosensation, below the bud-shaped cuticle shaft (Rist and Thum, 2017).

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dorsomedial domain of larval central nervous system [FBbt_00007708]

A dorso-medially located longitudinal subdivision of the larval central nervous system spanning the gnathal, thoracic and abdominal neuromeres (Hartenstein et al., 2018). In the tritocerebrum, there is no clear distinction between the dorsomedial and dorsolateral domains (Hartenstein et al., 2018). It is found at the same level as the dorsomedial domain; dorsal to the central domain (which contains the C1-3 fascicles) and the centromedial domain (which contains the VM fascicle) (Hartenstein et al., 2018). It contains the ipsilateral parts of the dorsal commissural bundles (Hartenstein et al., 2018).

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double-hook BAmv1/2 left (L1EM:16545101) [VFB_00102f9g]

WB_BAmv12 L, brain downstream of A08s1_a1r, BAmv12_ven_l akira, self-touch, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, BAmv1/2 L, IPL VMC, mw axon split complete, mw brain neurons split, #1T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPP VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 8801736 downstream partners, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw noci 4th_order, mw proprio 4th_order, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 42_level-6_clusterID-76_signal-flow_-0.513, 65_level-7_clusterID-76_signal-flow_-0.513, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; double-hook BAmv1/2 left (L1EM:16545101); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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double-hook BAmv1/2 right (L1EM:4812481) [VFB_00102el7]

WB_BAmv12 R, BAmv12_ven_r akira, mw brain neurons, mw brain neurons + SU, BAmv1/2 R, mw brain inventory, mw complete, mw right, IPL VMC, mw axon split complete, mw brain neurons split, #1, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPP VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 8801736 downstream partners, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw noci 4th_order, mw proprio 4th_order, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 42_level-6_clusterID-76_signal-flow_-0.513, 65_level-7_clusterID-76_signal-flow_-0.513, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [double-hook BAmv1/2 right (L1EM:4812481); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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down pOLP left (L1EM:8047280) [VFB_00102ept]

Neuron Fragments, Class IV Connected Projection Neurons TO REVIEW, Larisa fragment to solve, fragments downstream pvl09, det pair, CPf_l akira, ASB left, not a PN terminal, Fragments 2014-01-18 14:57, Not Projection Neuron, Goes straight but branches only in one section, paired ds mPNs left >= 10 synapses individual, mw paired 74, m reviewed, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, pairs ds visual PNs >= 5, pairs ds mPNs >= 10, LHNs, axoDen mPNs, axoDen vPNs, mLHNs, vLHNs, putative LHN, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, CP1 v L, desc, mw axon split complete, mw brain neurons split, IPL/M desc, AUTO descending neurons to VNC, AUTO ascending neurons, mw colored-matrix-2019-09-12, Avi 122, #1/2T, mw brain neurons + sensories, mw dVNC, IPL/M desc, mw brain matrix, mw brain ipsilateral, mw dVNC medial_ventral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, FOR21, FOR21_inter, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 18500915 ds ipsilateral partners, stable, mw ds-vPNs, mw LHN, mw 4680995 downstream partners, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, mw LHN-vPN, mw dVNC not to A1, sw;pairs;L, mw candidate turn, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 68_level-7_clusterID-122_signal-flow_-0.530, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct LHNs, ct DN-VNCs [down pOLP left (L1EM:8047280); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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down pOLP right (L1EM:7587948) [VFB_00102epe]

Javier Brain, CPf, CPf_r akira, connect to locked, connect to locked MBE20, downstream of mPN, 160708 Liria practice, Fragments 2014-01-18 14:57, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, mw paired 74, potential paired ds mPNs right >= 5 synapses individual, potential paired ds mPNs right >= 10 synapses individual, neuron, m reviewed, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, pairs ds visual PNs >= 5, pairs ds mPNs >= 10, LHNs, axoDen mPNs, axoDen vPNs, mLHNs, vLHNs, putative LHN, mw brain neurons, mw brain neurons + SU, Right, CP1 v R, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, desc, mw axon split complete, IPL/M desc mvt, mw brain neurons split, cyan, #2, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw brain neurons + sensories, mw dVNC, IPL/M desc, mw brain matrix, mw brain ipsilateral, mw dVNC medial_ventral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, FOR21, FOR21_inter, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 18500915 ds ipsilateral partners, stable, mw ds-vPNs, mw LHN, mw 4680995 downstream partners, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;R, mw noci 2nd_order, mw LHN-vPN, mw dVNC not to A1, sw;pairs;R, mw candidate turn, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 68_level-7_clusterID-122_signal-flow_-0.530, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct LHNs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); down pOLP right (L1EM:7587948); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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down_oct1_left (L1EM:19017386) [VFB_00102fkn]

ds olfactory mPNs >=5 synapses individual, down_oct1 pair, pairs ds olfactory mPNs >=5 synapses individual, DPMl12_l akira, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, DPMl3/4 p L, mw axon split complete, mw brain neurons split, mw mixed lineage neurons, IPM dppt, AUTO ascending neurons, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain ipsilateral, IPP DPPT, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw dVNC important 1st-order upstream, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 16686371 ds ipsilateral partners, mw pre-dVNC 1%, stable, nr Tel-like 10 downstream 3-hop, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, dPNOins, downFBMBONs, upFBMBONs, downFBPBs, downMBONs, downPB, downNO, test2, test3, NO.b, FB.d, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 77_level-7_clusterID-173_signal-flow_-0.801, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); down_oct1_left (L1EM:19017386); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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down_oct1_right (L1EM:8127390) [VFB_00102epw]

LNM_down_octop, WB_DPLcam R, DPMl34, DPMl34 post, DPMl34_post_r akira, ASB downstream of right mPNs, Avi_Matt_Doe neurons, down_oct1 pair, pairs ds olfactory mPNs >=5 synapses individual, MB2IN19U, mw brain neurons, mw brain neurons + SU, DPMl3/4 p R, mw brain inventory, mw right, mw axon split complete, IPM dppt, mw brain neurons split, #1, mw draft complete, mw mixed lineage neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, IPP DPPT, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 16686371 ds ipsilateral partners, mw pre-dVNC 1%, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, upFBMBONs, downFBPBs, downPB, NO.b, FB.d, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 77_level-7_clusterID-173_signal-flow_-0.801, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [down_oct1_right (L1EM:8127390); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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down_PVL09_PN-OLP_left (L1EM:11037238) [VFB_00102exl]

Larisa fragment to solve, Neuron 11382364 needs revision, WB_BLDc L, fragments downstream pvl09, det pair, down-PVL09-21, Search for EB, mw paired 159, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, pairs ds visual PNs >= 5, downOLP1-13, m reviewed, LHNs, axoDen vPNs, vLHNs, putative LHN, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, UNI, BLD5/6 L, #1T, mw colored-matrix-2019-09-12, SMALL FRAGMENT, mw brain neurons + sensories, mw brain crosses commissure, UNI*, mw brain matrix, mw open-ends unpublished, *BLDd_l akira, mw brain contralateral, mw brain matrix + A1, Merged: Neuron 21349808, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 16686371 us partners, stable, mw ad hubs_out, mw ds-vPNs, mw LHN, mw 4680995 downstream partners, mw ad all_hubs, mw brain open-ends 3, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integration 2-hop, mw noci 2nd_order, mw noci 2nd_order PN-old, mw LHN-vPN, sw;pairs;L, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 21_level-6_clusterID-69_signal-flow_0.217, 46_level-7_clusterID-123_signal-flow_0.013, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct PNs-somato, ct LHNs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; down_PVL09_PN-OLP_left (L1EM:11037238)]

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down_PVL09_PN-OLP_right (L1EM:7719118) [VFB_00102epj]

CURRENT, Larisa PVL09 downstream, Larisa fragment to solve, fragments downstream pvl09, det pair, to cross, microt.!, down-PVL09-21, Search for EB, downstream of handlebar-like, ASB Right PN-LH Input, connect to locked, connect to locked MBE20, downstream of mPN, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, mw paired 159, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, pairs ds visual PNs >= 5, Fragments 2014-01-18 14:57, lost to gap 7716619, LHNs, axoDen vPNs, vLHNs, putative LHN, mw brain neurons, mw brain neurons + SU, BLD5/6 R, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, mw axon split complete, UNI, mw brain neurons split, #1, AUTO neuron fragments at 1103 gap, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, UNI*, mw brain matrix, *BLDd_r akira, mw brain contralateral, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, Merged: lost to gap 18696678, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, mw 16686371 us partners, stable, mw ad hubs_out, mw ds-vPNs, mw LHN, mw 4680995 downstream partners, mw ad all_hubs, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integration 2-hop, mw noci 2nd_order, mw noci 2nd_order PN-old, mw LHN-vPN, sw;pairs;R, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 21_level-6_clusterID-69_signal-flow_0.217, 46_level-7_clusterID-123_signal-flow_0.013, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct PNs-somato, ct LHNs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; down_PVL09_PN-OLP_right (L1EM:7719118); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Downstream Downstream A00c left (L1EM:19395500) [VFB_00102fl9]

somated neurons, down to PVL09-right, Larisa check cross, det pair, WB_DPLal123 L, DPlal1-3_med_l akira, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, DPlal1-3_med potential pair, reference for spitting cobra, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, DPLal1-3 L, mw axon split complete, DPLal1-3 a L, IPL/M, mw brain neurons split, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL/M, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, Merged: no way out 18666298, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10018260 ds ipsilateral partners, mw 15517247 ds contralateral partners, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [Downstream Downstream A00c left (L1EM:19395500); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Downstream Downstream A00c right (L1EM:8559525) [VFB_00102er1]

Brain, Javier Brain, WB_DPLal123 R, *DPLal1-3_r akira, DPLal1-3 ant, DPlal1-3_ant_r akira, neuron, downstream of handlebar-like, ASB Right PN-LH Input, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, DPlal1-3_med potential pair, reference for spitting cobra, mw brain neurons, mw brain neurons + SU, DPLal1-3 R, mw brain inventory, mw draft complete, mw right, DPLal1-3 a R, IPL/M, mw axon split complete, mw brain neurons split, #2, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL/M, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, mw 10018260 ds ipsilateral partners, mw 15517247 ds contralateral partners, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; Downstream Downstream A00c right (L1EM:8559525); VFB CATMAID L1 CNS]

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DPL Lander-like left (L1EM:16095576) [VFB_00102f7b]

MB calyx after gap, ASB left, DPLm2_l akira, downstream of left uPN, li left uPN everything less than 90% reviewed, except “kc frag”, fragment downstream of uPN, paired with #16260741, left-right NBlast: 0.4127476158169, li temp possible pair - 32, Downstream of LEFT uPN with 3 synapses or more to any uPN, post 2+ 42a or 42b PN in LH, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw draft complete, mw mixed lineage neurons, mw axon split complete, mw brain neurons split, SLP l, AUTO ascending neurons at 1112 gap, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SLPl, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, SLPl comp L, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, DPLc3 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [DPL Lander-like left (L1EM:16095576); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPL Lander-like right (L1EM:20370716) [VFB_00102flx]

mw brain inventory, mw brain neurons + SU, mw draft complete, mw mixed lineage neurons, mw axon split complete, mw brain neurons split, SLP l, #2, mw colored-matrix-2019-09-12, mw right, mw brain neurons + sensories, SLPl*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *DPLm2_r akira, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, SLPl comp, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, DPLc3 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; DPL Lander-like right (L1EM:20370716); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLal 3 1 neuron left (L1EM:17732085) [VFB_00102fho]

offPVL09 upstream_left, ascending_hairbrush, To Finish, DPlal1-3_ant_l akira, potential DPLal 3 1 pair, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, DPLal1-3 L, IPL/M, #4T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL/M, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, IPLMall L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, mw 18500915 us partners, stable, mw ds-vPNs, mw LHN, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw visual 3rd_order, mw noci 3rd_order, mw LHN-vPN, mw dSEZ-feedback-2hop 2022-03-15, downFB, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop integrative 2022-11-03, mw 19880740 downstream partners, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; DPLal 3 1 neuron left (L1EM:17732085); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLal 3 1 neuron right (L1EM:8698941) [VFB_00102erf]

WB_DPLal123 R, *DPLal1-3_r akira, DPLal1-3 med, connect to locked, connect to locked MBE20, downstream of mPN, unpaired ds visual PNs >= 5, unpaired putative LHN, potential DPLal 3 1 pair, DPlal1-3_med_r akira, mw brain neurons, mw brain neurons + SU, DPLal1-3 R, mw brain inventory, mw draft complete, mw right, DPLal1-3 m R, IPL/M, mw axon split complete, mw brain neurons split, #4, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL/M, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, IPL/Mall, IPLMall, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, mw 18500915 us partners, stable, mw ds-vPNs, mw LHN, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw visual 3rd_order, mw noci 3rd_order, mw LHN-vPN, mw dSEZ-feedback-2hop 2022-03-15, downFB, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop integrative 2022-11-03, mw 19880740 downstream partners, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [DPLal 3 1 neuron right (L1EM:8698941); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPlal bilateral 1 right (L1EM:15638932) [VFB_00102f5w]

WB_DPLal123 R, *DPLal1-3_r akira, DPLal1-3 ant, DPlal1-3_ant_r akira, downstream of mPN iACT A2 right, frag, ASB Right PN-LH Input, connect to locked MBE20, ASB downstream of right mPNs, li temp upn downstream all non local, upstream PL, mw brain neurons, mw brain neurons + SU, DPLal1-3 R, mw brain inventory, mw draft complete, mw right, DPLal1-3 a R, IPL/M com, mw axon split complete, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPL/M com, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, IPL/Mall, IPLMall, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw bilateral axon partially asymmetrical neurons, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [DPlal bilateral 1 right (L1EM:15638932); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPlal crinkled 1 left (L1EM:5671303) [VFB_00102emb]

WB_DPLal123 L, DPlal1-3_ant_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, DPLal1-3 L, mw axon split complete, IPL/M, mw brain neurons split, #8T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL/M, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, IPLMall L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 5745110 us partners, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw noci 4th_order, mw mechano-Ch 4th_order, sw;idev5, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DPlal crinkled 1 left (L1EM:5671303); VFB CATMAID L1 CNS]

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DPlal crinkled 1 right; DPLal 2 1 neuron 8696920 (L1EM:8696919) [VFB_00102erd]

Cluster of MBE4s, left gap helpers, Gap Helper, DPLal1-3 lat, DPlal1-3_lat_r akira, mw brain neurons, mw brain neurons + SU, DPLal1-3 R, mw brain inventory, mw draft complete, mw right, DPLal1-3 l R, IPL/M, mw axon split complete, mw brain neurons split, #8, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL/M, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, IPL/Mall, IPLMall, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 5745110 us partners, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw noci 4th_order, mw mechano-Ch 4th_order, sw;idev5, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; DPlal crinkled 1 right; DPLal 2 1 neuron 8696920 (L1EM:8696919); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPlal crinkled 2 left (L1EM:16851718) [VFB_00102faz]

DPlal1-3_ant_l akira, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, UNI, DPLal1-3 L, #2T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 4966994 upstream partners, mw 9870483 upstream partners, mw 10964258 downstream partners, mw 16753901 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw proprio 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 92_level-7_clusterID-129_signal-flow_-1.575, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [DPlal crinkled 2 left (L1EM:16851718); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPlal crinkled 2 right (L1EM:9097065) [VFB_00102ess]

Akira to Volker, ALBERT-EXP, mw brain neurons + SU, mw brain inventory, DPLal1-3_r akira, mw draft complete, mw right, mw axon split complete, mw brain neurons split, UNI, DPLal1-3 R, #2, mw colored-matrix-2019-09-12, different entry, mw brain neurons + sensories, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 4966994 upstream partners, mw 9870483 upstream partners, mw 10964258 downstream partners, mw 16753901 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw proprio 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 92_level-7_clusterID-129_signal-flow_-1.575, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; DPlal crinkled 2 right (L1EM:9097065); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPlal Curvy left (L1EM:17360022) [VFB_00102fec]

WB_DPLal123 L, DPlal1-3_lat_l akira, downstream of mPN iACT A2 left, ASB TODO, upstream PL, lost to gap 19399521, Ambigious Fragment, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, DPLal1-3 L, mw axon split complete, UNI, mw brain neurons split, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 14329745 us partners, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, sw;deviant;L, sw;4dev;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, sw;idev5, sw;pairs;L, upFBPBs, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [DPlal Curvy left (L1EM:17360022); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPlal Curvy right (L1EM:9565674) [VFB_00102ets]

Brain, Javier Brain, WB_DPLal123 R, *DPLal1-3_r akira, DPLal1-3 lat, DPlal1-3_lat_r akira, li temp upn downstream all non local, MB2IN19U, mw brain neurons, mw brain neurons + SU, DPLal1-3 R, mw brain inventory, mw draft complete, mw right, DPLal1-3 l R, UNI, mw axon split complete, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 14329745 us partners, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, sw;deviant;R, sw;4dev;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, sw;idev5, sw;pairs;R, upFBPBs, downNO, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; DPlal Curvy right (L1EM:9565674); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPlal ipsilateral 1 left (L1EM:11934261) [VFB_00102eza]

DPlal1-3_ant_l akira, downstream of left uPN, li left uPN everything less than 90% reviewed, except “kc frag”, li temp everything downstream of left upn with 3 synapses combined, li temp left side left, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, DPLal1-3 L, mw axon split complete, IPL/M, mw brain neurons split, #5T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw brain neurons + sensories, IPL/M, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, IPLMall L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 1961182 us partners, mw 17729973 us partners, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;idev5, sw;pairs;L, upFBPBs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 29_level-6_clusterID-67_signal-flow_-0.012, 48_level-7_clusterID-67_signal-flow_-0.012, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DPlal ipsilateral 1 left (L1EM:11934261); VFB CATMAID L1 CNS]

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DPlal ipsilateral 1 right; PVL09 downstream (L1EM:15633329) [VFB_00102f5s]

Larisa PVL09 downstream, det pair, WB_DPLal123 R, *DPLal1-3_r akira, DPLal1-3 lat, DPlal1-3_lat_r akira, frag, ASB TODO, downstream of handlebar-like, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li temp upn downstream all non local, unpaired ds mPNs right >= 5 synapses individual, mw brain neurons, mw brain neurons + SU, DPLal1-3 R, mw brain inventory, mw draft complete, mw right, DPLal1-3 l R, IPL/M, mw axon split complete, mw brain neurons split, #5, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw brain neurons + sensories, IPL/M, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain strahler >2 reviewed, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, IPL/Mall, IPLMall, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 1961182 us partners, mw 17729973 us partners, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;idev5, sw;pairs;R, upFBPBs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 29_level-6_clusterID-67_signal-flow_-0.012, 48_level-7_clusterID-67_signal-flow_-0.012, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; DPlal ipsilateral 1 right; PVL09 downstream (L1EM:15633329)]

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DPlal ipsilateral 2 left (L1EM:17360014) [VFB_00102feb]

WB_DPLal123 L, TO REVIEW, mw brain neurons, mw brain neurons + SU, mw brain inventory, DPLal1-3_l akira, mw left, DPLal1-3 L, mw brain neurons split, DPLal1-3 a L, UNI, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, INGRID REVIEW, #3T, AUTO ascending neurons, mw draft complete, mw brain neurons + sensories, mw brain unpaired checked once, UNI, mw brain matrix, Merged: Neuron 21232803, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, Albert TODO, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw unpaired 2021-04-13, mw review april2021, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DPlal ipsilateral 2 left (L1EM:17360014); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPlal ipsilateral 2 right; BPL with axon around peduncle (L1EM:9698907) [VFB_00102eu5]

I don’t know what this is, Talks to some Tel-likes, Javier Brain, WB_DPLal123 R, *DPLal1-3_r akira, DPLal1-3 lat, DPlal1-3_lat_r akira, mw brain neurons, mw brain neurons + SU, DPLal1-3 R, mw brain inventory, mw draft complete, mw right, DPLal1-3 l R, IPL/M, mw axon split complete, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw brain neurons + sensories, IPL/M, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, IPL/Mall, IPLMall, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, upFBPBs, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DPlal ipsilateral 2 right; BPL with axon around peduncle (L1EM:9698907); VFB CATMAID L1 CNS]

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DPLal medial left -FORCED (L1EM:17732071) [VFB_00102fhm]

mw brain neurons + SU, mw brain inventory, DPLal1-3_l akira, DPlal1-3 todo, mw brain todo, mw left, DPLal1-3 L, DPLal1-3 a L, IPM, AUTO neuron fragments at 1103 gap, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, #4T, less than 150nm length, mw gap severe, mw brain neurons + sensories, mw brain unpaired todo 1-13-20, IPM, SMALL FRAGMENT, mw brain matrix, mw open-ends <80% reviewed, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw brain matrix and A1, mw brain paper all neurons, mw unpaired 2021-04-13, mw review april2021, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw noci 4th_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw ipsilateral axon, mw ipsilateral dendrite, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DPLal medial left -FORCED (L1EM:17732071); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLal medial right (L1EM:18909888) [VFB_00102fkk]

DPLal1-3 R, mw brain neurons + SU, mw brain inventory, DPLal1-3_r akira, mw right, DPLal1-3 l R, IPM, mw axon split complete, mw brain neurons split, #2, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, mw brain unpaired checked once, IPM, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw noci 4th_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, downMBONs, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; DPLal medial right (L1EM:18909888); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPlal outer bilateral 1 left (L1EM:17360038) [VFB_00102fef]

WB_DPLal123 L, DPlal1-3_lat_l akira, hemilateral_pair_17360038_17378483, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, DPLal1-3 L, mw axon split complete, mw brain neurons split, IPL/M com, #4T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPL/M com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, IPLMall L, mw ipsilateral dendrite, mw betweenness_centrality >0.1, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 5745110 ds ipsilateral partners, mw 17165621 ds contralateral partners, stable, mw ad hubs_in, nr Tel-like 10 downstream 1-hop, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integration 2-hop, mw noci 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DPlal outer bilateral 1 left (L1EM:17360038); VFB CATMAID L1 CNS]

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DPlal outer bilateral 1 right (L1EM:17378483) [VFB_00102few]

*DPLal1-3_r akira, DPLal1-3 lat, DPlal1-3_lat_r akira, hemilateral_pair_17360038_17378483, mw brain neurons, mw brain neurons + SU, DPLal1-3 R, mw brain inventory, mw draft complete, mw right, DPLal1-3 l R, IPL/M com, mw axon split complete, mw brain neurons split, #4, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPL/M com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw brain matrix + A1, IPL/Mall, IPLMall, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 5745110 ds ipsilateral partners, mw 17165621 ds contralateral partners, stable, mw ad hubs_in, nr Tel-like 10 downstream 1-hop, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DPlal outer bilateral 1 right (L1EM:17378483); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPlal outer bilateral 2 left (L1EM:8687096) [VFB_00102erc]

DPlal1-3_lat_l akira, connect to locked, connect to locked MBE20, downstream of mPN, ASB downstream of right mPNs, hemilateral_pair_8687096_9643439, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, DPLal1-3 L, IPL/M com, mw colored-matrix-2019-09-12, #7T, mw brain neurons + sensories, mw brain crosses commissure, IPL/M com, mw brain matrix, Merged: Uncertain Continuation, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw ds-pre-dVNC, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, IPLMall L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, mw 15676016 downstream partners, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, sw;8dev;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; DPlal outer bilateral 2 left (L1EM:8687096); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPlal outer bilateral 2 right (L1EM:9643439) [VFB_00102eu4]

BPL, Axon elsewhere, Brain, Javier Brain, DPLal1-3 lat, DPlal1-3_lat_r akira, downstream of mPN, connect to locked, connect to locked MBE20, hemilateral_pair_8687096_9643439, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, mw axon split complete, mw brain neurons split, DPLal1-3 R, IPL/M com, mw colored-matrix-2019-09-12, #7, mw brain neurons + sensories, mw brain crosses commissure, IPL/M com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw brain matrix + A1, IPL/Mall, IPLMall, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, mw 15676016 downstream partners, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, sw;8dev;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [transmission electron microscopy (TEM); DPlal outer bilateral 2 right (L1EM:9643439); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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DPlal simple bilateral 1 right; Tel-like 4? with anterior cell body (L1EM:9241349) [VFB_00102et5]

Brain, Javier Brain, WB_DPLal123 R, *DPLal1-3_r akira, DPLal1-3 med, DPlal1-3_med_r akira, mw brain neurons, mw brain neurons + SU, DPLal1-3 R, mw brain inventory, mw draft complete, mw right, DPLal1-3 m R, VLP com, mw axon split complete, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 10982951 ds ipsilateral partners, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw noci 2nd_order, mw mechano-Ch 2nd_order, mw noci 2nd_order PN-old, mw mechano-Ch 2nd_order PN-old, sw;idev5, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 18_level-6_clusterID-89_signal-flow_0.487, 27_level-7_clusterID-89_signal-flow_0.487, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DPlal simple bilateral 1 right; Tel-like 4? with anterior cell body (L1EM:9241349)]

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DPlal simple bilateral 1? left (L1EM:6633635) [VFB_00102eok]

ASB left, mw brain neurons + SU, mw brain inventory, DPLal1-3_l akira, mw draft complete, mw left, mw axon split complete, mw brain neurons split, DPLal1-3 m L, VLP com, DPLal1-3 L, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 10982951 ds ipsilateral partners, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, mw mechano-Ch 2nd_order, mw noci 2nd_order PN-old, mw mechano-Ch 2nd_order PN-old, sw;idev5, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 18_level-6_clusterID-89_signal-flow_0.487, 27_level-7_clusterID-89_signal-flow_0.487, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DPlal simple bilateral 1? left (L1EM:6633635); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPlal simple bilateral 2 left (L1EM:15676016) [VFB_00102f69]

WB_DPLal123 L, neuron, Fragments 2014-01-18 14:57, ASB left, DPlal1-3_ant_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, DPLal1-3 L, mw axon split complete, VLP com, DPLal1-3 a L, mw brain neurons split, #1T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw check cool bi, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw partner loops, mw 15676016 upstream partners, mw 15676016 downstream partners, PL-7, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DPlal simple bilateral 2 left (L1EM:15676016); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPlal simple bilateral 2 right (L1EM:3058132) [VFB_00102eip]

Something is wrong, follows itself, WB_DPLal123 R, neuron, *DPLal1-3_r akira, DPLal1-3 ant, DPlal1-3_ant_r akira, mw brain neurons, mw brain neurons + SU, DPLal1-3 R, mw brain inventory, mw draft complete, mw right, DPLal1-3 a R, VLP com, mw axon split complete, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw partner loops, mw 15676016 upstream partners, mw 15676016 downstream partners, PL-7, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [DPlal simple bilateral 2 right (L1EM:3058132); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPlal simple bilateral 3 left (L1EM:10714526) [VFB_00102ewa]

mw brain inventory, mw brain neurons, mw brain neurons + SU, DPLal1-3_l akira, mw draft complete, mw left, mw axon split complete, mw brain neurons split, DPLal1-3 L, VLP com, #6T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; DPlal simple bilateral 3 left (L1EM:10714526); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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DPlal simple bilateral 3 right; BPL to lateral bilateral right (L1EM:2911847) [VFB_00102eia]

neuron, WB_DPLal123 R, *DPLal1-3_r akira, DPLal1-3 med, DPlal1-3_med_r akira, mw brain neurons, mw brain neurons + SU, DPLal1-3 R, mw brain inventory, mw draft complete, mw right, DPLal1-3 m R, VLP com, mw axon split complete, mw brain neurons split, #6, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [EM L1 Winding, Pedigo et al., 2023; DPlal simple bilateral 3 right; BPL to lateral bilateral right (L1EM:2911847); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPlal simple bilateral 4 left (L1EM:17360030) [VFB_00102fed]

WB_DPLal123 L, DPlal1-3_ant_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, DPLal1-3 L, mw axon split complete, VLP com, DPLal1-3 a L, mw brain neurons split, #7T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw mechano-Ch 3rd_order, sw;idev2, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; DPlal simple bilateral 4 left (L1EM:17360030); CC-BY_4.0; VFB CATMAID L1 CNS]

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DPlal simple bilateral 4 right (L1EM:15636411) [VFB_00102f5t]

*DPLal1-3_r akira, DPLal1-3 lat, DPlal1-3_lat_r akira, mw brain neurons, mw brain neurons + SU, DPLal1-3 R, mw brain inventory, mw draft complete, mw right, DPLal1-3 l R, VLP com, mw axon split complete, mw brain neurons split, #7, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw mechano-Ch 3rd_order, sw;idev2, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DPlal simple bilateral 4 right (L1EM:15636411); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPlal simple bilateral 5 left (L1EM:17360070) [VFB_00102feh]

WB_DPLal123 L, DPlal1-3_ant_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, DPLal1-3 L, mw axon split complete, VLP com, DPLal1-3 a L, mw brain neurons split, #5T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw mechano-Ch 3rd_order, sw;pairs;L, mw dSEZ-feedback-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 19_level-7_clusterID-150_signal-flow_0.684, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DPlal simple bilateral 5 left (L1EM:17360070)]

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DPlal simple bilateral 5 right; DPLal 2 R (L1EM:15656826) [VFB_00102f61]

DPLal R, WB_DPLal123 R, *DPLal1-3_r akira, DPLal1-3 ant, DPlal1-3_ant_r akira, ASB right, mw brain neurons, mw brain neurons + SU, DPLal1-3 R, mw brain inventory, mw draft complete, mw right, DPLal1-3 a R, VLP com, mw axon split complete, mw brain neurons split, #5, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw brain neurons + sensories, mw brain unpaired checked once, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw mechano-Ch 3rd_order, sw;pairs;R, mw dSEZ-feedback-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 19_level-7_clusterID-150_signal-flow_0.684, ND_published, ND_all published et al, ctd other, ct other [CC-BY_4.0; transmission electron microscopy (TEM); DPlal simple bilateral 5 right; DPLal 2 R (L1EM:15656826); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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DPlal simple bilateral 6 left (L1EM:17360042) [VFB_00102feg]

WB_DPLal123 L, DPlal1-3_ant_l akira, Akira to Volker, DPLal1-3, Possible SU, to finish, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, DPLal1-3 L, mw axon split complete, VLP com, DPLal1-3 a L, mw brain neurons split, #8T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 12273754 ds ipsilateral partners, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, sw;idev3, sw;pairs;L, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 19_level-7_clusterID-150_signal-flow_0.684, mw mechano-Ch 3rd_order, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DPlal simple bilateral 6 left (L1EM:17360042); VFB CATMAID L1 CNS]

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DPlal simple bilateral 6 right (L1EM:15656223) [VFB_00102f60]

WB_DPLal123 R, *DPLal1-3_r akira, DPLal1-3 ant, DPlal1-3_ant_r akira, mw brain neurons, mw brain neurons + SU, DPLal1-3 R, mw brain inventory, mw draft complete, mw right, DPLal1-3 a R, VLP com, mw axon split complete, mw brain neurons split, #4, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 12273754 ds ipsilateral partners, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, sw;idev3, sw;pairs;R, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 19_level-7_clusterID-150_signal-flow_0.684, mw mechano-Ch 3rd_order, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; DPlal simple bilateral 6 right (L1EM:15656223); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPlal simple bilateral 7 left (L1EM:15689046) [VFB_00102f6h]

mw brain neurons + SU, mw brain inventory, DPLal1-3_l akira, mw left, mw axon split complete, mw brain neurons split, DPLal1-3 m L, VLP com, DPLal1-3 L, #2T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw draft complete, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 12273754 ds ipsilateral partners, mw 15686444 us partners, stable, mw ad hubs_out, mw ad all_hubs, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, sw;idev4, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 21_level-6_clusterID-69_signal-flow_0.217, 26_level-7_clusterID-124_signal-flow_0.499, mw cascade-5-hop integrative 2022-11-03, mw mechano-Ch 3rd_order, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; DPlal simple bilateral 7 left (L1EM:15689046); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPlal simple bilateral 7 right (L1EM:8979434) [VFB_00102esa]

neuron, *DPLal1-3_r akira, DPLal1-3 med, downstream of handlebar-like, DPlal1-3_med_r akira, mw brain neurons, mw brain neurons + SU, DPLal1-3 R, mw brain inventory, mw draft complete, mw right, DPLal1-3 m R, VLP com, mw axon split complete, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, mw 12273754 ds ipsilateral partners, mw 15686444 us partners, stable, mw ad hubs_out, mw ad all_hubs, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, sw;idev4, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 21_level-6_clusterID-69_signal-flow_0.217, 26_level-7_clusterID-124_signal-flow_0.499, mw cascade-5-hop integrative 2022-11-03, mw mechano-Ch 3rd_order, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DPlal simple bilateral 7 right (L1EM:8979434); VFB CATMAID L1 CNS]

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DPlal simple bilateral 8 left TODO (L1EM:9718223) [VFB_00102eu7]

WB_DPLal123 L, DPlal1-3_ant_l akira, DPLal1-3, Possible SU, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, DPLal1-3 L, mw axon split complete, VLP com, DPLal1-3 a L, mw brain neurons split, #9T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, less than 150nm length, mw brain neurons + sensories, mw brain few synapses, mw brain unpaired checked once, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw brain matrix and A1, mw partially differentiated, mw brain paper all neurons, mw unpaired 2021-04-13, mw pre-dVNC 1%, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw partially differentiated non-KC, sw;idev2, sw;pairs;L, sw;mdev3, sw;mdeviants, mw brain and inputs, mw ipsilateral dendrite, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; DPlal simple bilateral 8 left TODO (L1EM:9718223)]

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DPlal simple bilateral 8 right; Tel-like 7? anterior cell body (L1EM:9856062) [VFB_00102eul]

Javier Brain, Looks weird, I think it;s missing dendrites and the axon is not as clear as I would like it to be, WB_DPLal123 R, *DPLal1-3_r akira, DPLal1-3 ant, DPlal1-3_ant_r akira, mw brain neurons, mw brain neurons + SU, DPLal1-3 R, mw brain inventory, mw draft complete, mw right, DPLal1-3 a R, VLP com, mw axon split complete, mw brain neurons split, #8, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw pre-dVNC 1%, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, sw;idev2, sw;pairs;R, sw;mdev3, sw;mdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DPlal simple bilateral 8 right; Tel-like 7? anterior cell body (L1EM:9856062); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPlal Small 1 left (L1EM:17352824) [VFB_00102fdp]

WB_DPLal123 L, DPlal1-3_lat_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, DPLal1-3 L, mw axon split complete, mw brain neurons split, IPM, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, #1T, mw brain neurons + sensories, IPM, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, sw;pairs;L, check if FB.b, FB.b BAla, FB.b tangential, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DPlal Small 1 left (L1EM:17352824); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPlal Small 1 right (L1EM:13137623) [VFB_00102f19]

DPLal1-3 lat, DPlal1-3_lat_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, mw axon split complete, mw brain neurons split, DPLal1-3 a R, IPM, DPLal1-3 R, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, #3, less than 150nm length, mw brain neurons + sensories, IPM, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, sw;pairs;R, check if FB.b, FB.b BAla, FB.b tangential, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; DPlal Small 1 right (L1EM:13137623); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPlal Small 2 left (L1EM:17360034) [VFB_00102fee]

WB_DPLal123 L, DPlal1-3_ant_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, DPLal1-3 L, mw brain few synapses, IPM, AUTO neuron fragments at 1103 gap, AUTO ascending neurons, mw unpaired 2019-10-09, mw unpaired 2019-10-10, #3T, less than 150nm length, mw brain neurons + sensories, mw axon split complete, IPM, mw partially differentiated, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw ds-pre-dVNC, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw partially differentiated non-KC, sw;pairs;L, mw brain and inputs, ND_published, ND_all published et al [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; DPlal Small 2 left (L1EM:17360034); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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DPlal Small 2 right (L1EM:17378455) [VFB_00102feu]

*DPLal1-3_r akira, DPLal1-3 lat, DPlal1-3_lat_r akira, mw brain neurons, mw brain neurons + SU, DPLal1-3 R, mw brain inventory, mw draft complete, mw right, DPLal1-3 l R, IPM, mw brain few synapses, #1, mw unpaired 2019-10-09, mw unpaired 2019-10-10, less than 150nm length, mw brain neurons + sensories, mw axon split complete, IPM, mw partially differentiated, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw ds-pre-dVNC, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw partially differentiated non-KC, sw;pairs;R, mw brain and inputs, ND_published, ND_all published et al [DPlal Small 2 right (L1EM:17378455); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPlal Small 3 left (L1EM:17732076) [VFB_00102fhn]

DPlal1-3_ant_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw issues, mw left, DPLal1-3 L, mw axon split complete, mw brain neurons split, IPM, mw colored-matrix-2019-09-12, #2T, less than 150nm length, mw brain neurons + sensories, IPM, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw ds-pre-dVNC, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, sw;pairs;L, upFBPBs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; DPlal Small 3 left (L1EM:17732076); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPlal Small 3 right (L1EM:17378475) [VFB_00102fev]

Review first , DPLal1-3 lat, DPlal1-3_lat_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, mw axon split complete, mw brain neurons split, DPLal1-3 a R, IPM, DPLal1-3 R, AUTO ascending neurons, mw colored-matrix-2019-09-12, #4, less than 150nm length, mw brain neurons + sensories, IPM, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw ds-pre-dVNC, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, ND_published, ND_all published et al, ctd other, ct other [DPlal Small 3 right (L1EM:17378475); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPlal1-3_med sparse unpaired left (L1EM:17488886) [VFB_00102ffo]

WB_DPLal123 L, Uncertain Continuation , ASB left, DPlal1-3_med_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, DPLal1-3 L, mw axon split complete, mw brain neurons split, DPLal1-3 a L, UNI, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, INGRID REVIEW, #4T, mw draft complete, mw brain neurons + sensories, mw brain unpaired checked once, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, Upstream CN29, stable, mw brain unreviewed, mw brain open-ends 1, mw noci 3rd_order, mw mechano-Ch 3rd_order, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DPlal1-3_med sparse unpaired left (L1EM:17488886); VFB CATMAID L1 CNS]

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DPLam ASB Mackerel left (L1EM:9351843) [VFB_00102etb]

WB_DPLam L, downstream of left uPN, li left uPN everything less than 90% reviewed, except “kc frag”, mw paired 83, potential pair of ds mPN right >= 5, fragment downstream of uPN, post 2+ 42a or 42b PN in LH, mw brain neurons + SU, mw brain inventory, mw previously complete, DPLam_l akira, mw left, mw axon split complete, mw brain neurons split, IPL VMC, UNI, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, UNI, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-1hop 2022-03-15, sw;pairs;L, upFBPBs, downNO, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [CC-BY_4.0; transmission electron microscopy (TEM); DPLam ASB Mackerel left (L1EM:9351843); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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DPLam ASB Mackerel right (L1EM:17990556) [VFB_00102fj4]

LNM_downstream1_13.05, Larisa PVL09 downstream, det pair, WB_DPLam R, ASB Right PN-LH Input, downstream of mPN, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, li temp upn downstream all non local, mw paired 83, potential paired ds mPNs right >= 5 synapses individual, mw brain neurons + SU, mw brain inventory, mw right, DPLam_r akira, mw draft complete, IPL VMC, mw axon split complete, mw brain neurons split, #1, UNI, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-1hop 2022-03-15, sw;pairs;R, upFBPBs, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; DPLam ASB Mackerel right (L1EM:17990556); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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DPLam hook left (L1EM:16742642) [VFB_00102faq]

WB_DPLam L, downstream of left uPN, li left uPN everything less than 90% reviewed, except “kc frag”, li temp everything downstream of left upn with 3 synapses combined, li temp left side left, mw brain neurons + SU, mw brain inventory, DPLam_l akira, mw draft complete, mw left, mw axon split complete, mw brain neurons split, IPL/M IPA, #4T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL/M IPA, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 9503414 us partners, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, mw interhemispheric integration 3-hop, sw;pairs;L, upFBPBs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 56_level-7_clusterID-184_signal-flow_-0.331, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; DPLam hook left (L1EM:16742642); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLam hook right (L1EM:8546775) [VFB_00102ege]

DPLam_r akira, downstream of mPN iACT A2 right, ASB No Way Out PN-LH, ASB Right PN-LH Input, ASB No Way Out 42b 3, ASB Downstream of Ipsi Bridges Right, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li temp unpaird downstream of right uPN batch 1, Li shared with Laura, unpaired downstream of RIGHT uPNs, mw paired 135, potential paired ds mPNs right >= 5 synapses individual, mw brain neurons, mw brain neurons + SU, DPLam R, mw brain inventory, mw previously complete, mw right, IPL/M IPA, mw axon split complete, mw brain neurons split, #4, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL/M IPA, mw brain matrix, mw brain ipsilateral, Imambocus et al, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, FRAGMENT NO WAY OUT, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 9503414 us partners, stable, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, upFBPBs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 56_level-7_clusterID-184_signal-flow_-0.331, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Imambocus et al., 2022; transmission electron microscopy (TEM); DPLam hook right (L1EM:8546775); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLam neuron left (L1EM:14162492) [VFB_00102egl]

WB_DPLam L, DPLam_l akira, downstream of mPN iACT A2 left, paired with #2854715, left-right NBlast: 0.4369306874152, confirmed paired - 13, Downstream of LEFT uPN with 3 synapses or more to any uPN, potential pairs ds uPNs >= 5, upstream PI, check LHON 5% input aver, LHNs, axoDen mPNs, mLHNs, putative LHN, hemilateral_pair_2854715_14162492, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, all-to-ipc1L, mw axon split complete, mw brain neurons split, IPL/M IPA, #6T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL/M IPA, mw brain matrix, Pankratz pre, mw brain ipsilateral, Imambocus et al, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 9792178 downstream partners, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 56_level-7_clusterID-184_signal-flow_-0.331, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Imambocus et al., 2022; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DPLam neuron left (L1EM:14162492); VFB CATMAID L1 CNS]

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DPLam neuron right (L1EM:2854715) [VFB_00102ei5]

ambiguous fragment, DPLam_r akira, ASB TODO, downstream of handlebar-like, downstream of mPN, ASB Right PN-LH Input, ASB Dense Core, ASB Right uPN-LH Input, ASB Bridges Right Ipsi, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li temp unpaird downstream of right uPN batch 1, Li shared with Laura, unpaired downstream of RIGHT uPNs, li downstream of RIGHT uPN with 3 synapses or more to any uPN, Downstream of RIGHT uPN >= 3 synapses individual, all paired downstream of RIGHT uPN >= 3 synapses, confirmed paired downstream of RIGHT uPN >= 3 synapses individual, li missing paired annotation, unpaired ds mPNs right >= 5 synapses individual, paired with #14162492, left-right NBlast: 0.4369306874152, Downstream of RIGHT uPN with 3 synapses or more to any uPN, confirmed paired - 13, pairs ds uPNs >= 5, potential pairs ds uPNs >= 5, upstream PI, check LHON 5% input aver, LHNs, axoDen mPNs, mLHNs, putative LHN, hemilateral_pair_2854715_14162492, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, mw axon split complete, mw brain neurons split, DPLam R, IPL/M IPA, #6, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL/M IPA, mw brain matrix, Pankratz pre, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 9792178 downstream partners, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 56_level-7_clusterID-184_signal-flow_-0.331, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DPLam neuron right (L1EM:2854715); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLam Talon 1 left (L1EM:2979675) [VFB_00102eih]

WB_DPLam L, DPLam_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, IPL/M, #1T, AUTO ascending neurons at 1112 gap, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL/M, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 29_level-6_clusterID-67_signal-flow_-0.012, 48_level-7_clusterID-67_signal-flow_-0.012, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [DPLam Talon 1 left (L1EM:2979675); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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DPLam Talon 1 right; DALl1 4 (L1EM:7422253) [VFB_00102ep3]

DPLam, DPLam_r akira, ASB Downstream of Ipsi Bridges Right, mw brain neurons, mw brain neurons + SU, DPLam R, mw brain inventory, mw draft complete, mw right, IPL/M, mw axon split complete, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL/M, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 29_level-6_clusterID-67_signal-flow_-0.012, 48_level-7_clusterID-67_signal-flow_-0.012, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DPLam Talon 1 right; DALl1 4 (L1EM:7422253); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLam Talon 2 left (L1EM:8167696) [VFB_00102eq4]

fragments downstream pvl09, WB_DPLam L, ASB left, DPLam_l akira, down pOLP, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, IPL/M, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL/M, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, mw 16686371 us partners, stable, mw 9792178 downstream partners, nr Tel-like 10 downstream 2-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 29_level-6_clusterID-67_signal-flow_-0.012, 48_level-7_clusterID-67_signal-flow_-0.012, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [transmission electron microscopy (TEM); DPLam Talon 2 left (L1EM:8167696); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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DPLam Talon 2 right; DALl1 6 STBA (L1EM:7429933) [VFB_00102ep5]

neuron, DPLam, DPLam_r akira, mw brain neurons, mw brain neurons + SU, DPLam R, mw brain inventory, mw draft complete, mw right, IPL/M, mw axon split complete, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL/M, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, mw 16686371 us partners, stable, mw 9792178 downstream partners, nr Tel-like 10 downstream 2-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 29_level-6_clusterID-67_signal-flow_-0.012, 48_level-7_clusterID-67_signal-flow_-0.012, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DPLam Talon 2 right; DALl1 6 STBA (L1EM:7429933); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLc ant med 1 left? (L1EM:17732426) [VFB_00102fhv]

mw brain neurons + SU, mw brain inventory, DPMl1234 todo, mw left, AUTO ascending neurons at 1112 gap, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, VMC desc, #6, INGRID REVIEW, mw brain neurons + sensories, mw brain todo, mw putative descending, mw brain unpaired checked once, mw brain matrix, mw open-ends <80% reviewed, mw brain unpublished <80% reviewed 2020-04-24, DPMl12_l akira, mw brain ipsilateral, VMC desc, mw brain matrix + A1, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw brain incomplete, stable, mw 8801736 downstream partners, nr Tel-like 10 downstream 2-hop, mw brain unreviewed, DPMl1 L, sw:brain_paired:L, sw;brainpair;L, mw brain very incomplete, sw;pairs;L, mw brain and inputs, mw left incomplete, ND_published, ND_all published et al [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DPLc ant med 1 left? (L1EM:17732426); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLc ant med 1 right (L1EM:12989453) [VFB_00102f0x]

WB_DPLcam R, *DPLc_ant_med_r akira, DPMl34, DPMl34 post, ASB right, DNs akira-2, mw brain neurons, mw brain neurons + SU, mw brain inventory, DPLc todo, mw brain todo, DPMl34_post_r akira, mw right, mw axon split complete, mw brain neurons split, T1 11 Purple, #1, AUTO descending neurons to VNC, AUTO neuron fragments at 1103 gap, AUTO ascending neurons at 1112 gap, mw colored-matrix-2019-09-12, CITv, Avi 122, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, UNI, mw gap severe, mw brain neurons + sensories, mw brain unpaired checked once, mw sink, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, UNI, mw brain matrix + A1, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw brain incomplete, stable, mw 8801736 downstream partners, nr Tel-like 10 downstream 2-hop, mw brain unreviewed, DPMl1 R, sw:brain_paired:R, sw;brainpair;R, mw brain very incomplete, sw;pairs;R, mw brain and inputs, mw right incomplete, ND_published, ND_all published et al [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; DPLc ant med 1 right (L1EM:12989453); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLc PDL_left (L1EM:9436520) [VFB_00102etg]

ASB left, mw brain neurons + SU, mw brain inventory, mw left, DPLc_post_lat_l akira, mw draft complete, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, SMP IPA, DPLc4 L, mw unpaired 2019-10-09, mw unpaired 2019-10-10, #5T, mw brain neurons + sensories, SLP SMP 2, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 9503428 us partners, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, upFBPBs, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 56_level-7_clusterID-184_signal-flow_-0.331, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [DPLc PDL_left (L1EM:9436520); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLc PDL_right (L1EM:20536322) [VFB_00102fm9]

DPLc_post_lat_r akira, downstream of mPN iACT A2 right, ASB downstream of right mPNs, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, DPLc4 R, mw axon split complete, SLP SMP, mw brain neurons split, #5, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw brain neurons + sensories, SLP SMP 1, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw brain matrix + A1, SLPc comp, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 9503428 us partners, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, upFBPBs, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 56_level-7_clusterID-184_signal-flow_-0.331, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; DPLc PDL_right (L1EM:20536322); CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLc post med 1 left (L1EM:16428373) [VFB_00102f8m]

Neuron 17046466 at the gap, fragments downstream pvl09, det pair, ASB left, DPLc_post_med_l akira, DPLc post med 1, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, mw paired 109, potential paired ds mPNs right >= 5 synapses individual, laura to review mPNs, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, mw axon split complete, mw brain neurons split, UNI, DPLc5 p L, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, UNI, mw brain matrix, mw open-ends unpublished, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, stable, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, downMBONs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; DPLc post med 1 left (L1EM:16428373); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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DPLc post med 1 right (L1EM:5369028) [VFB_00102elu]

D, DPLc_post_med_r akira, connect to locked, connect to locked MBE20, downstream of mPN, clb:look_for, DPLc post med 1, mw paired 109, potential pair of ds mPN right >= 5, laura to review mPNs, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, mw axon split complete, mw brain neurons split, UNI, DPLc5 p R, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, UNI, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, downFBPBs, downPB, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DPLc post med 1 right (L1EM:5369028); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLc_ant_lat bilateral left (L1EM:9792178) [VFB_00102eue]

Hugin Inputs, brain local contralateral, MB calyx after gap, Neuron 10549347 small find continuations, WB_DPLc3 L, DPLc_ant_lat_l akira, TODO large microtubule fragment, downstream of mPN iACT A2 left, ASB Right PN-LH Input, downstream of left uPN, li left uPN everything less than 90% reviewed, except “kc frag”, fragment downstream of uPN, upstream PL, hemilateral_pair_2920061_9792178, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, SLP, mw brain neurons split, #1T, mw colored-matrix-2019-09-12, ADCp, mw brain neurons + sensories, mw brain crosses commissure, SLP com, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10018260 ds contralateral partners, stable, mw ds-uPNs, mw LHN-from-uPN, mw partner loops, mw 3820148 upstream partners, mw 9792178 upstream partners, mw 9792178 downstream partners, PL-4, mw brain reviewed <80%, mw brain open-ends 2, DPLc1 L, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw LN, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw brain 3rd_order LN gustatory-external, mw brain 3rd_order LN_io gustatory-external, mw LNs_cohort, mw LNs_noncohort, mw LHN-uPN, sw;pairs;L, sw;mdev4, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LNs, ct LNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; DPLc_ant_lat bilateral left (L1EM:9792178); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLc_ant_lat bilateral right; DN2-1R (ASB TODO A2 11) (L1EM:2920061) [VFB_00102eic]

Brain, downstream to DN1, Dorsal Neurons, DPLc_ant_lat_r akira, downstream of mPN iACT A2 right, ASB TODO A2 11, li temp upn downstream all non local, upstream PL, hemilateral_pair_2920061_9792178, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, mw axon split complete, SLP, mw brain neurons split, #1, mw colored-matrix-2019-09-12, ADCp, mw brain neurons + sensories, mw brain crosses commissure, SLP com, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10018260 ds contralateral partners, stable, mw ds-uPNs, mw LHN-from-uPN, mw partner loops, mw 3820148 upstream partners, mw 9792178 upstream partners, mw 9792178 downstream partners, PL-4, mw brain reviewed <80%, DPLc1 R, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw LN, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw brain 3rd_order LN gustatory-external, mw brain 3rd_order LN_io gustatory-external, mw LNs_cohort, mw LNs_noncohort, mw LHN-uPN, sw;pairs;R, sw;mdev4, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd LNs, ct LNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; DPLc_ant_lat bilateral right; DN2-1R (ASB TODO A2 11) (L1EM:2920061); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLc_post_med contralateral left;A. Dorso-posterior target neuron #2 MB PN (L1EM:4749004) [VFB_00102el4]

DALv2/3 Target Neurons, #2 MB PN target neurons ipsilateral brain hemisphere, Mushroom body non intrinsic left, mw brain neurons + SU, mw brain inventory, DPLc_post_med_l akira, mw draft complete, mw left, mw axon split complete, mw brain neurons split, LAL com, MB AL L, EE, mw colored-matrix-2019-09-12, #8T, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 10964258 downstream partners, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, EE, LAL com*, sw:brain_paired:L, sw;brainpair;L, mw proprio 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 57_level-6_clusterID-72_signal-flow_-1.443, 91_level-7_clusterID-72_signal-flow_-1.443, putative non-intrinsic, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [DPLc_post_med contralateral left;A. Dorso-posterior target neuron #2 MB PN (L1EM:4749004); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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DPLc_post_med contralateral right (L1EM:17323054) [VFB_00102fdb]

DPLc_post_med_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, mw axon split complete, mw brain neurons split, MB AL R, EE, LAL com, #8, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, LAL com posterior, stable, mw 10964258 downstream partners, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, EE, LAL com*, sw:brain_paired:R, sw;brainpair;R, mw proprio 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, mw interhemispheric integration 4-hop, sw;pairs;R, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 57_level-6_clusterID-72_signal-flow_-1.443, 91_level-7_clusterID-72_signal-flow_-1.443, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; DPLc_post_med contralateral right (L1EM:17323054)]

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DPLc4_5_left (PB to LAL) (L1EM:16342197) [VFB_00102f83]

DPLc4 l, WB_DPLc4 L, Pre-DN17-10, mw brain neurons + SU, mw brain inventory, DPMm2_l akira, mw previously complete, mw left, mw axon split complete, mw brain neurons split, IPM/P VMC com, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw open-ends unpublished, mw brain contralateral, IPP VMC com, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw ad hubs_in, mw 8142831 downstream partners, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, mw brain open-ends 3, DPMl2 L, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, mw dSEZ-feedback-2hop 2022-03-15, downFB, bilateral Laura, sw;pairs;L, downFBPBs, downPB, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, check if PB, check if PB.b, PB.d, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 6_level-3_clusterID-13_signal-flow_-0.614, 13_level-4_clusterID-27_signal-flow_-0.716, 27_level-5_clusterID-56_signal-flow_-0.695, 49_level-6_clusterID-102_signal-flow_-0.746, 74_level-7_clusterID-170_signal-flow_-0.721, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DPLc4_5_left (PB to LAL) (L1EM:16342197); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLc4_5_right (PB to LAL) (L1EM:12031406) [VFB_00102ezf]

DPLc4 r, WB_DPLc4 R, DPMm2_r akira, brain downstream of A08s2_a2r, clb:todo, ASB right, clb:soma, clb:joined, clb:todo_A08, Pre-DN17-10, Avi_Matt_Doe neurons, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw right, mw axon split complete, IPM/P VMC com, mw brain neurons split, #3, DPMl1/2 a, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain contralateral, IPP VMC com, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw ad hubs_in, mw 8142831 downstream partners, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, DPMl2 R, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, mw dSEZ-feedback-2hop 2022-03-15, downFB, bilateral Laura, sw;pairs;R, downFBPBs, downPB, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, check if PB, check if PB.b, PB.d, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 6_level-3_clusterID-13_signal-flow_-0.614, 13_level-4_clusterID-27_signal-flow_-0.716, 27_level-5_clusterID-56_signal-flow_-0.695, 49_level-6_clusterID-102_signal-flow_-0.746, 74_level-7_clusterID-170_signal-flow_-0.721, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; DPLc4_5_right (PB to LAL) (L1EM:12031406); CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLd C neuron left (L1EM:2964760) [VFB_00102eif]

WB_DPLam L, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, DPLd_l akira, mw axon split complete, mw draft complete, DPLd L, UNI, IPL VMC, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, UNI, mw dSEZ 2nd_order, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-1hop 2022-03-15, mw dSEZ-feedback-2hop 2022-03-15, sw;idev0, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DPLd C neuron left (L1EM:2964760); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLd C neuron right (L1EM:10855798) [VFB_00102ewo]

WB_DPLam R, DPLd R, mw brain neurons + SU, mw brain inventory, mw right, IPL VMC, mw axon split complete, mw brain neurons split, DPLd_r akira, mw draft complete, UNI, #1, AUTO ascending neurons, mw colored-matrix-2019-09-12, less than 150nm length, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, UNI, mw dSEZ 2nd_order, mw ds-pre-dSEZ, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-1hop 2022-03-15, mw dSEZ-feedback-2hop 2022-03-15, sw;idev0, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [transmission electron microscopy (TEM); DPLd C neuron right (L1EM:10855798); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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DPLl 2 left (L1EM:5484314) [VFB_00102elx]

MB calyx after gap, WB_DPLl L, DPLl_l akira, downstream of mPN iACT A2 left, mw paired 111, pair of ds mPN right >= 5, MB2IN19U, hemilateral_pair_5484314_12746220, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, DPLl1-3 a L, IPL d IPA, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 11782821 ds contralateral partners, stable, mw brain unreviewed, SLP IPA 1, DPLl1-3 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DPLl 2 left (L1EM:5484314); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLl 2 right (L1EM:12746220) [VFB_00102f0o]

WB_DPLl R, DPLl_r akira, ASB right, downstream of mPN iACT A3 right, ASB Right PN-LH Input, connect to locked, connect to locked MBE20, ASB Downstream of Ipsi Bridges Right, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, frag, ASB No Way Out A3 8 small, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, mw paired 111, paired ds mPNs right >= 5 synapses individual, hemilateral_pair_5484314_12746220, mw brain neurons, mw brain neurons + SU, DPLl1-3 a R, mw brain inventory, mw draft complete, mw right, mw axon split complete, IPL d IPA, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 11782821 ds contralateral partners, stable, mw brain unreviewed, DPLl1-3 R, SLP IPA 1, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; DPLl 2 right (L1EM:12746220); CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLl a 1 left (L1EM:16636860) [VFB_00102fa8]

WB_DPLl L, DPLl_l akira, downstream of mPN iACT A2 left, ASB TODO A2 left, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, DPLl1-3 a L, IPL l IPA, AUTO ascending neurons at 1112 gap, #1T, mw colored-matrix-2019-09-12, mw draft complete, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, IP VLP, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, stable, mw brain unreviewed, mw brain open-ends 1, DPLl1-3 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; DPLl a 1 left (L1EM:16636860); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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DPLl a 1 right (L1EM:11623145) [VFB_00102eyk]

DPLl_r akira, downstream of handlebar-like, ASB TODO, ASB Right PN-LH Input, downstream of mPN, connect to locked, connect to locked MBE20, ASB mPN-Dorsal Lobe, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, mw brain neurons, mw brain neurons + SU, DPLl1-3 a R, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, #1, IPL l IPA, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, IP VLP, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain unreviewed, mw brain open-ends 1, DPLl1-3 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; DPLl a 1 right (L1EM:11623145); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLl a 2 left (L1EM:4398543) [VFB_00102ekt]

TODO calyx Kathi, MB calyx after gap, WB_DPLl L, Search for EB, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, unpaired ds mPNs right >= 5 synapses individual, mw paired 161, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, DPLl potential pair, pairs ds visual PNs >= 5, lost to gap 16405259, m reviewed, check LHON 5% input aver, LHNs, axoDen mPNs, axoDen vPNs, mLHNs, vLHNs, putative LHN, DPLl_l akira, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, IPL/A com, DPLl1-3 a L, mw colored-matrix-2019-09-12, #1T, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain contralateral, SLP IPA com, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw CN, mw brain open-ends 3, DPLl1-3 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, sw;pairs;L, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd CNs, ct CNs, ct pre-DN-SEZs [DPLl a 2 left (L1EM:4398543); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLl a 2 right (L1EM:17380092) [VFB_00102ff3]

DPLl_r akira, downstream of handlebar-like, ASB TODO, downstream of mPN, connect to locked, connect to locked MBE20, frag at gap large microtubules, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, unpaired ds mPNs right >= 5 synapses individual, mw paired 161, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, DPLl potential pair, pairs ds visual PNs >= 5, m reviewed, upstream PL, check LHON 5% input aver, LHNs, axoDen mPNs, axoDen vPNs, mLHNs, vLHNs, putative LHN, mw brain neurons, mw brain neurons + SU, DPLl1-3 a R, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, IPL/A com, mw axon split complete, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, Pankratz pre, mw brain contralateral, SLP IPA com, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw CN, mw brain open-ends 3, DPLl1-3 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, sw;pairs;R, downMBONs, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd CNs, ct CNs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DPLl a 2 right (L1EM:17380092); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLl Gnarly left (L1EM:3060480) [VFB_00102eiq]

WB_DPLl L, DPLl_l akira, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, paired with #8065380, left-right NBlast: 0.372598002045814, Downstream of LEFT uPN with 3 synapses or more to any uPN, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, DPLl1-3 a L, IPL l IPA, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, IP VLP, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, DPLl1-3 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, mw cascade-5-hop integrative 2022-11-03, mw mechano-Ch 3rd_order, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; embryonic/larval neuron; embryonic/larval nervous system; is part of; DPLl Gnarly left (L1EM:3060480); L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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DPLl Gnarly right (L1EM:17380080) [VFB_00102ff2]

DPLl_r akira, downstream of handlebar-like, ASB Right PN-LH Input, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, mw brain neurons, mw brain neurons + SU, DPLl1-3 a R, mw brain inventory, mw draft complete, mw right, mw axon split complete, mw brain neurons split, #2, IPL l IPA, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, IP VLP, mw brain matrix + A1, Albert TODO, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, mw brain open-ends 1, DPLl1-3 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, mw cascade-5-hop integrative 2022-11-03, mw mechano-Ch 3rd_order, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [DPLl Gnarly right (L1EM:17380080); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLl i 2(BLDa b 2 pep) left (L1EM:4379603) [VFB_00102ekp]

MB calyx after gap, WB_DPLl2 L, DPLp_l akira, ASB downstream of right mPNs, paired with #8307514, left-right NBlast: 0.57859458397655, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw mixed lineage neurons, mw draft complete, mw left, mw axon split complete, mw brain neurons split, SLP IPL/A, DPLl1-3 i L, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 11782821 ds contralateral partners, stable, mw ds-tPNs, mw LHN, mw brain reviewed <80%, SLP IPA 2, DPLl1-3 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw thermo-cold 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, mw LHN-tPN, sw;pairs;L, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [transmission electron microscopy (TEM); DPLl i 2(BLDa b 2 pep) left (L1EM:4379603); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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DPLl i 2(BLDa b 2 pep) right (L1EM:8307514) [VFB_00102eqh]

BLDa l, Bridge-like, WB_DPLl R, DPLl_r akira, downstream of mPN iACT A2 right, fragment, downstream of mPN iACT A3 right, lh frag, No Way Out, downstream of handlebar-like, ASB Right PN-LH Input, connect to locked, connect to locked MBE20, ASB No Way Out A2 32, ASB mPN-Dorsal Lobe, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, ASB No Way Out A3 14, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, mw paired 79, potential paired ds mPNs right >= 5 synapses individual, paired with #4379603, left-right NBlast: 0.57859458397655, mw brain neurons, mw brain neurons + SU, DPLl1-3 i R, mw brain inventory, mw mixed lineage neurons, mw previously complete, mw right, mw axon split complete, SLP IPL/A, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, Pankratz pre, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 11782821 ds contralateral partners, stable, mw ds-tPNs, mw LHN, DPLl1-3 R, SLP IPA 2, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw thermo-cold 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, mw LHN-tPN, mw interhemispheric integration 2-hop, sw;pairs;R, downMBONs, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [DPLl i 2(BLDa b 2 pep) right (L1EM:8307514); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLl ipsilateral left (L1EM:14451162) [VFB_00102f30]

MB calyx after gap, WB_DPLl L, ASB left, DPLl_l akira, MB2IN19U, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw draft complete, mw axon split complete, mw brain neurons split, DPLl1-3 a L, IPL d IPA, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 17165621 ds ipsilateral partners, stable, mw brain unreviewed, SLP IPA 1, DPLl1-3 L, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 31_level-6_clusterID-113_signal-flow_-0.048, 54_level-7_clusterID-182_signal-flow_-0.290, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; DPLl ipsilateral left (L1EM:14451162); is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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DPLl ipsilateral right (L1EM:17278502) [VFB_00102fd5]

DPLl 3, WB_DPLl R, DPLl_r akira, connect to locked, connect to locked MBE20, downstream of mPN, ASB downstream of right mPNs, MB2IN19U, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, mw draft complete, mw axon split complete, mw brain neurons split, DPLl1-3 a R, IPL d IPA, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 17165621 ds ipsilateral partners, stable, mw brain unreviewed, DPLl1-3 R, SLP IPA 1, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 31_level-6_clusterID-113_signal-flow_-0.048, 54_level-7_clusterID-182_signal-flow_-0.290, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [DPLl ipsilateral right (L1EM:17278502); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLm ant 1 left (L1EM:8639662) [VFB_00102er7]

downstream of left uPN, li left uPN everything less than 90% reviewed, except “kc frag”, li temp everything downstream of left upn with 3 synapses combined, li temp unpaird downstream of left uPN batch 1, li temp left side left, fragment downstream of uPN, paired with #13046354, left-right NBlast: 0.4250489975083, DPLm2_l akira, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, SLP l, AUTO neuron fragments at 1103 gap, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SLPl, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, Merged: , lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, SLPl comp L, mw test matrices, mw 14995061 us partners, stable, mw brain reviewed <80%, mw brain open-ends 2, DPLc3 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [DPLm ant 1 left (L1EM:8639662); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLm ant 1 right (L1EM:13046354) [VFB_00102f15]

DPLm2_r akira, ASB right, ASB Downstream of Ipsi Bridges Right, ASB downstream of right mPNs, ASB No Way Out mPN-LH 9, paired with #8639662, left-right NBlast: 0.4250489975083, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, mw axon split complete, mw brain neurons split, SLP l, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SLPl, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, SLPl comp, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 14995061 us partners, stable, mw brain unreviewed, DPLc3 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [DPLm ant 1 right (L1EM:13046354); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLm ant lat 3 right (L1EM:13049485) [VFB_00102f16]

WB_DPLm R, DPLm2_r akira, ASB right, ASB downstream of right mPNs, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, mw axon split complete, IPL/A, mw brain neurons split, #3, AUTO ascending neurons, AUTO multiple presynapses to brain, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, SLP/SMP IPA, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 15686444 ds ipsilateral partners, stable, mw brain unreviewed, DPLm2 R, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 29_level-6_clusterID-67_signal-flow_-0.012, 48_level-7_clusterID-67_signal-flow_-0.012, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [DPLm ant lat 3 right (L1EM:13049485); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLm ant lat 3? left -gap issue? (L1EM:16096934) [VFB_00102f7c]

neuron, WB_DPLm L, mw brain neurons + SU, mw brain inventory, mw left, AUTO neuron fragments at 1103 gap, IPL/A, #3T, mw unpaired 2019-10-09, SMALL FRAGMENT, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw gap, mw draft complete, mw brain neurons + sensories, mw issues, mw axon split complete, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, DPLm2_l akira, mw brain ipsilateral, SLP/SMP IPA, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 15686444 ds ipsilateral partners, stable, mw brain unreviewed, DPLm2 L, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 29_level-6_clusterID-67_signal-flow_-0.012, 48_level-7_clusterID-67_signal-flow_-0.012, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; DPLm ant lat 3? left -gap issue? (L1EM:16096934); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLm1 contralateral 1 left (L1EM:6011278) [VFB_00102eg9]

MB calyx after gap, downstream of mPN iACT A2 left, ASB Downstream of Ipsi Bridges Right, ASB downstream of right mPNs, Bilateral DS Smash pair, upstream PL, mw brain neurons + SU, mw brain inventory, DPLm1_l akira, mw draft complete, mw left, mw axon split complete, mw brain neurons split, IPL/M IPA com, #1T, mw colored-matrix-2019-09-12, ADCp, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, SLP/SMP IPA com, Imambocus et al, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9503414 us partners, stable, mw 15566333 upstream partners, mw 15566333 downstream partners, mw brain reviewed <80%, DPLm1 L, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, sw;mdev3, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, sw;mdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 56_level-7_clusterID-184_signal-flow_-0.331, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, sw;deviants, sw;deviants strong, ND_published, ND_all published et al, ctd other, ct other [EM L1 Imambocus et al., 2022; DPLm1 contralateral 1 left (L1EM:6011278); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLm1 contralateral 1 right; Bilateral DS Smash (L1EM:9288827) [VFB_00102et7]

Javier Brain, Axon only in one side, DPLm1, DPLm1_r akira, downstream of mPN, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li temp upn downstream all non local, Bilateral DS Smash pair, upstream PL, downstream PL, mw brain neurons, mw brain neurons + SU, SH_T1down, mw brain inventory, mw draft complete, mw right, mw axon split complete, mw brain neurons split, IPL/M IPA com, #1, mw colored-matrix-2019-09-12, ADCp, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, SLP/SMP IPA com, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9503414 us partners, stable, mw 15566333 upstream partners, mw 15566333 downstream partners, mw brain reviewed <80%, DPLm1 R, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, mw interhemispheric integration 3-hop, sw;pairs;R, sw;mdev3, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, sw;mdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 56_level-7_clusterID-184_signal-flow_-0.331, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, sw;deviants, sw;deviants strong, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; DPLm1 contralateral 1 right; Bilateral DS Smash (L1EM:9288827); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLm1 contralateral 2 left (L1EM:9237370) [VFB_00102et2]

ASB left, upstream PI, SH_T1down, mw brain neurons + SU, mw brain inventory, DPLm1_l akira, mw previously complete, mw left, mw axon split complete, mw brain neurons split, IPL/M IPA com, #2T, mw colored-matrix-2019-09-12, ADCp, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, Pankratz pre, mw brain contralateral, SLP/SMP IPA com, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9503414 us partners, stable, mw 15566333 upstream partners, DPLm1 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, sw;pairs;L, sw;mdev3, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, sw;mdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 56_level-7_clusterID-184_signal-flow_-0.331, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, sw;deviants, sw;deviants mild, ND_published, ND_all published et al, ctd other, ct other [transmission electron microscopy (TEM); DPLm1 contralateral 2 left (L1EM:9237370); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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DPLm1 contralateral 2 right; potential RG neuron (L1EM:3726990) [VFB_00102ejd]

DPLm1, DPLm1_r akira, downstream of mPN, connect to locked, connect to locked MBE20, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, Nusreen to correct synapses, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, mw axon split complete, mw brain neurons split, IPL/M IPA com, #2, mw colored-matrix-2019-09-12, ADCp, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, SLP/SMP IPA com, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9503414 us partners, stable, mw 15566333 upstream partners, mw brain reviewed <80%, DPLm1 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, sw;pairs;R, sw;mdev3, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, sw;mdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 56_level-7_clusterID-184_signal-flow_-0.331, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, sw;deviants, sw;deviants mild, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DPLm1 contralateral 2 right; potential RG neuron (L1EM:3726990); VFB CATMAID L1 CNS]

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DPLm2 gnarled left (L1EM:16098538) [VFB_00102f7d]

TODO calyx Kathi, WB_DPLm L, fragment, MB calyx after gap, ASB left, DPLm2_l akira, downstream of mPN iACT A2 left, downstream of left uPN, li temp 10 25 2016 below 1500 nodes all left downstream of all right orn pns, li left uPN everything less than 90% reviewed, except “kc frag”, fragment downstream of uPN, potential pairs OIN3 AF3, m reviewed, AF3 pair, pairs ds visual PNs >= 5, potential pairs ds visual PNs >= 5, upstream PL, minor check LHON 5% input aver, LHNs, axoAxo mPNs, axoDen vPNs, vLHNs, putative LHN, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, SLP, lost to gap 19392630, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, Pankratz pre, mw brain ipsilateral, SLP, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-vPNs, mw LHN, DPLm2 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-vPN, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 9_level-5_clusterID-53_signal-flow_0.718, 16_level-6_clusterID-97_signal-flow_0.534, 28_level-7_clusterID-159_signal-flow_0.421, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DPLm2 gnarled left (L1EM:16098538); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLm2 gnarled right (L1EM:8670503) [VFB_00102erb]

WB_DPLm R, DPLm2_r akira, ASB LH Interneuron, downstream of handlebar-like, ASB Right PN-LH Input, downstream of mPN, ASB mPN-Dorsal Lobe, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li temp upn downstream all non local, ds olfactory mPNs >=5 synapses individual, unpaired ds olfactory mPNs >=5 synapses individual, potential pairs OIN3 AF3, upstream PL, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, mw draft complete, mw issues, mw axon split complete, SLP, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, SLP, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-vPNs, mw LHN, mw brain unreviewed, DPLm2 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-vPN, mw interhemispheric integration 2-hop, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 9_level-5_clusterID-53_signal-flow_0.718, 16_level-6_clusterID-97_signal-flow_0.534, 28_level-7_clusterID-159_signal-flow_0.421, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; DPLm2 gnarled right (L1EM:8670503); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLp_left (L1EM:14450919) [VFB_00102f2z]

WB_DPLl2 L, Check 49a PN-down, ASB left, DPLp_l akira, downstream of left uPN, ASB downstream of right mPNs, li left uPN everything less than 90% reviewed, except “kc frag”, li temp everything downstream of left upn with 3 synapses combined, li temp left side left, fragment, fragment downstream of uPN, paired with #18220289, left-right NBlast: 0.626442343361745, li temp possible pair - 30, Downstream of LEFT uPN with 3 synapses or more to any uPN, pairs ds uPNs >= 5, frag left, Fragment with gap, m reviewed, check LHON 5% input aver, LHNs, axoAxo vPNs, axoDen mPNs, axoDen uPNs, uLHNs, mLHNs, putative LHN, hemilateral_pair_14450919_18220289, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, DPLp1/2 L, SLP IPL/M, AUTO ascending neurons at 1112 gap, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain ipsilateral, SLP IPL/M, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, SLPc comp L, Merged: frag left gap microtubules, mw test matrices, mw 11782821 ds contralateral partners, stable, mw ds-uPNs, mw LHN-from-uPN, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; DPLp_left (L1EM:14450919); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPLp_right (L1EM:18220289) [VFB_00102fjm]

frag, connect to locked, connect to locked MBE20, downstream of mPN, DPLp_r akira, ASB Right uPN-LH Input, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li temp everything downstream of left upn with 3 synapses combined, li downstream of RIGHT uPN with 3 synapses or more to any uPN, Downstream of RIGHT uPN >= 3 synapses individual, all paired downstream of RIGHT uPN >= 3 synapses, confirmed paired downstream of RIGHT uPN >= 3 synapses individual, li missing paired annotation, unpaired ds mPNs right >= 3 synapses individual, paired with #14450919, left-right NBlast: 0.626442343361745, Downstream of RIGHT uPN with 3 synapses or more to any uPN, li temp possible pair - 30, pairs ds uPNs >= 5, check LHON 5% input aver, LHNs, axoAxo vPNs, axoDen mPNs, axoDen uPNs, uLHNs, mLHNs, putative LHN, hemilateral_pair_14450919_18220289, mw brain neurons, mw brain neurons + SU, DPLp1/2 R, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, SLP IPL/M, mw axon split complete, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain ipsilateral, SLP IPL/M, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, SLPc comp, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 11782821 ds contralateral partners, stable, mw ds-uPNs, mw LHN-from-uPN, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, mw interhemispheric integration 2-hop, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DPLp_right (L1EM:18220289)]

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DPM contralateral horseshoe left (L1EM:17354414) [VFB_00102fdt]

DPLc4 l, WB_DPLc4 L, DPMl_ant_dor_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw draft complete, mw mixed lineage neurons, mw brain neurons split, IPM/P VMC com, #1T, DPMl1/2 a, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, AUTO ascending neurons, mw brain neurons + sensories, mw brain crosses commissure, mw preliminary LN, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw mixed axon/dendrite <0.2 segregation index, mw brain contralateral, IPP VMC com, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, Merged: Neuron 21502397, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10875625 ds ipsilateral partners, mw 10875625 ds contralateral partners, mw pre-dVNC 1%, stable, mw brain reviewed <80%, mw brain open-ends 2, DPMl2 L, sw:brain_paired:L, sw;brainpair;L, sw;deviant;L, sw;5dev;L, mw proprio 3rd_order, downFB, bilateral Laura, sw;pairs;L, downFBPBs, downPB, sw;mdev2, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, check if PB, FB.b-neuromodulatory, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DPM contralateral horseshoe left (L1EM:17354414); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPM contralateral horseshoe right (L1EM:3021609) [VFB_00102eim]

DPLc4 r, WB_DPLc4 R, DPMm2_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, mw draft complete, mw mixed lineage neurons, IPM/P VMC com, mw brain neurons split, #1, DPMl1/2 a, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw brain neurons + sensories, mw brain crosses commissure, mw preliminary LN, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw mixed axon/dendrite <0.2 segregation index, mw brain contralateral, IPP VMC com, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10875625 ds ipsilateral partners, mw 10875625 ds contralateral partners, mw pre-dVNC 1%, stable, mw brain reviewed <80%, mw brain open-ends 2, DPMl2 R, sw:brain_paired:R, sw;brainpair;R, sw;deviant;R, sw;5dev;R, mw proprio 3rd_order, sw;pairs;R, downFBPBs, upFBPBs, sw;mdev2, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, check if PB, FB.b-neuromodulatory, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [DPM contralateral horseshoe right (L1EM:3021609); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPM descending left (L1EM:17777031) [VFB_00102fib]

DPMpl12_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, AUTO descending neurons to VNC, AUTO ascending neurons, VMC desc, #4T, Avi 122, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, INGRID REVIEW, mw draft complete, mw brain neurons + sensories, mw dVNC, mw axon split complete, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, VMC desc, mw dSEZ 2nd_order, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw ipsilateral axon, stable, mw brain reviewed <80%, mw brain open-ends 2, DPMl1 L, sw:brain_paired:L, sw;brainpair;L, sw;5dev;L, lv dVNC to T3+A1, lv dVNC to A1, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, mw dVNC to A1, mw dVNC to A1 sens, sw;pairs;L, mw candidate turn, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, Tara, Claire&Tara&Khadija&Max, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, sw;deviants, sw;questions, sw;deviants strong, ND_published, ND_all published et al, sw;check, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; DPM descending left (L1EM:17777031); CC-BY_4.0; VFB CATMAID L1 CNS]

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DPM descending right (L1EM:15672263) [VFB_00102f65]

mw dVNC, mw A1 neurons paired + accessory + dVNCs, mw brain neurons, mw brain neurons + SU, mw brain paper all neurons, mw brain matrix and A1, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain ipsilateral, *DPMpl12_r akira, mw brain neurons split, mw draft complete, mw right, mw brain neurons + sensories, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, sw;5dev;R, lv dVNC to T3+A1, lv dVNC to A1, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, mw dVNC to A1, mw dVNC to A1 sens, sw;pairs;R, mw candidate turn, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, sw;deviants, sw;questions, sw;deviants strong, ND_published, ND_all published et al, sw;check, ctd DN-VNCs, ct DN-VNCs [DPM descending right (L1EM:15672263); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPM descending thin left (L1EM:20556072) [VFB_00102fma]

DPMpl12_l akira, mw brain neurons + SU, mw left, mw draft complete, mw axon split complete, AUTO descending neurons to VNC, VMC desc, #1T, mw colored-matrix-2019-09-12, Avi 122, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, INGRID REVIEW, mw brain neurons + sensories, mw dVNC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, VMC desc, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 8801736 downstream partners, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain reviewed <80%, mw brain open-ends 2, DPMl1 L, sw:brain_paired:L, sw;brainpair;L, YYCWMLEH, CCWA09Input, lv dVNC to T3+A1, lv dVNC to A1, CCWA09input, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, mw dVNC to A1, mw dVNC to A1 mixed, sw;pairs;L, mw candidate turn, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DPM descending thin left (L1EM:20556072); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPM descending thin right; WB_DPMl R (L1EM:17025508) [VFB_00102fc6]

WB_DPMl R, DPMl12_post_r akira, DNs akira-2, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, DPMl1/2 p R, 11 purple, T1 11 Purple, VMC desc, AUTO descending neurons to VNC, AUTO neuron fragments at 1103 gap, #4, CITv, Avi 122, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw draft complete, INGRID REVIEW, mw brain neurons + sensories, mw dVNC, mw axon split complete, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, VMC desc, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 8801736 downstream partners, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain reviewed <80%, mw brain open-ends 2, DPMl1 R, sw:brain_paired:R, sw;brainpair;R, YYCWMLEH, CCWA09Input, lv dVNC to T3+A1, lv dVNC to A1, CCWA09input, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, mw dVNC to A1, mw dVNC to A1 mixed, sw;pairs;R, mw candidate turn, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DPM descending thin right; WB_DPMl R (L1EM:17025508); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPM long neck left (L1EM:8814524) [VFB_00102erv]

LNM_down_octop, mw brain neurons + SU, mw brain inventory, DPMl_ant_dor_l akira, mw left, mw mixed lineage neurons, mw draft complete, mw brain neurons split, #3T, mw colored-matrix-2019-09-12, DPMpm1 L, VLP m, mw brain neurons + sensories, post-post-proprioceptor >5, mw preliminary LN, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw mixed axon/dendrite <0.2 segregation index, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw aa hubs_in, mw 17110024 downstream partners, mw aa all_hubs, mw brain unreviewed, mw brain open-ends 1, LAL VMC, sw:brain_paired:L, sw;brainpair;L, mw proprio 2nd_order, mw proprio 2nd_order PN-old, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, Tara, Claire&Tara&Khadija&Max, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 72_level-7_clusterID-135_signal-flow_-0.692, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DPM long neck left (L1EM:8814524); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPM long neck right (L1EM:17340973) [VFB_00102fdn]

WB_DPMpl1 R, DPMpm1_r akira, ASB right, Columnar neurons akira, Columnar neurons akira-2, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, mw mixed lineage neurons, mw draft complete, mw brain neurons split, #3, AUTO ascending neurons, mw colored-matrix-2019-09-12, VLP m, DPMpm1 R, mw brain neurons + sensories, mw preliminary LN, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw mixed axon/dendrite <0.2 segregation index, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw aa hubs_in, mw 17110024 downstream partners, mw aa all_hubs, mw brain reviewed <80%, LAL VMC, sw:brain_paired:R, sw;brainpair;R, mw proprio 2nd_order, mw proprio 2nd_order PN-old, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 72_level-7_clusterID-135_signal-flow_-0.692, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DPM long neck right (L1EM:17340973); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPM splitter left (L1EM:11073313) [VFB_00102exn]

DPMpl12_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw draft complete, mw mixed lineage neurons, mw brain neurons split, AUTO ascending neurons, mw colored-matrix-2019-09-12, IP desc, #4T, less than 150nm length, mw brain neurons + sensories, mw preliminary LN, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw mixed axon/dendrite <0.2 segregation index, mw brain ipsilateral, IP VMC, mw ds-pre-dVNC, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, mw brain open-ends 1, DPMl1 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, downFB, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 68_level-7_clusterID-122_signal-flow_-0.530, mw check high dendritic OI, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DPM splitter left (L1EM:11073313); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPM splitter right (L1EM:16347476) [VFB_00102f86]

ASB TODO B1 right, mw brain neurons + SU, mw brain inventory, DPMl12_post_r akira, mw right, mw draft complete, mw mixed lineage neurons, mw brain neurons split, AUTO ascending neurons, mw colored-matrix-2019-09-12, IP desc, DPMl1/2 p R, #4, mw brain neurons + sensories, mw preliminary LN, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw mixed axon/dendrite <0.2 segregation index, mw brain ipsilateral, IP VMC, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, DPMl1 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 68_level-7_clusterID-122_signal-flow_-0.530, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; DPM splitter right (L1EM:16347476); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMl a 1 DPPT descending left (L1EM:11217208) [VFB_00102ey0]

DPMl_l, MB2IN19U, mw brain neurons + SU, mw brain inventory, mw left, mw gap, mw draft complete, AUTO descending neurons to SEZ, AUTO ascending neurons, AUTO multiple presynapses to brain, IP desc, #1T, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, UNCERTAIN MERGE, mw brain neurons + sensories, mw dSEZ, mw descending axons need work, mw brain matrix, Merged: Uncertain Merge, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, IP VMC*, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 14073503 ds ipsilateral partners, mw 14073503 ds contralateral partners, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, mw brain open-ends 2, DPMl1 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw enteric 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw thermo-warm 4th_order, mw respiratory 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, sw;idev4, sw;pairs;L, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [DPMl a 1 DPPT descending left (L1EM:11217208); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMl a 1 DPPT descending right (L1EM:5993001) [VFB_00102enq]

DPMl a, WB_DPMl R, DPMl12 pos, DPMl12_post_r akira, MB2IN19U, mw brain neurons, mw brain neurons + SU, DPMl1/2 p R, mw brain inventory, mw right, IP desc, mw gap, mw draft complete, #1, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw brain neurons + sensories, mw descending missing axon, mw dSEZ, mw descending axons need work, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, MB2IN-19up3, mw brain ipsilateral, IP VMC, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw missing axon, mw 14073503 ds ipsilateral partners, mw 14073503 ds contralateral partners, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, mw brain incomplete, DPMl1 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw enteric 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw thermo-warm 4th_order, mw respiratory 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, sw;idev4, sw;pairs;R, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw right incomplete, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; DPMl a 1 DPPT descending right (L1EM:5993001); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMl a 2 DPPT neuron left (L1EM:8391330) [VFB_00102eqq]

Zgroup, ASB left, DPMl_l, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, AUTO ascending neurons, mw colored-matrix-2019-09-12, VMC desc, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, #3T, AUTO descending neurons to VNC, INGRID REVIEW, mw brain neurons + sensories, mw dVNC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, VMC desc*, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, mw brain open-ends 1, DPMl1 L, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integration 4-hop, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw dVNC not to A1, sw;pairs;L, downMBONs, sw;mdev3, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DPMl a 2 DPPT neuron left (L1EM:8391330); VFB CATMAID L1 CNS]

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DPMl a 2 DPPT neuron right (L1EM:5993765) [VFB_00102enr]

DPMl a, downPVL09_left, det pair, WB_DPMl R, DPMl12 pos, DPMl12_post_r akira, mw brain neurons, mw brain neurons + SU, DPMl1/2 p R, mw brain inventory, mw brain todo, mw right, VMC desc, #1, AUTO neuron fragments at 1103 gap, AUTO ascending neurons, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, INGRID REVIEW, mw gap severe, mw brain neurons + sensories, mw dVNC, mw axon split complete, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, VMC desc, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, Albert TODO, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, mw brain open-ends 1, DPMl1 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw dVNC not to A1, sw;pairs;R, sw;mdev3, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, remove FB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw complete me please, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [DPMl a 2 DPPT neuron right (L1EM:5993765); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMl a 3 DPPT left (L1EM:17732311) [VFB_00102fhs]

DPMl_l, mw brain neurons + SU, mw brain inventory, mw left, VMC desc, #3, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, INGRID REVIEW, mw draft complete, mw brain neurons + sensories, mw dVNC, mw axon split complete, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, VMC desc*, mw dSEZ 2nd_order, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain unreviewed, mw brain open-ends 1, DPMl1 L, sw:brain_paired:L, sw;brainpair;L, lv dVNC to T3+A1, mw proprio 3rd_order, mw dVNC not to A1, sw;pairs;L, mw candidate hunch_head-move, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DPMl a 3 DPPT left (L1EM:17732311); VFB CATMAID L1 CNS]

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DPMl a 3 DPPT right (L1EM:5995125) [VFB_00102ens]

DPMl a, WB_DPMl R, DPMl12 pos, DPMl12_post_r akira, mw brain neurons, mw brain neurons + SU, DPMl1/2 p R, mw brain inventory, mw right, VMC desc, #2, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, INGRID REVIEW, mw draft complete, mw brain neurons + sensories, mw dVNC, mw axon split complete, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, VMC desc, mw dSEZ 2nd_order, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain unreviewed, mw brain open-ends 1, DPMl1 R, sw:brain_paired:R, sw;brainpair;R, YYCWMLEH, lv dVNC to T3+A1, mw proprio 3rd_order, mw dVNC not to A1, sw;pairs;R, mw candidate hunch_head-move, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, FB descending, remove FB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DPMl a 3 DPPT right (L1EM:5995125); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMl a 5 left (L1EM:17732737) [VFB_00102fhw]

Fragments 2014-01-18 14:57, DPMl_l, mw brain neurons + SU, mw brain inventory, mw left, AUTO ascending neurons, IPM desc, #1T, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, mw axon split complete, mw dUnk, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, IPP VMC*, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw brain matrix + A1, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw missing axon, mw 15541971 ds ipsilateral partners, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, mw brain open-ends 1, DPMl1 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, sw;pairs;L, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw ipsilateral axon, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [DPMl a 5 left (L1EM:17732737); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMl a 5 right (L1EM:2663649) [VFB_00102ehu]

DPMl a, WB_DPMl R, DPMl12 pos, DPMl12_post_r akira, DNs akira-2, mw brain neurons, mw brain neurons + SU, DPMl1/2 p R, mw brain inventory, mw right, IPM desc, #1, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, mw descending missing axon, mw axon split complete, mw dUnk, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, IPP VMC, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw brain matrix + A1, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw missing axon, mw 15541971 ds ipsilateral partners, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, mw brain incomplete, DPMl1 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, sw;pairs;R, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw right incomplete, mw ipsilateral axon, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DPMl a 5 right (L1EM:2663649)]

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DPMl anterior hook left (L1EM:17067625) [VFB_00102fcd]

DPMl12_l akira, mw brain neurons + SU, mw brain inventory, mw left, DPMl3/4 p L, IPM dppt, #2T, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, mw issues, mw axon split complete, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, IPP DPPT, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 8142831 downstream partners, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 5th_order, mw olfactory 5th_order, mw visual 5th_order, mw noci 5th_order, mw proprio 5th_order, mw thermo-warm 5th_order, mw gustatory-pharyngeal 5th_order, mw mechano-Ch 5th_order, mw dSEZ-feedback-2hop 2022-03-15, mw 17067625 pair, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DPMl anterior hook left (L1EM:17067625); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMl anterior hook right (L1EM:16340011) [VFB_00102f80]

LNM_down_octop, WB_DPLcam R, DPMl34, DPMl34 post, DPMl34_post_r akira, Avi_Matt_Doe neurons, mw brain neurons, mw brain neurons + SU, DPMl3/4 p R, mw brain inventory, mw right, mw axon split complete, IPM dppt, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, IPP DPPT, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 8142831 downstream partners, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 5th_order, mw olfactory 5th_order, mw visual 5th_order, mw noci 5th_order, mw proprio 5th_order, mw thermo-warm 5th_order, mw gustatory-pharyngeal 5th_order, mw mechano-Ch 5th_order, mw dSEZ-feedback-2hop 2022-03-15, downFB, mw 17067625 pair, sw;pairs;R, downFBPBs, downPB, downLAL, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DPMl anterior hook right (L1EM:16340011); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMl contralateral descending left (L1EM:17473163) [VFB_00102ffm]

DPLc2 l, WB_DPLc2 L, ASB left, DPMl_ant_dor_l akira, DNs akira-2, To Finish With Soma, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, T1 15 Beige, DPMm2 L, IP contra desc, T1 14 Burgandy, AUTO descending neurons to VNC, #2T, mw colored-matrix-2019-09-12, Avi 122, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, VLP contra desc, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 15517247 ds ipsilateral partners, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, sw;deviant;L, sw;4dev;L, lv dVNC to T3+A1, mw mechano-Ch 3rd_order, mw dVNC not to A1, sw;pairs;L, mw candidate hunch_head-move, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, Maxime2022, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct pre-DN-SEZs, ct DN-VNCs [DPMl contralateral descending left (L1EM:17473163); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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DPMl contralateral descending right (L1EM:16571210) [VFB_00102f9x]

Interesting descending, DPLc2 r, WB_DPLc2 R, DPMl_ant_dor_r akira, DPMm2 ant dor, descending_to complete, suguru works, Avi_Matt_Doe neurons, avi_Matt_selection, mw brain neurons, mw brain neurons + SU, DPMm2 R, mw brain inventory, mw draft complete, mw right, mw axon split complete, IP contra desc, mw brain neurons split, #2, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Chiasm MBDL, Avi 122, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, VLP contra desc, mw dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 15517247 ds ipsilateral partners, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, sw;deviant;R, sw;4dev;R, lv dVNC to T3+A1, mw mechano-Ch 3rd_order, mw dVNC not to A1, sw;pairs;R, mw candidate hunch_head-move, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct pre-DN-SEZs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; DPMl contralateral descending right (L1EM:16571210); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMl descending ipsi left (L1EM:17732334) [VFB_00102fht]

DPMl_l, mw brain neurons + SU, mw brain inventory, mw left, AUTO ascending neurons, AUTO extends beyond brain, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, IPM desc, #2Tb, mw draft complete, mw brain neurons + sensories, mw dVNC, mw axon split complete, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, IPP VMC*, mw dVNC 2nd_order, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, mw 10411574 downstream partners, nr Tel-like 10 downstream 2-hop, nr Tel-like 10 downstream-dVNCs 2-hop, mw brain unreviewed, DPMl1 L, sw:brain_paired:L, sw;brainpair;L, YYCWMLEH, lv dVNC to T3+A1, lv dVNC to A1, mw noci 3rd_order, mw dVNC not to A1, mw interhemispheric integration 3-hop, sw;pairs;L, mw candidate hunch_head-move, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DPMl descending ipsi left (L1EM:17732334); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMl descending ipsi right (L1EM:16347786) [VFB_00102f87]

WB_DPMl R, Tract references akira, DPPT_r, DPMl12 pos, ASB right, DPMl12_post_r akira, DNs akira-2, mw brain neurons, mw brain neurons + SU, DPMl1/2 p R, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, mw draft complete, T1 11 Purple, VMC desc, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, #3, CITv, Avi 122, SMALL FRAGMENT, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, INGRID REVIEW, mw brain neurons + sensories, mw dVNC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, VMC desc, mw dVNC 2nd_order, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 10411574 downstream partners, nr Tel-like 10 downstream 2-hop, nr Tel-like 10 downstream-dVNCs 2-hop, mw brain reviewed <80%, mw brain open-ends 2, DPMl1 R, sw:brain_paired:R, sw;brainpair;R, lv dVNC to T3+A1, lv dVNC to A1, mw noci 3rd_order, mw dVNC not to A1, dVNCdownstreamCX, sw;pairs;R, mw candidate hunch_head-move, downFBPBs, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [DPMl descending ipsi right (L1EM:16347786); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMl Skis left (L1EM:16676038) [VFB_00102fah]

DPLc1 l, WB_DPLc1 L, MB2IN19U, SH_T1down, mw brain neurons + SU, mw brain inventory, DPMl_ant_ven_l akira, mw previously complete, mw left, DPMm2 L, mw axon split complete, mw brain neurons split, IPA VMC desc, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dSEZ, mw brain matrix, MB2IN-19up3, MB2IN-19up3pair, mw brain ipsilateral, SMC IPA VMC desc, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw noci 4th_order, mw mechano-Ch 4th_order, sw;pairs;L, upFBPBs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct pre-DN-VNCs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; DPMl Skis left (L1EM:16676038); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMl Sloppy left (L1EM:17321919) [VFB_00102fda]

DPMl_ant_dor_l akira, DNs akira-2, MB2IN19U, mw brain neurons, mw brain neurons + SU, fragment_SH, SH_T1down, mw brain inventory, mw draft complete, mw left, 0427 todolist, mw axon split complete, mw brain neurons split, DPMm2 L, IPA bilat desc, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dSEZ, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, IPA bilat desc, mw dSEZ 2nd_order, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw mechano-Ch 3rd_order, mw mechano-II/III 3rd_order, sw;pairs;L, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DPMl Sloppy left (L1EM:17321919); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMl Sloppy right (L1EM:4215611) [VFB_00102eki]

ipsigoro lineage, DPLc2 r, WB_DPLc2 R, DPMl_ant_dor_r akira, DPMm2 ant dor, Avi_Matt_Doe neurons, MB2IN19U, mw brain neurons, mw brain neurons + SU, DPMm2 R, SH_T1down, mw brain inventory, mw draft complete, mw right, mw axon split complete, IPA bilat desc, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dSEZ, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, MB2IN-19up3, mw brain contralateral, IPA bilat desc, mw dSEZ 2nd_order, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw mechano-Ch 3rd_order, mw mechano-II/III 3rd_order, sw;pairs;R, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, RGPNs_upstream_AM, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; DPMl Sloppy right (L1EM:4215611); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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DPMl stick left (L1EM:15055590) [VFB_00102f49]

DPMl_l, DNs-17s akira, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw gap, mw draft complete, DPMl12_l akira, AUTO ascending neurons, mw colored-matrix-2019-09-12, IPM desc, #2Ta, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, IPP VMC, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain unreviewed, DPMl1 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw noci 4th_order, mw proprio 4th_order, mw dSEZ-feedback-2hop 2022-03-15, sw;idev5, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DPMl stick left (L1EM:15055590)]

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DPMl stick right (L1EM:14492880) [VFB_00102f33]

WB_DPMl R, DPMl12 pos, ASB right, DPMl12_post_r akira, mw brain neurons, mw brain neurons + SU, DPMl1/2 p R, mw brain inventory, mw previously complete, mw right, mw axon split complete, IPM desc, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw open-ends unpublished, mw brain ipsilateral, IPP VMC, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain open-ends 3, DPMl1 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw noci 4th_order, mw proprio 4th_order, mw dSEZ-feedback-2hop 2022-03-15, sw;idev5, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DPMl stick right (L1EM:14492880); VFB CATMAID L1 CNS]

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DPMl_ant_dor tall left (L1EM:17484564) [VFB_00102ffn]

nadia, pDM Bundle 1, mw brain neurons + SU, mw brain inventory, DPMl_ant_dor_l akira, mw left, mw brain neurons split, mw gap, mw draft complete, mw axon split complete, VMC p, #2T, mw colored-matrix-2019-09-12, VLP m, DPMpm1 L, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 17110024 downstream partners, mw brain unreviewed, LAL VMC, sw:brain_paired:L, sw;brainpair;L, mw proprio 3rd_order, sw;pairs;L, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 56_level-6_clusterID-71_signal-flow_-1.328, 87_level-7_clusterID-128_signal-flow_-1.325, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DPMl_ant_dor tall left (L1EM:17484564); VFB CATMAID L1 CNS]

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DPMl_ant_dor tall right (L1EM:17335266) [VFB_00102fdk]

DPLc2 r, WB_DPLc2 R, DPMl_ant_dor_r akira, DPMm2 ant dor, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, mw axon split complete, VMC p, mw brain neurons split, mw gap, mw draft complete, #2, AUTO ascending neurons, mw colored-matrix-2019-09-12, VLP m, DPMpm1 R, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 17110024 downstream partners, mw brain unreviewed, LAL VMC, sw:brain_paired:R, sw;brainpair;R, mw proprio 3rd_order, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 56_level-6_clusterID-71_signal-flow_-1.328, 87_level-7_clusterID-128_signal-flow_-1.325, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; DPMl_ant_dor tall right (L1EM:17335266); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMl_ant_ven descending 2 left (L1EM:16675987) [VFB_00102fag]

Ipsigoro lineage descending neuron, nadia, pDM Bundle 1, DPLc1 l, WB_DPLc1 L, mw brain neurons + SU, mw brain inventory, DPMl_ant_ven_l akira, mw left, DPMm2 L, mw brain neurons split, VMC p desc, #2T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw draft complete, AUTO ascending neurons, mw axon split complete, mw brain neurons + sensories, mw dVNC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, VMC desc, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, YYCWMLEH, lv dVNC to T3+A1, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, mw dVNC not to A1, sw;pairs;L, mw candidate hunch_head-move, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DPMl_ant_ven descending 2 left (L1EM:16675987); VFB CATMAID L1 CNS]

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DPMl_ant_ven descending 2 right (L1EM:13646473) [VFB_00102f1u]

Ipsigoro lineage descending neuron, ipsigoro lineage, DPLc1 r, WB_DPLc1 R, DPMl_ant_ven_r akira, ASB right, DNs akira-2, mw brain neurons, mw brain neurons + SU, DPMm2 R, mw brain inventory, mw right, mw brain neurons split, T1 11 Purple, #2, mw draft complete, VMC p desc CITv, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw axon split complete, mw brain neurons + sensories, mw dVNC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, VMC desc, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, avinash_new candidate 21, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, lv dVNC to T3+A1, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, mw dVNC not to A1, sw;pairs;R, mw candidate hunch_head-move, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, mw check high dendritic OI, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; DPMl_ant_ven descending 2 right (L1EM:13646473); CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMl_ant_ven descending 3 left (L1EM:17353986) [VFB_00102fdq]

DPLc1 l, WB_DPLc1 L, mw brain neurons + SU, mw brain inventory, DPMl_ant_ven_l akira, DPMl_ant_dor todo, mw left, DPMm2 L, VMC p desc, #1T, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, mw dVNC, mw descending axons need work, NO WAY OUT, mw axon split complete, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, VMC desc, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw dVNC with phenotypes, mw dVNC important, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 8801736 downstream partners, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, lv dVNC to T3+A1, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw proprio 4th_order, mw thermo-warm 4th_order, mw mechano-Ch 4th_order, mw dVNC not to A1, cx descending l1, NO descending, dVNCdownstreamCX, sw;pairs;L, mw candidate hunch_head-move, downNO, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, NO.d, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 86_level-7_clusterID-134_signal-flow_-1.092, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; DPMl_ant_ven descending 3 left (L1EM:17353986); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMl_ant_ven descending 3 right (L1EM:18604097) [VFB_00102fkc]

DPMl_ant_ven_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, DPMm2 R, VMC p desc, AUTO neuron fragments at 1103 gap, AUTO ascending neurons, AUTO multiple presynapses to brain, #1, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, AUTO descending neurons to VNC, mw brain neurons + sensories, mw dVNC, mw descending axons need work, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, VMC desc, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw dVNC with phenotypes, mw dVNC important, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 8801736 downstream partners, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, lv dVNC to T3+A1, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw proprio 4th_order, mw thermo-warm 4th_order, mw mechano-Ch 4th_order, mw dVNC not to A1, NO descending, dVNCdownstreamCX, sw;pairs;R, mw candidate hunch_head-move, dPNOins, downNO, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 86_level-7_clusterID-134_signal-flow_-1.092, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [DPMl_ant_ven descending 3 right (L1EM:18604097); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMl_ant_ven descending left (L1EM:17102002) [VFB_00102fch]

DPLc1 l, WB_DPLc1 L, Pair 2_right, mw brain neurons + SU, mw brain inventory, DPMl_ant_ven_l akira, mw left, mw draft complete, mw axon split complete, mw brain neurons split, DPMm2 L, IPM contra desc, AUTO descending neurons to VNC, #1T, mw colored-matrix-2019-09-12, Avi 122, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, IPP contra desc, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, sw;deviant;L, sw;1dev;L, lv dVNC to T3+A1, mw gustatory-external 3rd_order, mw dVNC not to A1, cx descending l1, FB descending, dVNCdownstreamCX, sw;pairs;L, mw candidate hunch_head-move, downFBPBs, downPB, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; DPMl_ant_ven descending left (L1EM:17102002)]

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DPMl_ant_ven descending right (L1EM:1065967) [VFB_00102eh2]

ASB TODO crossing, DNs akira-2, mw brain neurons + SU, mw brain inventory, mw right, DPMl_ant_ven_r akira, mw draft complete, mw axon split complete, mw brain neurons split, DPMm2 R, IPM contra desc, AUTO descending neurons to VNC, #1, mw colored-matrix-2019-09-12, Avi 122, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, IPP contra desc, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, sw;deviant;R, sw;1dev;R, lv dVNC to T3+A1, mw gustatory-external 3rd_order, mw dVNC not to A1, cx descending l1, FB descending, dVNCdownstreamCX, sw;pairs;R, mw candidate hunch_head-move, downFBPBs, downPB, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, remove FB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DPMl_ant_ven descending right (L1EM:1065967); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMl_ant_ven descending-like left (L1EM:16561660) [VFB_00102f9v]

DPLc1 l, WB_DPLc1 L, DPMpm1_l akira, brain downstream of A08s1_a1r, possibly ADC1_left, clb:blocked, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, DPMm2 L, IPM contra desc, AUTO ascending neurons, #2T, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, mw mixed lineage neurons, mw descending axons need work, mw dVNC, mw brain crosses commissure, mw axon split complete, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, IPP contra desc, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw pre-dVNC, mw partner loops, mw 16561660 upstream partners, mw 16561660 downstream partners, PL-19, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, sw;5dev;L, lv dVNC to T3+A1, lv dVNC to A1, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw gustatory-pharyngeal 4th_order, mw dSEZ-feedback-2hop 2022-03-15, mw dVNC not to A1, mw 20379247 downstream partners, sw;pairs;L, mw candidate hunch_head-move, downFBPBs, downPB, sw;mdev5, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB descending, remove FB.d, PB descending to thorax, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 86_level-7_clusterID-134_signal-flow_-1.092, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct pre-DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DPMl_ant_ven descending-like left (L1EM:16561660); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMl_ant_ven descending-like right (L1EM:13652117) [VFB_00102f1v]

ipsigoro lineage, DPLc1 r, WB_DPLc1 R, DPMl_ant_ven_r akira, ASB right, DNs akira-2, mw brain neurons, mw brain neurons + SU, DPMm2 R, mw brain inventory, mw right, mw draft complete, IPM contra desc, AUTO descending neurons to VNC, AUTO multiple presynapses to brain, #2, Avi 122, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, AUTO ascending neurons, mw brain neurons + sensories, mw dVNC, mw mixed lineage neurons, mw descending axons need work, mw brain crosses commissure, mw axon split complete, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, IPP contra desc, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw pre-dVNC, mw partner loops, mw 16561660 upstream partners, mw 16561660 downstream partners, PL-19, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, sw;5dev;R, lv dVNC to T3+A1, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw gustatory-pharyngeal 4th_order, mw dSEZ-feedback-2hop 2022-03-15, mw dVNC not to A1, mw 20379247 downstream partners, FB descending, dVNCdownstreamCX, sw;pairs;R, mw candidate hunch_head-move, downFBPBs, downPB, sw;mdev5, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, PB.d, PB descending, PB descending to thorax, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 86_level-7_clusterID-134_signal-flow_-1.092, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct pre-DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DPMl_ant_ven descending-like right (L1EM:13652117); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPML1_l (L1EM:14655602) [VFB_00102f3e]

Pre-Mickey-27, ASB left, DPMl_l, DNs-17s akira, mw paired 112, potential pair of ds mPN right >= 5, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, mw axon split complete, mw brain neurons split, DPMl12_l akira, mw mixed lineage neurons, mw colored-matrix-2019-09-12, IP desc, #2T, mw brain neurons + sensories, mw brain matrix, mw open-ends unpublished, mw brain ipsilateral, IP VMC, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 15517247 ds ipsilateral partners, mw 15541971 ds contralateral partners, stable, mw brain open-ends 3, DPMl1 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;idev4, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 79_level-7_clusterID-143_walksort-0.838, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DPML1_l (L1EM:14655602); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPML1_r (L1EM:15672269) [VFB_00102f66]

Pre-Mickey-27, DPMl12 pos, ASB right, DPMl12_post_r akira, ASB TODO A3 right, ASB TODO B1 right, downstream of mPN iACT B1 right, downstream of handlebar-like, ASB Right PN-LH Input, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, ASB No Way Out B1 right 16, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, mw paired 112, potential paired ds mPNs right >= 5 synapses individual, MB2IN19U, mw brain neurons, mw brain neurons + SU, DPMl1/2 p R, mw brain inventory, mw right, mw axon split complete, IP desc, mw brain neurons split, mw draft complete, mw mixed lineage neurons, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain ipsilateral, IP VMC, mw dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 15517247 ds ipsilateral partners, mw 15541971 ds contralateral partners, stable, mw brain open-ends 3, DPMl1 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;idev4, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 79_level-7_clusterID-143_walksort-0.838, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; DPML1_r (L1EM:15672269); CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMl12 ant Left (L1EM:7955278) [VFB_00102epm]

DPMm2_l akira, DPMl12 ant s, DPMl s, SU Neuron - Ingrid, DPMl1/2 s, DPM s, mw brain neurons + SU, mw brain inventory, DPMl1/2 a, IPM/P VMC, AUTO neuron fragments at 1103 gap, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, AUTO multiple presynapses to brain, #1T, AUTO descending neurons to SEZ, mw brain neurons + sensories, mw left, mw dSEZ, mw axon split complete, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, IPP VMC SEZ, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, DPMl2 L, sw:brain_paired:L, sw;brainpair;L, sw;idev2, sw;pairs;L, sw;cdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DPMl12 ant Left (L1EM:7955278); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMl12 ant Right (L1EM:12026822) [VFB_00102ezd]

DPLc4 r, WB_DPLc4 R, DPMm2_r akira, ASB right, Avi_Matt_Doe neurons, mw brain neurons, mw brain neurons + SU, mw brain inventory, DPMm2 todo, mw right, IPM/P VMC, #1, DPMl1/2 a, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, mw dSEZ, mw axon split complete, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, IPP VMC SEZ, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, DPMl2 R, sw:brain_paired:R, sw;brainpair;R, sw;idev2, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DPMl12 ant Right (L1EM:12026822); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMl12 loopy left (L1EM:13818467) [VFB_00102f2b]

ASB left, DPMl_l, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, IP desc, mw colored-matrix-2019-09-12, #3T, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, DPMl12_l akira, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, IP VMC, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 1961182 ds contralateral partners, stable, mw brain unreviewed, DPMl1 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw respiratory 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw dSEZ-feedback-2hop 2022-03-15, downFB, same downstream as NOb, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 79_level-7_clusterID-143_walksort-0.838, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; DPMl12 loopy left (L1EM:13818467); CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMl12 loopy right (L1EM:17813001) [VFB_00102fig]

ASB right, WB_DPMl R, DPMl12_post_r akira, DPMl12 pos, MB2IN19U, mw brain neurons, mw brain neurons + SU, DPMl1/2 p R, mw brain inventory, mw right, IP desc, #3, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, mw axon split complete, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, IP VMC, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 1961182 ds contralateral partners, stable, mw brain unreviewed, mw brain open-ends 1, DPMl1 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw respiratory 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw dSEZ-feedback-2hop 2022-03-15, downFB, sw;pairs;R, downFBPBs, upFBPBs, downPB, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 79_level-7_clusterID-143_walksort-0.838, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DPMl12 loopy right (L1EM:17813001)]

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DPMl12_post descending left (L1EM:17732346) [VFB_00102fhu]

DPMl_l, DALv1 columnar system, DNs akira-2, clb:look_for, DPMl pair, mw brain neurons + SU, mw brain inventory, mw left, mw mixed lineage neurons, mw issues, mw draft complete, mw axon split complete, mw brain neurons split, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, IPM desc, #4T, Avi 122, AUTO descending neurons to SEZ, mw brain neurons + sensories, mw dVNC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, IPP desc, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw pre-dVNC, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain reviewed <80%, mw brain open-ends 2, DPMl1 L, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integration 4-hop, mw gustatory-external 4th_order, mw noci 4th_order, mw proprio 4th_order, mw dSEZ-feedback-2hop 2022-03-15, mw dVNC not to A1, dVNCdownstreamCX, sw;pairs;L, mw candidate hunch_head-move, downPB, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, PB.d, PB descending, PB descending to thorax, UNI*, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop integrative 2022-11-03, mw mechano-Ch 4th_order, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct pre-DN-VNCs, ct DN-VNCs [DPMl12_post descending left (L1EM:17732346); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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DPMl12_post descending right (L1EM:17378648) [VFB_00102fey]

DPMl12 pos, clb:soma, clb:todo, brain downstream of A08s1_a1l, ASB right, DPMl12_post_r akira, Columnar neurons akira-2, DALv1 columnar system, clb:todo_A08, DNs akira-2, clb:look_for, Avi_Matt_Doe neurons, DPMl pair, mw brain neurons, mw brain neurons + SU, DPMl1/2 p R, mw brain inventory, mw right, mw mixed lineage neurons, mw issues, mw draft complete, mw axon split complete, mw brain neurons split, T1 11 Purple, Ingrid Matching, IPM desc, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, #4, CITv, Avi 122, mw brain neurons + sensories, mw dVNC, mw brain matrix, mw open-ends <80% reviewed, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, IPP desc, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw pre-dVNC, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain unreviewed, mw brain open-ends 1, DPMl1 R, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integration 4-hop, YYCWMLEH, lv dVNC to T3+A1, mw gustatory-external 4th_order, mw noci 4th_order, mw proprio 4th_order, mw dSEZ-feedback-2hop 2022-03-15, mw dVNC not to A1, FB descending, dVNCdownstreamCX, sw;pairs;R, mw candidate hunch_head-move, downFBPBs, downPB, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, PB.d, PB descending, PB descending to thorax, UNI, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw complete me please, mw cascade-5-hop integrative 2022-11-03, mw mechano-Ch 4th_order, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct pre-DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DPMl12_post descending right (L1EM:17378648); VFB CATMAID L1 CNS]

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DPMm1 3 (Output of Munin)_left (L1EM:3945756) [VFB_00102ek0]

nadia, DPMm1 r, DPMm1 r diff cells, DPMm1 r diff cells ipsi-quadropod, WB_DPMm1 L, DPMm1_l akira, FB tiled horizontal axons_left, PB_upstream_akira, downstream PI, hemilateral_pair_3945756_8566140, mw brain neurons, mw brain neurons + SU, SH_T1down, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, IP com, AUTO ascending neurons, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, SMP IPP VMC com, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-RGN, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, CX columnar system, stable, CX potential lineges, DPMm1 Laura, mw 16561660 upstream partners, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, PB.b, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, FB.b, Potential FB.b, CX horizontal, mw gustatory-external 4th_order, mw enteric 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, sw;pairs;L, upFBPBs, wrong annotation 2, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB.b horseshoes, FB.b columnar, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 47_level-6_clusterID-110_signal-flow_-0.700, 73_level-7_clusterID-110_signal-flow_-0.700, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; embryonic/larval neuron; embryonic/larval nervous system; is part of; DPMm1 3 (Output of Munin)_left (L1EM:3945756); L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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DPMm1 3 (Output of Munin)_right (L1EM:8566140) [VFB_00102er2]

WB_DPMm1 R, DPMm1 ant lat, DPMm1_r akira, FB tiled horizontal axons, FB tiled horizontal axons_right, ASB Downstream of Ipsi Bridges Right, PB_upstream_akira, hemilateral_pair_3945756_8566140, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, IP com, mw axon split complete, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, SMP IPP VMC com, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-RGN, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, CX columnar system, stable, CX potential lineges, DPMm1 Laura, mw 16561660 upstream partners, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, PB.b, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, FB.b, Potential FB.b, CX horizontal, mw gustatory-external 4th_order, mw enteric 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, sw;pairs;R, downFBPBs, upFBPBs, wrong annotation 2, downPB, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB.b horseshoes, FB.b columnar, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 47_level-6_clusterID-110_signal-flow_-0.700, 73_level-7_clusterID-110_signal-flow_-0.700, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DPMm1 3 (Output of Munin)_right (L1EM:8566140); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMm1 4_left (L1EM:10600188) [VFB_00102ew2]

nadia, DPMm1 r, DPMm1 r diff cells, DPMm1 r wierd parallel neuron, WB_DPMm1 L, DPMm1_l akira, FB tiled horizontal axons_left, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw issues, mw draft complete, mw left, mw axon split complete, mw brain neurons split, IP com, AUTO ascending neurons, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, SMP IPP VMC com, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, CX columnar system, stable, CX potential lineges, DPMm1 Laura, mw ad hubs_out, mw ad all_hubs, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, FB.b, Potential FB.b, CX horizontal, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw proprio 4th_order, mw respiratory 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, sw;pairs;L, upFBPBs, sw;mdev5, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB.b horseshoes, FB.b columnar, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [DPMm1 4_left (L1EM:10600188); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMm1 4_right (L1EM:8571259) [VFB_00102er3]

WB_DPMm1 R, DPMm1 ant lat, DPMm1_r akira, FB tiled horizontal axons, FB tiled horizontal axons_right, downstream of mPN iACT B1 right, ASB Downstream of Ipsi Bridges Right, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw issues, mw draft complete, mw right, IP com, mw axon split complete, mw brain neurons split, #2, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, SMP IPP VMC com, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, CX columnar system, stable, CX potential lineges, DPMm1 Laura, mw ad hubs_out, mw ad all_hubs, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, FB.b, Potential FB.b, CX horizontal, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw proprio 4th_order, mw respiratory 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, sw;pairs;R, sw;mdev5, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB.b horseshoes, FB.b columnar, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DPMm1 4_right (L1EM:8571259); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMm1 FB1_left (L1EM:10583715) [VFB_00102ew0]

nadia, D, DPMm1 r, DPMm1 r diff cells, DPMm1 r diff cells Ballet neuron, WB_DPMm1 L, DPMm1_l akira, FB tiled horizontal axons_left, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, IP com, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, SMP IPP VMC com, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, CX columnar system, mw 14073503 ds contralateral partners, mw 15605301 ds ipsilateral partners, mw 15605301 ds contralateral partners, stable, CX potential lineges, DPMm1 Laura, mw ad hubs_in, mw ad all_hubs, mw brain unreviewed, sw:brain_paired:L, FB.b, sw;brainpair;L, Potential FB.b, CX horizontal, mw enteric 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;pairs;L, upFBPBs, sw;mdev5, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB.b horseshoes, FB.b columnar, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 37_level-6_clusterID-109_signal-flow_-0.400, 66_level-7_clusterID-177_signal-flow_-0.517, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DPMm1 FB1_left (L1EM:10583715); VFB CATMAID L1 CNS]

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DPMm1 FB1_right (L1EM:11306294) [VFB_00102ey9]

DPMm1 l diff cells, DPMm1 l diff cells Ballet neuron, li 2+0, li less than 2/10, WB_DPMm1 R, CX akira, DPMm1 pos, DPMm1_r akira, FB tiled horizontal axons, FB tiled horizontal axons_right, downstream PI, MB2IN19U, mw brain neurons, mw brain neurons + SU, SH_T1down, mw brain inventory, mw draft complete, mw right, IP com, mw axon split complete, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, SMP IPP VMC com, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, CX columnar system, mw 14073503 ds contralateral partners, mw 15605301 ds ipsilateral partners, mw 15605301 ds contralateral partners, stable, CX potential lineges, DPMm1 Laura, mw ad hubs_in, mw ad all_hubs, mw brain unreviewed, sw:brain_paired:R, FB.b, sw;brainpair;R, Potential FB.b, CX horizontal, mw enteric 3rd_order, mw gustatory-pharyngeal 3rd_order, mw interhemispheric integration 3-hop, sw;pairs;R, sw;mdev5, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB.b horseshoes, FB.b columnar, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 37_level-6_clusterID-109_signal-flow_-0.400, 66_level-7_clusterID-177_signal-flow_-0.517, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [DPMm1 FB1_right (L1EM:11306294); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMm1 horseshoe 1 left (L1EM:19268007) [VFB_00102fl5]

DPMm1_l akira, mw brain neurons + SU, mw brain inventory, DPMm1 horseshoe, mw left, mw axon split complete, mw brain neurons split, IP com, DPMm1 L, AUTO ascending neurons, AUTO multiple presynapses to brain, #5T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw draft complete, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, SMP IPP VMC com, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 1961182 ds contralateral partners, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, FB.b, mw gustatory-external 4th_order, mw enteric 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw respiratory 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, downFB, mw interhemispheric integration 3-hop, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, CX columnar system, FB.b horseshoes, FB.b columnar, mw FBN-cluster 79_level-7_clusterID-143_walksort-0.838, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DPMm1 horseshoe 1 left (L1EM:19268007)]

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DPMm1 horseshoe 1 right; DPMm1 FB2_right (L1EM:13411394) [VFB_00102f1n]

d, DPMm1 l diff cells Ballet neuron, WB_DPMm1 R, CX akira, DPMm1 pos, DPMm1_r akira, FB tiled horizontal axons, FB tiled horizontal axons_right, mw brain neurons, mw brain neurons + SU, mw brain inventory, DPMm1 horseshoe, mw right, IP com, mw axon split complete, mw brain neurons split, #6, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, SMP IPP VMC com, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 1961182 ds contralateral partners, stable, mw brain reviewed <80%, CX columnar system, ElizabethLauraCX, sw:brain_paired:R, FB.b, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, Potential FB.b, CX horizontal, mw gustatory-external 4th_order, mw enteric 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw respiratory 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, sw;pairs;R, downLAL, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB.b horseshoes, FB.b columnar, mw FBN-cluster 79_level-7_clusterID-143_walksort-0.838, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DPMm1 horseshoe 1 right; DPMm1 FB2_right (L1EM:13411394); VFB CATMAID L1 CNS]

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DPMm1 horseshoe 2 left (L1EM:10568310) [VFB_00102evz]

nadia, DPMm1 r, DPMm1 r diff cells, DPMm1 r diff cells Ballet neuron, WB_DPMm1 L, ASB left, DPMm1_l akira, FB tiled horizontal axons_left, mw brain neurons, mw brain neurons + SU, mw brain inventory, DPMm1 horseshoe, mw draft complete, mw mixed lineage neurons, mw left, mw axon split complete, mw brain neurons split, IP com, #6T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, SMP IPP VMC com, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 15605301 ds ipsilateral partners, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, FB.b, CX horizontal, mw gustatory-external 4th_order, mw noci 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, sw;pairs;L, downFBMBONs, downMBONs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, CX columnar system, FB.b horseshoes, FB.b columnar, mw FBN-cluster 79_level-7_clusterID-143_walksort-0.838, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; DPMm1 horseshoe 2 left (L1EM:10568310); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMm1 horseshoe 2 right (L1EM:2667980) [VFB_00102ehv]

DPMm1 l, DPMm1 l diff cells, WB_DPMm1 R, fragment 18019565, DPMm1_r akira, mw brain neurons + SU, mw brain inventory, DPMm1 horseshoe, mw right, IP com, mw axon split complete, mw brain neurons split, mw draft complete, #5, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, SMP IPP VMC com, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 15605301 ds ipsilateral partners, stable, mw brain unreviewed, mw brain open-ends 1, CX columnar system, ElizabethLauraCX, sw:brain_paired:R, FB.b, sw;brainpair;R, Potential FB.b, CX horizontal, mw gustatory-external 4th_order, mw noci 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB.b horseshoes, FB.b columnar, mw FBN-cluster 79_level-7_clusterID-143_walksort-0.838, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DPMm1 horseshoe 2 right (L1EM:2667980); VFB CATMAID L1 CNS]

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DPMm1 ipsilateral descending left (L1EM:10728323) [VFB_00102ewc]

nadia, DPMm1 r, DPMm1 r diff cells, DPMm1 r diff cells Zituni, WB_DPMm1 L, mw brain neurons + SU, mw brain inventory, DPMm1_l akira, mw draft complete, mw issues, mw left, mw axon split complete, mw brain neurons split, IP anti ipsi, IP ant ipsi, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, IP VMC, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 10411574 downstream partners, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, CCWA09Input, CX descending, CCWA09input, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, CX columnar system, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, TH-GAL4, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DPMm1 ipsilateral descending left (L1EM:10728323); VFB CATMAID L1 CNS]

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DPMm1 ipsilateral descending right (L1EM:2655798) [VFB_00102ehr]

DPMm1 l diff cells Zituni, WB_DPMm1 R, CX columns akira, DPMm1 ant inter, DPMm1_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw issues, mw right, IP ant ipsi, mw axon split complete, mw brain neurons split, IP anti ipsi, #1, AUTO ascending neurons at 1112 gap, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, IP VMC, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 10411574 downstream partners, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, mw brain open-ends 1, CX columnar system, ElizabethLauraCX, sw:brain_paired:R, sw;brainpair;R, Potential FB.b, CX descending, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, TH-GAL4, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DPMm1 ipsilateral descending right (L1EM:2655798); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMm1 ipsilateral sheet left (L1EM:16937815) [VFB_00102fbi]

DPMm1 r diff cells, nadia, WB_DPMm1 L, ASB left, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw draft complete, DPMm1_l akira, IP post ipsi, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw forClaire possible MB2ONs, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, IP p, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10875625 ds ipsilateral partners, mw 10875625 ds contralateral partners, mw pre-dVNC 1%, stable, mw CN, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw proprio 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw dSEZ-feedback-2hop 2022-03-15, mw interhemispheric integration 3-hop, sw;pairs;L, downMBONs, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd CNs, ct CNs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DPMm1 ipsilateral sheet left (L1EM:16937815); VFB CATMAID L1 CNS]

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DPMm1 ipsilateral sheet right (L1EM:13411525) [VFB_00102f1p]

WB_DPMm1 R, CX akira, DPMm1 pos, DPMm1_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, IP post ipsi, mw axon split complete, mw brain neurons split, mw draft complete, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw forClaire possible MB2ONs, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, IP p, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10875625 ds ipsilateral partners, mw 10875625 ds contralateral partners, mw pre-dVNC 1%, stable, mw CN, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw proprio 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, downMBONs, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd CNs, ct CNs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; DPMm1 ipsilateral sheet right (L1EM:13411525); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMm2 descending left (L1EM:17022668) [VFB_00102fc5]

DPLc4 l, WB_DPLc4 L, brain downstream of A08s2_a2r, clb:todo, clb:soma, clb:joined, DPMm2_l akira, clb:important, clb:todo_A08, li temp 8/8, mw paired 120, potential pair of ds mPN right >= 5, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw gap, mw draft complete, DPMl1/2 a, UNI, AUTO ascending neurons at 1112 gap, #2T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, UNI, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw dVNC important 1st-order upstream, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ad hubs_in, mw pre-dVNC, nr Tel-like 10 downstream 2-hop, nr Tel-like 10 downstream-dVNCs 2-hop, mw ad all_hubs, mw brain unreviewed, mw brain open-ends 1, DPMl2 L, sw:brain_paired:L, sw;brainpair;L, lv dVNC to T3+A1, mw noci 2nd_order, mw dSEZ-feedback-2hop 2022-03-15, mw dVNC not to A1, sw;pairs;L, mw candidate hunch_head-move, downLAL, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 56_level-6_clusterID-71_signal-flow_-1.328, 87_level-7_clusterID-128_signal-flow_-1.325, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct pre-DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DPMm2 descending left (L1EM:17022668); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMm2 descending right (L1EM:12474164) [VFB_00102f0a]

DPLc4 r, WB_DPLc4 R, CX akira, DPMm2_r akira, downstream of mPN iACT B1 right, ASB Right PN-LH Input, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, ASB No Way Out B1 right 1, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, mw paired 120, potential paired ds mPNs right >= 5 synapses individual, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, mw draft complete, mw axon split complete, mw brain neurons split, UNI, AUTO descending neurons to VNC, AUTO ascending neurons, #2, mw colored-matrix-2019-09-12, Avi 122, Avi 122 unpaired, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, UNI, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw dVNC important 1st-order upstream, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ad hubs_in, mw pre-dVNC, nr Tel-like 10 downstream 2-hop, nr Tel-like 10 downstream-dVNCs 2-hop, mw ad all_hubs, mw brain unreviewed, DPMl2 R, sw:brain_paired:R, sw;brainpair;R, lv dVNC to T3+A1, lv dVNC to A1, mw noci 2nd_order, mw dSEZ-feedback-2hop 2022-03-15, mw dVNC not to A1, sw;pairs;R, mw candidate hunch_head-move, downLAL, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 56_level-6_clusterID-71_signal-flow_-1.328, 87_level-7_clusterID-128_signal-flow_-1.325, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct pre-DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DPMm2 descending right (L1EM:12474164); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMpl12 double descending left (L1EM:17776982) [VFB_00102fia]

DPMpl12_l akira, DNs akira-2, MB2IN19U, mw brain neurons, mw brain neurons + SU, SH_T1down, paired with #6554358, mw brain inventory, EH-left_down_pre_MN, mw previously complete, mw left, mw axon split complete, mw brain neurons split, DPMpl1/2 L, IP com desc, #4T, mw colored-matrix-2019-09-12, Chiasm MBDL, mw brain neurons + sensories, mw dSEZ, mw brain crosses commissure, SMP IPA com desc, mw brain matrix, mw brain contralateral, mw dSEZ 2nd_order, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, sw:brain_paired:L, sw;brainpair;L, sw;7dev;L, mw enteric 3rd_order, mw mechano-II/III 3rd_order, sw;pairs;L, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 36_level-6_clusterID-66_signal-flow_-0.397, 83_level-7_clusterID-119_signal-flow_-0.892, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; DPMpl12 double descending left (L1EM:17776982)]

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DPMpl12 double descending right (L1EM:6554358) [VFB_00102eoe]

WB_DPMpl2 R, DPMpl12_r akira, MB2IN19U, mw brain neurons, mw brain neurons + SU, DPMpl1/2 R, paired with # 17776983, mw brain inventory, mw previously complete, mw right, IP com desc, mw axon split complete, mw brain neurons split, #4, mw colored-matrix-2019-09-12, Chiasm MBDL, mw brain neurons + sensories, mw dSEZ, mw brain crosses commissure, SMP IPA com desc, mw brain matrix, MB2IN-19up3, mw brain contralateral, mw dSEZ 2nd_order, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, sw:brain_paired:R, sw;brainpair;R, sw;7dev;R, mw enteric 3rd_order, mw mechano-II/III 3rd_order, sw;pairs;R, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 36_level-6_clusterID-66_signal-flow_-0.397, 83_level-7_clusterID-119_signal-flow_-0.892, RGPNs_upstream_AM, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DPMpl12 double descending right (L1EM:6554358); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMpl12 fork left (L1EM:10382824) [VFB_00102evo]

nadia, DPMpl lat r young cells, WB_DPMpl1 L, DPMpl12_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, DPMpl1/2 L, mw axon split complete, mw brain neurons split, IPP VMC, #4T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw draft complete, mw brain neurons + sensories, IPP LAL, IPP LAL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dVNC 2nd_order, mw brain matrix + A1, mw pre-dVNC 1%, IPPall L, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DPMpl12 fork left (L1EM:10382824); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMpl12 fork right (L1EM:17297936) [VFB_00102fd6]

fragment, WB_DPMpl3 R, clb:soma, clb:todo, brain downstream of A08s1_a1l, ASB right, clb:todo_A08, mw brain neurons + SU, mw brain inventory, DPMpl12_r akira, mw right, mw axon split complete, mw brain neurons split, AUTO ascending neurons, DPMpl1/2 R, IPP VMC, #4, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw draft complete, mw brain neurons + sensories, IPP LAL, IPP LAL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dVNC 2nd_order, mw brain matrix + A1, mw pre-dVNC 1%, IPPall, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; DPMpl12 fork right (L1EM:17297936); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMpl12 Giraffe 1 left (L1EM:4991243) [VFB_00102elf]

GPhN, DPMpl lat r, downstream of GPhN, WB_DPMpl1 L, DPMpl12_l akira, downstream of AN-B2, DSB2A, downstream of SCAN3A, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, TR, mw colored-matrix-2019-09-12, #1T, mw brain neurons + sensories, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, TR, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, DPMl1 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 4_level-7_clusterID-148_signal-flow_1.353, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; DPMpl12 Giraffe 1 left (L1EM:4991243); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMpl12 Giraffe 1 right (L1EM:8227502) [VFB_00102eqa]

something weird going on, GPhN, downstream of GPhN, SIGNIFICANT FRAGMENT, WB_DPMpl3 R, DPMpl12_r akira, downstream of AN-B2, DSB2A, downstream of SCAN3A, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, MN-Sens-Int-2, mw right, mw axon split complete, mw brain neurons split, #1, TR, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dSEZ, mw brain matrix, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, TR, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, DPMl1 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 4_level-7_clusterID-148_signal-flow_1.353, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DPMpl12 Giraffe 1 right (L1EM:8227502); VFB CATMAID L1 CNS]

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DPMpl12 Giraffe 2 right (L1EM:13580849) [VFB_00102f1r]

DPMl b l, GPhN, downstream of GPhN, WB_DPMpl3 R, ASB right, downstream of AN-B2, downstream of AN-B1, DSB2A, downstream of B1 and B2, ASB downstream of right mPNs, ASB No Way Out B2 right 8, downstream of SCAN2A, downstream of SCAN3A, DPMpl12_r akira, mw draft complete, mw brain neurons + SU, mw right, mw axon split complete, TR, mw brain neurons split, T1 8 Cyan, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, #2, AUTO descending neurons to SEZ, mw brain neurons + sensories, mw dSEZ, mw brain matrix, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, TR, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw pre-dSEZ, DPMl1 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw enteric 2nd_order, mw gustatory-pharyngeal 2nd_order, sw;pairs;R, Maxime2022, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 4_level-7_clusterID-148_signal-flow_1.353, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [DPMpl12 Giraffe 2 right (L1EM:13580849); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMpl12 Girraffe 2 left (L1EM:17740547) [VFB_00102fi2]

downstream of AN-B2, DSB2A, DNs akira-2, downstream of SCAN3A, mw brain neurons + SU, mw brain inventory, DPMpl12_l akira, mw draft complete, MN-Sens-Int-2, mw left, mw axon split complete, mw brain neurons split, TR, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, #2T, AUTO descending neurons to SEZ, mw brain neurons + sensories, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, TR, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw pre-dSEZ, mw brain reviewed <80%, mw brain open-ends 2, DPMl1 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw enteric 2nd_order, mw gustatory-pharyngeal 2nd_order, sw;pairs;L, downMBONs, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 4_level-7_clusterID-148_signal-flow_1.353, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; DPMpl12 Girraffe 2 left (L1EM:17740547)]

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DPMpl12 Hook 1 left (L1EM:10473853) [VFB_00102evu]

nadia, DPMpm2 r, DPMpm2 r diff cells, DPMpl12_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, DPMpl1/2 L, IPP VMC, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPP LAL, IPP LAL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, IPPall L, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 8142831 downstream partners, mw 8801736 downstream partners, mw 9594273 upstream partners, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw proprio 4th_order, sw;pairs;L, downPB, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DPMpl12 Hook 1 left (L1EM:10473853); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMpl12 Hook 1 right (L1EM:16355225) [VFB_00102f89]

DPMpl12_r akira, ASB right, DALv1 columnar system, mw brain neurons, mw brain neurons + SU, DPMpl1/2 R, mw brain inventory, mw draft complete, mw right, mw axon split complete, IPP VMC, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPP LAL, IPP LAL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, IPPall, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 8142831 downstream partners, mw 8801736 downstream partners, mw 9594273 upstream partners, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw proprio 4th_order, sw;pairs;R, downPB, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, PB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DPMpl12 Hook 1 right (L1EM:16355225); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMpl12 Hook 2 left (L1EM:11022546) [VFB_00102exh]

nadia, DPMpl lat r, WB_DPMpl1 L, DPMpl12_l akira, VNC to SEZ Incomplete 4 L, sVUMU1All, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw issues, mw draft complete, mw left, DPMpl1/2 L, mw axon split complete, mw brain neurons split, IPP VMC, #3T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw brain neurons + sensories, IPP LAL, IPP LAL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, IPPall L, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 9594273 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, sw;pairs;L, downPB, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [transmission electron microscopy (TEM); DPMpl12 Hook 2 left (L1EM:11022546); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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DPMpl12 Hook 2 right (L1EM:17663944) [VFB_00102fgw]

DPMpl12_r akira, mw brain neurons, mw brain neurons + SU, DPMpl1/2 R, mw brain inventory, mw issues, mw draft complete, mw right, mw axon split complete, IPP VMC, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw brain neurons + sensories, IPP LAL, IPP LAL, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, IPPall, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 9594273 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, sw;pairs;R, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DPMpl12 Hook 2 right (L1EM:17663944); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMpl12 tall 1 left (L1EM:11009492) [VFB_00102exf]

nadia, DPMpm2 r, DPMpm2 r diff cells, WB_CM4 L, WB_DPMpl1 L, WB_DPMpl3 L, DPMpl12_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw mixed axon/dendrite, mw brain neurons split, TR, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, #4T, mw brain neurons + sensories, mw dSEZ, mw preliminary LN, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw MN LN putative, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw mixed axon/dendrite <0.2 segregation index, mw brain ipsilateral, TR, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw mixed axon/dendrite brain and A1, mw unsplittable, mw test matrices, stable, mw brain unreviewed, DPMl1 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, sw;pairs;L, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw check high dendritic OI, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; DPMpl12 tall 1 left (L1EM:11009492); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMpl12 tall 1 right (L1EM:17304269) [VFB_00102fd8]

WB_DPMpm R, ASB right, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, unpaired ds mPNs right >= 5 synapses individual, DPMpl3_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, MN-Sens-Int-2, mw right, TR, mw mixed axon/dendrite, mw brain neurons split, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, #3, mw brain neurons + sensories, mw dSEZ, mw preliminary LN, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw MN LN putative, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw mixed axon/dendrite <0.2 segregation index, mw brain ipsilateral, TR, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw mixed axon/dendrite brain and A1, mw unsplittable, mw test matrices, stable, mw brain unreviewed, DPMl1 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, sw;pairs;R, downMBONs, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw check high dendritic OI, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; DPMpl12 tall 1 right (L1EM:17304269); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMpl12 tall 2 left (L1EM:11007420) [VFB_00102exe]

nadia, DPMpm2 r, DPMpm2 r diff cells, WB_DPMpl3 L, DPMpl12_l akira, downstream of SCAL, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw mixed axon/dendrite, mw brain neurons split, TR, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, #3T, mw brain neurons + sensories, mw dSEZ, mw preliminary LN, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw MN LN putative, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw mixed axon/dendrite <0.2 segregation index, mw brain ipsilateral, TR, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw mixed axon/dendrite brain and A1, mw unsplittable, mw test matrices, stable, mw brain unreviewed, DPMl1 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, sw;pairs;L, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw FBN-cluster 48_level-7_clusterID-170_walksort-0.540, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 17_level-6_clusterID-100_signal-flow_0.497, 22_level-7_clusterID-165_signal-flow_0.653, mw check high dendritic OI, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DPMpl12 tall 2 left (L1EM:11007420)]

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DPMpl12 tall 2 right (L1EM:16884962) [VFB_00102fb8]

BAmd2 v s 5, downstream of SCAL, DPMpl3_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, MN-Sens-Int-2, mw right, TR, mw mixed axon/dendrite, mw brain neurons split, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, #4, mw brain neurons + sensories, mw dSEZ, mw preliminary LN, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw MN LN putative, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw mixed axon/dendrite <0.2 segregation index, mw brain ipsilateral, TR, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw mixed axon/dendrite brain and A1, mw unsplittable, mw test matrices, stable, mw brain unreviewed, DPMl1 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, sw;pairs;R, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw FBN-cluster 48_level-7_clusterID-170_walksort-0.540, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 17_level-6_clusterID-100_signal-flow_0.497, 22_level-7_clusterID-165_signal-flow_0.653, mw check high dendritic OI, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; DPMpl12 tall 2 right (L1EM:16884962); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMpl12 twig left (L1EM:17732291) [VFB_00102fhr]

Gustatory PN, DPMpl12_l akira, downstream of SCAL, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, TR, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, #5T, mw brain neurons + sensories, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw MN LN putative, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, TR, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, DPMl1 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 4_level-7_clusterID-148_signal-flow_1.353, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [DPMpl12 twig left (L1EM:17732291); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMpl12 twig right (L1EM:17659219) [VFB_00102fgu]

DPMpl12_r akira, ASB downstream of right mPNs, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, mw axon split complete, TR, mw brain neurons split, mw colored-matrix-2019-09-12, #5, mw brain neurons + sensories, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw MN LN putative, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, TR, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, DPMl1 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 4_level-7_clusterID-148_signal-flow_1.353, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [DPMpl12 twig right (L1EM:17659219); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMpl3 a 2 left (L1EM:18538744) [VFB_00102fk4]

WB_DPMpl3 L, CM4-dm_l akira, m review, Pre-DN17-22, S4A2,p, DPMpl3_a_2-R, S4A2,p-Simplified, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw mixed lineage neurons, mw left, mw axon split complete, mw brain neurons split, LAL com, AUTO ascending neurons, AUTO multiple presynapses to brain, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL VMC com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 9870483 downstream partners, mw 16753901 upstream partners, mw 16753901 downstream partners, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw proprio 3rd_order, mw respiratory 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, sw;mdev4, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, LAL.b, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [transmission electron microscopy (TEM); DPMpl3 a 2 left (L1EM:18538744); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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DPMpl3 a 2 right (L1EM:11362334) [VFB_00102eye]

WB_DPMpm R, DPMpl3_r akira, ASB right, S4A2,p, DPMpl3_a_2-R, S4A2,p-Simplified, mw brain neurons, mw brain neurons + SU, DPMpl3 R, mw brain inventory, mw complete, mw mixed lineage neurons, mw right, mw axon split complete, mw brain neurons split, #2, LAL com, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL VMC com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 9870483 downstream partners, mw 16753901 upstream partners, mw 16753901 downstream partners, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw proprio 3rd_order, mw respiratory 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, mw interhemispheric integration 4-hop, sw;pairs;R, sw;mdev4, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, LAL.b, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DPMpl3 a 2 right (L1EM:11362334); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMpl3 contralateral left TODO (L1EM:15028907) [VFB_00102f47]

WB_DPMpl3 L, CM4-dm_l akira, ALBERT-EXP, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, mw axon split complete, mw brain neurons split, LAL com, AUTO ascending neurons, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL VMC com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw ad hubs_out, mw 9594273 upstream partners, mw 16345627 upstream partners, mw 17110024 downstream partners, mw ad all_hubs, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw proprio 2nd_order, mw proprio 2nd_order PN-old, sw;pairs;L, sw;mdev4, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, sw;mdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; DPMpl3 contralateral left TODO (L1EM:15028907); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMpl3 contralateral right; DPMpl3 4 MEF ant and comm subGC (L1EM:11362589) [VFB_00102eyf]

WB_DPMpm R, DPMpl3_r akira, ASB right, Pre-DN17-22, ALBERT-EXP, mw brain neurons, mw brain neurons + SU, DPMpl3 R, mw brain inventory, mw complete, mw mixed lineage neurons, mw right, mw axon split complete, mw brain neurons split, #3, LAL com, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL VMC com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw ad hubs_out, mw 9594273 upstream partners, mw 16345627 upstream partners, mw 17110024 downstream partners, mw ad all_hubs, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw proprio 2nd_order, mw proprio 2nd_order PN-old, sw;pairs;R, sw;mdev4, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, sw;mdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; DPMpl3 contralateral right; DPMpl3 4 MEF ant and comm subGC (L1EM:11362589); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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DPMpm1 2_left (L1EM:10792617) [VFB_00102ewk]

nadia, DPMpm1 r diff cells, Neuron 17470063, DPMpm1_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw draft complete, IP VMC com, DPMpm1 L, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPA VMC com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw mechano-II/III 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, downFB, sw;pairs;L, upFBPBs, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, DPMpm1 2, FB.b, FB.b horseshoes, FB.b columnar, CX columnar, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 37_level-6_clusterID-109_signal-flow_-0.400, 66_level-7_clusterID-177_signal-flow_-0.517, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [DPMpm1 2_left (L1EM:10792617); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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DPMpm1 1 DN right (L1EM:8880781) [VFB_00102es1]

axon lost to the gap, Brain, 2666417 might be similar, incomplete, Javier Brain, Interesting descending, no soma, WB_DPMpl1 R, Albert GAP Cross, CX columns akira, DPMpm1_r akira, Columnar neurons akira, Columnar neurons akira-2, mw brain neurons, mw brain neurons + SU, DPMpm1 R, mw brain inventory, mw right, T1 11 Purple, AUTO neuron fragments at 1103 gap, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, AUTO multiple presynapses to brain, VLP m, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, LARGE FRAGMENT - GAP, #1, mw draft complete, AUTO descending neurons to VNC, mw descending axons need work, mw brain neurons + sensories, mw dVNC, mw axon split complete, VLPm, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, mw brain open-ends 1, UNI*, sw:brain_paired:R, sw;brainpair;R, YYCWMLEH, lv dVNC to T3+A1, mw noci 2nd_order, mw dVNC not to A1, sw;idev5, sw;pairs;R, mw candidate hunch_head-move, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DPMpm1 1 DN right (L1EM:8880781); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMpm1 1 DN? left (L1EM:17223685) [VFB_00102fd0]

Fragments 2014-01-18 14:57, mw brain neurons + SU, mw brain inventory, mw left, AUTO neuron fragments at 1103 gap, AUTO ascending neurons, VLP m, DPMpm1 L, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, #1T, mw gap, DPMpm1_l akira, mw draft complete, mw descending axons need work, mw brain neurons + sensories, mw dVNC, mw axon split complete, VLPm, mw brain matrix, mw open-ends <80% reviewed, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, mw brain open-ends 1, UNI*, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, mw dVNC not to A1, sw;idev5, sw;pairs;L, mw candidate hunch_head-move, mw dSEZ-efference-5hop 2022-03-15, sw;cdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw left incomplete, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; DPMpm1 1 DN? left (L1EM:17223685); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMpm1 2_right (L1EM:11278919) [VFB_00102egg]

CX akira, CX columns akira, DPMpm1_r akira, ASB right, FB tiled horizontal axons, FB tiled horizontal axons_right, downstream of mPN iACT B1 right, ASB Downstream of Ipsi Bridges Right, mw brain neurons, mw brain neurons + SU, DPMpm1 R, mw brain inventory, DPMm1 horseshoe, mw draft complete, mw mixed lineage neurons, mw right, IP VMC com, mw axon split complete, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPA VMC com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain strahler >2 reviewed, mw brain contralateral, Imambocus et al, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, CX columnar system, ElizabethLauraCX, sw:brain_paired:R, FB.b, sw;brainpair;R, Potential FB.b, CX horizontal, mw mechano-II/III 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, DPMpm1 2, FB.b horseshoes, FB.b columnar, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 37_level-6_clusterID-109_signal-flow_-0.400, 66_level-7_clusterID-177_signal-flow_-0.517, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Imambocus et al., 2022; transmission electron microscopy (TEM); DPMpm1 2_right (L1EM:11278919); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMpm1 bushy descending left (L1EM:3944626) [VFB_00102eg1]

nadia, DPMpm1 r diff cells, DPMpm1_l akira, Columnar neurons akira, Columnar neurons akira-2, downstream of AN-B2, DSB2A, MB2IN19U, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, mw axon split complete, mw brain neurons split, IP alt VNC, DPMpm1 L, AUTO ascending neurons, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPA VMC desc, mw dSEZ, mw brain matrix, MB2IN-19up3, MB2IN-19up3pair, mw brain ipsilateral, Imambocus et al, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 1961182 ds contralateral partners, stable, mw ad hubs_in, mw ad all_hubs, sw:brain_paired:L, sw;brainpair;L, mw mechano-II/III 2nd_order, mw dSEZ-feedback-2hop 2022-03-15, FB descending, dSEZdownstreamCX, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 65_level-7_clusterID-152_walksort-0.723, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 47_level-6_clusterID-110_signal-flow_-0.700, 73_level-7_clusterID-110_signal-flow_-0.700, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [EM L1 Imambocus et al., 2022; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; DPMpm1 bushy descending left (L1EM:3944626); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMpm1 bushy descending right (L1EM:16195633) [VFB_00102egp]

Oval c, Interesting descending, Descending LH to SOG, WB_DPMpl1 R, DPMpm1_r akira, ASB right, DNs akira-2, MB2IN19U, mw brain neurons, mw brain neurons + SU, DPMpm1 R, SH_T1down, mw brain inventory, mw previously complete, mw right, IP alt VNC, mw axon split complete, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dSEZ, IPA VMC desc, mw brain matrix, MB2IN-19up3, MB2IN-19up3pair, mw brain ipsilateral, Imambocus et al, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 1961182 ds contralateral partners, stable, mw ad hubs_in, mw ad all_hubs, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw mechano-II/III 2nd_order, mw dSEZ-feedback-2hop 2022-03-15, cx descending l1, FB descending, dSEZdownstreamCX, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 65_level-7_clusterID-152_walksort-0.723, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 47_level-6_clusterID-110_signal-flow_-0.700, 73_level-7_clusterID-110_signal-flow_-0.700, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [EM L1 Imambocus et al., 2022; DPMpm1 bushy descending right (L1EM:16195633); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMpm1 horseshoe left (L1EM:10760217) [VFB_00102ewf]

nadia, DPMpm1 r diff cells, DPMpm1_l akira, mw paired 156, potential pair of ds mPN right >= 5, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, IP VMC com, DPMpm1 L, #4T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPA VMC com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 14073503 ds contralateral partners, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, FB.b, CX horizontal, mw gustatory-external 3rd_order, mw olfactory 3rd_order, sw;pairs;L, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, CX columnar system, FB.b horseshoes, FB.b columnar, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [DPMpm1 horseshoe left (L1EM:10760217); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMpm1 horseshoe right (L1EM:2669331) [VFB_00102ehw]

CX akira, DPMpm1_r akira, downstream of mPN iACT B1 right, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, mw paired 156, potential paired ds mPNs right >= 5 synapses individual, mw brain neurons, mw brain neurons + SU, DPMpm1 R, mw brain inventory, mw draft complete, mw right, IP VMC com, mw axon split complete, mw brain neurons split, #4, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPA VMC com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 14073503 ds contralateral partners, stable, mw brain unreviewed, CX columnar system, ElizabethLauraCX, sw:brain_paired:R, FB.b, sw;brainpair;R, Potential FB.b, CX horizontal, mw gustatory-external 3rd_order, mw olfactory 3rd_order, sw;pairs;R, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, FB.b horseshoes, FB.b columnar, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); DPMpm1 horseshoe right (L1EM:2669331); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMpm2 2 left (L1EM:16474159) [VFB_00102f96]

DPMpm2 pair, minor check LHON 5% input aver, potential tPN LHON, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw mixed lineage neurons, mw previously complete, mw left, mw axon split complete, mw brain neurons split, DPMpm2 L, UNI, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, UNI*, mw brain matrix, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *DPMpm2_l akira, DPMpm2 mature, CM4-dm mature right, stable, mw ds-tPNs, mw LHN, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw thermo-cold 3rd_order, mw LHN-tPN, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; DPMpm2 2 left (L1EM:16474159); VFB CATMAID L1 CNS]

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DPMpm2 2 right (L1EM:9291437) [VFB_00102et8]

CX columns akira, DPMpm2_r akira, downstream of mPN iACT A3 right, ASB Right PN-LH Input, li temp upn downstream all non local, DPMpm2 pair, minor check LHON 5% input aver, potential tPN LHON, mw brain neurons, mw brain neurons + SU, DPMpm2 R, mw brain inventory, mw mixed lineage neurons, mw previously complete, mw right, mw axon split complete, UNI, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, UNI, mw brain matrix, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-tPNs, mw LHN, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw thermo-cold 3rd_order, mw LHN-tPN, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; DPMpm2 2 right (L1EM:9291437); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMpm2 small arc left (L1EM:10766722) [VFB_00102ewg]

nadia, CM4 r, CM4 r diff cells, WB_CM4 L, DPMpm2_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw draft complete, mw axon split complete, mw brain neurons split, UNI, DPMpm2 L, #4T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw ds-pre-dVNC, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, ND_published, ND_all published et al, ctd other, ct other [DPMpm2 small arc left (L1EM:10766722); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DPMpm2 small arc right (L1EM:16450562) [VFB_00102f90]

DPMpm2_r akira, downstream of mPN iACT A3 right, connect to locked MBE20, ASB Downstream of Ipsi Bridges Right, li downstream of mPNs everything more than 5 synapses, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, mw brain neurons, mw brain neurons + SU, DPMpm2 R, mw brain inventory, mw right, mw draft complete, mw axon split complete, mw brain neurons split, UNI, #4, mw colored-matrix-2019-09-12, mw brain neurons + sensories, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; DPMpm2 small arc right (L1EM:16450562); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DS noci_sibling_left (L1EM:17927604) [VFB_00102fit]

downstream of mPN iACT A2 left, MB calyx after gap, ASB TODO A2 left, mw brain neurons + SU, mw brain inventory, DPLc_post_lat_l akira, mw draft complete, mw left, mw axon split complete, mw brain neurons split, DPLc4 L, SLP SMP, #3T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw brain neurons + sensories, SLP SMP 1, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, SLPc comp L, mw test matrices, mw 9503414 ds contralateral partners, mw 9503414 us partners, mw 9503428 us partners, mw 15686444 ds ipsilateral partners, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-II/III 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 56_level-7_clusterID-184_signal-flow_-0.331, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; DS noci_sibling_left (L1EM:17927604); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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DS noci_sibling_right (L1EM:11605567) [VFB_00102eyi]

Javier Brain, 42b Search, WB_DPLp R, DPLc_post_lat_r akira, ASB Right PN-LH Input, ASB Right uPN-LH Input, ASB Bridges Right Ipsi, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li downstream of RIGHT uPN with 3 synapses or more to any uPN, li found pair but not symatric, li temp possible pair - 14, Downstream of RIGHT uPN >= 3 synapses individual, all paired downstream of RIGHT uPN >= 3 synapses, possible paired downstream of RIGHT uPN >= 3 synapses, potential paired downstream of RIGHT uPN >= 3 synapses individual, paired with #13395814, left-right NBlast: 0.494368257346219, Downstream of RIGHT uPN with 3 synapses or more to any uPN, li temp possible pair - 35, post 2+ 42a or 42b PN in LH, mw brain neurons, mw brain neurons + SU, DPLc4 R, mw brain inventory, mw previously complete, mw right, mw axon split complete, SLP SMP, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw brain neurons + sensories, SLP SMP 1, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, SLPc comp, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 9503414 ds contralateral partners, mw 9503414 us partners, mw 9503428 us partners, mw 15686444 ds ipsilateral partners, stable, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-II/III 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, upFBPBs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 56_level-7_clusterID-184_signal-flow_-0.331, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; DS noci_sibling_right (L1EM:11605567); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DS_noci_sibling-like_left (L1EM:13395814) [VFB_00102f1l]

MB calyx after gap, ASB left, downstream of mPN iACT A2 left, paired with #11605567, left-right NBlast: 0.494368257346219, mw brain neurons + SU, mw brain inventory, mw left, DPLc4 L, mw axon split complete, mw brain neurons split, SLP SMP, mw draft complete, DPLc_post_lat_l akira, #5T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SLP SMP 1, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, SLPc comp L, mw test matrices, mw 9503428 us partners, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 56_level-7_clusterID-184_signal-flow_-0.331, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; DS_noci_sibling-like_left (L1EM:13395814); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DS_noci_sibling-like_right (L1EM:17756162) [VFB_00102fi6]

downstream of mPN iACT A2 right, ASB right, ASB TODO, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li temp unpaird downstream of right uPN batch 1, Li shared with Laura, unpaired downstream of RIGHT uPNs, li downstream of RIGHT uPN with 3 synapses or more to any uPN, Downstream of RIGHT uPN >= 3 synapses individual, all paired downstream of RIGHT uPN >= 3 synapses, confirmed paired downstream of RIGHT uPN >= 3 synapses individual, Downstream of RIGHT uPN with 3 synapses or more to any uPN, li temp possible pair - 36, post 2+ 42a or 42b PN in LH, DPLc4 R, mw brain neurons + SU, mw brain inventory, mw previously complete, mw right, DPLc_post_lat_r akira, mw axon split complete, SLP SMP, mw brain neurons split, #4, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SLP SMP 1, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, SLPc comp, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 9503428 us partners, stable, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, upFBPBs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 56_level-7_clusterID-184_signal-flow_-0.331, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; DS_noci_sibling-like_right (L1EM:17756162); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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DT1 motor neuron [FBbt_00110277]

Any motor neuron (FBbt:00005123) that synapsed via type Ib bouton to some dorsal transverse muscle (FBbt:00000471). Following Landgraf et al., 1997, larval motor neurons are named according to the muscle they innervate. The same caveats therefore apply regarding inference of serial homology from nomenclature as for the muscles: Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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EL neuron [FBbt_00001572]

Primary interneuron developing from the neuroblast lineage NB3-3 (Schmidt et al., 1997). It is located in the ventrolateral cortex of the ventral nerve cord. It projects ipsilaterally or contralaterally. In each thoracic segment, there is a cluster of around 5 cells, whereas each abdominal one has around 10. EL neurons are characterized by expression of even-skipped (FBgn0000606). Higashijima et al. (1996) also point out that some, if not all, of the EL neurons belong to the EG neurons. May encompass all lineage 8 interneurons based on supplementary table of Mark et al. (2021).

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ellipsoid body primordium [FBbt_00051443]

Primordium of the ellipsoid body in the larval brain (Lovick et al., 2017). An anterior part contains the filopodia of the developing R-neurons (lineage DALv2) and a posterior part is formed by the developing columnar neurons of the central complex (lineages DM1-4) (Lovick et al., 2017). These two parts merge during metamorphosis (Lovick et al., 2017).

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embryonic peripheral glial cell [FBbt_00058154]

Glial cell of the embryonic peripheral nervous system. There are 12 such cells per abdominal hemisegment. They arise in the late embryonic stage 12 or early stage 13 and migrate along the peripheral nerves until the stage 16. They give rise to the perineurial, subperineurial, and wrapping glial cells of the late embryonic and larval peripheral nervous system (von Hilchen et al., 2008; von Hilchen et al., 2013).

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embryonic peripheral glial cell 1 [FBbt_00110104]

Embryonic peripheral glial cell associated with the intersegmental nerve (ISN). It is the most medially located peripheral glial cell, close to the transition zone between the CNS and the PNS (exit area). It develops from neuroblast 1-3 (von Hilchen et al., 2008). The position of the cell body of ePG1 can be variable. It is the most medial cell 63% of the time, but it can also be found at the positions of ePG2 (7%) or ePG3 (31%). This analysis was done using specific cell markers and taking into account which nerve the cell is associated with (von Hilchen et al., 2008).

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embryonic peripheral glial cell 10 [FBbt_00001330]

Embryonic peripheral glial cell associated with the intersegmental nerve (ISN), located at its distal end, laterally to ePG9 (von Hilchen et al., 2008). It develops from a sensory organ precursor cell (Nelson and Laughon, 1993; von Hilchen et al., 2008)). The position of the cell body of ePG10 is fixed: it is found at its position 100% of the time. This analysis was done using specific cell markers and taking into account which nerve the cell is associated with (von Hilchen et al., 2008). Mapping to from the terminology of Klambt and Goodman, 1991, is also from von Hilchen et al., 2008.

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embryonic peripheral glial cell 12 [FBbt_00110115]

Embryonic peripheral glial cell associated with the transverse nerve (TN), anterior to the ISN and lateral to ePG8 (von Hilchen et al., 2008). It develops from a sensory organ precursor cell (Bodmer et al., 1989). The position of the cell body of ePG12 is fixed: it is found at its position 100% of the time. This analysis was done using specific cell markers and taking into account which nerve the cell is associated with (von Hilchen et al., 2008).

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embryonic peripheral glial cell 2 [FBbt_00110105]

Embryonic peripheral glial cell associated with the segmental nerve (SN). It is located in the transition zone between the CNS and the PNS (exit area), laterally to ePG1 and medially to ePG3. It develops from neuroblast 5-6 (von Hilchen et al., 2008). The position of the cell body of ePG2 is variable. It is the middle cell of the exit zone 38% of the time, but it can also be found at the positions of ePG1 (18%) or ePG3 (44%). This analysis was done using specific cell markers and taking into account which nerve the cell is associated with (von Hilchen et al., 2008).

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embryonic peripheral glial cell 3 [FBbt_00110106]

Embryonic peripheral glial cell associated with the intersegmental nerve (ISN). It is the most lateral cell located in the transition zone between the CNS and the PNS (exit area), laterally to ePG2. It develops from neuroblast 1-3 (von Hilchen et al., 2008). The position of the cell body of ePG3 is variable. It is the most lateral cell of the exit zone 46% of the time, but it can also be found at the positions of ePG1 (8%) or ePG2 (46%). This analysis was done using specific cell markers and taking into account which nerve the cell is associated with (von Hilchen et al., 2008).

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embryonic peripheral glial cell 4 [FBbt_00001328]

An embryonic peripheral glial cell located distally to the transition zone between the CNS and the PNS on segmental nerve, near the point where it splits from the intersegmental nerve (ISN). It develops from the same sensory organ precursor cell located in the ventral neuroectoderm as embryonic peripheral glial cell 5 (von Hilchen et al., 2008). The position of the cell body of ePG4 is very stable: it is found at its position 96% of the time. Rarely, it can be found at the position of ePG5 (4%). This analysis was done using specific cell markers and taking into account which nerve the cell is associated with (von Hilchen et al., 2008).

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embryonic peripheral glial cell 5 [FBbt_00110108]

An embryonic peripheral glial cell located distally to the transition zone between the CNS and the PNS (exit area) on the intersegmental nerve near the point where ii splits from the segmental nerve (SN). It develops from the same sensory organ precursor cell located in the ventral neuroectoderm as embryonic peripheral glial cell 4 (von Hilchen et al., 2008). The position of the cell body of ePG4 is very stable: it is found at its position 96% of the time. Rarely, it can be found at the position of ePG5 (4%). This analysis was done using specific cell markers and taking into account which nerve the cell is associated with (von Hilchen et al., 2008).

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embryonic peripheral glial cell 6 [FBbt_00110109]

Embryonic peripheral glial cell associated with the intersegmental nerve (ISN) and located laterally to ePG5. It develops from neuroblast 2-5 (von Hilchen et al., 2008). The position of the cell body of ePG6 is somewhat variable: it is found at its position 87% of the time. Sometimes, it can be found at the positions of ePG5 (4%) or ePG7 (9%). This analysis was done using specific cell markers and taking into account which nerve the cell is associated with. However, it is not possible to distinguish ePG6 from ePG8 without taking into account the position of the cell body (von Hilchen et al., 2008).

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embryonic peripheral glial cell 7 [FBbt_00110110]

Embryonic peripheral glial cell associated with the intersegmental nerve (ISN) and located laterally to ePG6. It develops from neuroblast 1-3 (von Hilchen et al., 2008). The position of the cell body of ePG7 is variable: it is found at its position 70% of the time. It can also be found at the positions of ePG6 (8%), ePG8 (21%) or ePG9 (1%). This analysis was done using specific cell markers and taking into account which nerve the cell is associated with (von Hilchen et al., 2008).

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embryonic peripheral glial cell 8 [FBbt_00110111]

Embryonic peripheral glial cell associated with the intersegmental nerve (ISN) laterally to ePG7. It develops from neuroblast 2-5 (von Hilchen et al., 2008). The position of the cell body of ePG7 is variable: it is found at its position 70% of the time. It can also be found at the positions of ePG7 (21%) or ePG9 (9%). This analysis was done using specific cell markers and taking into account which nerve the cell is associated with. However, it is not possible to distinguish ePG6 from ePG6 without taking into account the position of the cell body (von Hilchen et al., 2008).

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embryonic peripheral glial cell 9 [FBbt_00110112]

Embryonic peripheral glial cell associated with the intersegmental nerve (ISN) laterally to ePG8. It develops from neuroblast 1-3 (von Hilchen et al., 2008). The position of the cell body of ePG9 is somewhat variable: it is found at its position 92% of the time. It can also be found at the positions of ePG7 (2%) or ePG8 (6%). This analysis was done using specific cell markers and taking into account which nerve the cell is associated with (von Hilchen et al., 2008).

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embryonic proventriculus [FBbt_00005607]

Proventriculus of the embryo. It contains three distinct cell layers: inner, intermediate and outer. At the anterior end, corresponding to the most anterior region of the midgut, imaginal cells are found at the level of the intermediate layer. This structure is more correctly referred to as the ‘cardia’. Strictly, proventriculus refers to a modification of the foregut, just anterior to the stomodeal valve, found in many insects. Drosophila has no such foregut modification (Miller, 1950). However, the term ‘proventriculus’ is the one most commonly used for this structure.

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embryonic/larval abdominal 8 nerve [FBbt_00002606]

Nerve of larval abdominal segment 8. This nerve has three roots, two of which are in positions corresponding the roots of the segmental and intersegmental nerves in A1-7. It follows a path similar to that of the nerve of larval abdominal segment 9, which contains some fibers that originate in the roots of the A8 nerve. It carries motor neurons that innervate the ventral longitudinal and lateral transverse muscles of A8. It also carries sensory afferents from the spiracular hairs and from the following A8 sensilla: DMSOp, ALSOp, lch3, DMSOh.

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embryonic/larval alary muscle [FBbt_00001040]

T-shaped muscle that is attached dorsally to the cardiac tube. It extends processes anteriorly and posteriorly along the pericardial cells, with a single process extending ventrally along the segment border to a dorsolateral attachment site on the epidermis. Contractions of the alary muscles control hemolymph inflow and support the cardiac tube.

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embryonic/larval antennal lobe [FBbt_00007127]

Paired synaptic neuropil domain of the larval deutocerebrum, located ventral to the mushroom body, that is the major target of innervation for axons carried by the antennal nerve. It is also connected to the antero-basal tract (ABT). Its posterior boundary contacts the lateral accessory lobe, ventromedial cerebrum, ventrolateral protocerebrum and periesophageal neuropils. It is the larval counterpart of the adult antennal lobe, and consists of around 22 glomeruli. Note - description of relative location of brain structures in this definition is based on Younossi-Hartenstein et al., 2003 description of the first instar larval brain and Pereanu et al., 2010 third instar larval brain.

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embryonic/larval antennal lobe projection neuron [FBbt_00007225]

An antennal lobe projection neuron that is part of the embryonic/larval brain. These neurons innervate the larval antennal lobe and send an axon to higher brain centers, typically including the larval antennal lobe. The soma of these neurons are located in a single, anterodorsal cluster lateral. Since all inputs to the larval antennal lobe are olfactory (Masuda-Nakagawa et al., 2008), these are olfactory projection neurons.

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embryonic/larval antennal nerve [FBbt_00001965]

Nerve that carries axons from larval sense organs in the head, including the dorsal organ, to the larval antennal lobe (Kendroud et al., 2018). It also carries a small number of axons to the anterior tritocerebrum, foreshadowing the position of the antennal mechanosensory and motor center in the adult (Kendroud et al., 2018).

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embryonic/larval anterior optic tubercle primordial [FBbt_00111205]

The primordium of the adult anterior optic tubercle (AOTU) in the larval anterior protocerebrum, laterally adjacent to the vertical lobe of the mushroom body (Lovick et al., 2017). It is initially a small, homogenous, hemispherical domain containing the distal filopodia of afferent optic lobe interneurons and the proximal filopodia of DALcl1/2 dorsal hemilineages (Lovick et al., 2017). During metamorphosis, the different subcompartments of the adult AOTU become distinct (Lovick et al., 2017).

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embryonic/larval anterior spiracle [FBbt_00000407]

Embryonic/larval spiracle housed in a protrusion of the prothoracic segment. These spiracles only become functional in the second instar when the spiracle has a club-like structure with eight lobes. A fine thread from the anterior spiracular gland is associated with each of the lobes. Late in the second instar, 8 protruding branches (papillae) develop around this club like structure, these become the spiracular ducts of the third instar spiracle, each with a spiracular opening.

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embryonic/larval anterior superior medial protocerebrum [FBbt_00007065]

A synaptic neuropil subdomain of the larval brain that is located anterior and dorsal to the medial lobe of the mushroom body, and which is separated from the posterior superior medial protocerebrum by a neuropil glial sheath slightly posterior to the vertical lobe of the mushroom body. It is the larval counterpart of the adult anterior superior medial protocerebrum. Developmental relation to adult synaptic neuropil domains comes from a personal communication from Volker Hartenstein. Note - description of relative location of brain structures in this definition is based on Younossi-Hartenstein et al., 2003 description of the first instar larval brain and Pereanu et al., 2010 third instar larval brain.

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embryonic/larval anterior ventromedial cerebrum [FBbt_00007725]

The anterior part of the ventromedial cerebrum (BPM). It abuts the posterior ventromedial cerebrum (VMCp) at the coronal slice level of the Great Commissure, (GC, BLAv1,BLD5; Pereanu et al. 2010). Ventrally, the boundary with the tritocerebrum (centro-medial and dorsal compartments) is defined by a somewhat curved, more or less axial plane defined by the tracts loVL (Balp2/3; Hartenstein et al., 2015) , loVM (Bamv1/2; Hartenstein et al., 2015) and the BAla3 tract (Kumar et al., 2009). Medially, an extension of the centro-medial tritocerebrum is separated from the VMCa by the loVM (BAmv1/2) fascicle and a glial septum (Pereanu et al., 2006); more posteriorly, this boundary continues as a discontinuity in synaptic density (e.g. as assayed using the presynaptic marker bruchpilot). Laterally, the VMCa borders the lateral accessory lobe (LAL), separated by a virtual sagittal plane intersecting the deCP (DALd; posteriorly) and loVM (Bamv1/2; anteriorly) (Pereanu et al., 2006). At a more posterior level, the Ventro Lateral Protocerebrum (VLP) flanks the VMCa laterally, with the boundary along that of the posterior lateral protocerebrum (PLP)-VMCp, i.e. a virtual sagittal plane intersecting the LEFp (CP1v; posteriorly) and the loVL (Balp2/3; anteriorly) fascicles. The medial clamp borders the VMCa dorso-laterally with a virtual axial plane intersecting the MEF (CM1,3,4, medially) and LEFp (CP1v, laterally) fascicles constituting the boundary (Hartenstein et al., 2015). The Crepine borders dorsally, the boundary extending along the DALv2/3 (Hartenstein et al., 2015), DALcl1 and BAmd1v lineage tracts and the commissural fascicle SuEC (DALcl1v; Hartenstein et al., 2015). The lower toe (medial appendix of larval mushroom body) is dorso-medial. A region of low synaptic density separates the VMCa from the primordial fan-shaped body.

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embryonic/larval astrocyte-like glial cell [FBbt_00047840]

Neuropil associated glial cell of the embryonic/larval central nervous system that has a dendritic morphology and elaborates inside the associated neuropil. It extends membrane processes deeply into the neuropil and ramifies profusely in synapse-rich regions, both in the ventral nerve cord and in the brain. In the third instar larval ventral nerve cord, the glial cells are typically organized into three groups within each hemineuromere: a dorsomedial group with three cells, a dorsolateral group with two cells and a ventrally positioned cell (Stork et al., 2014). There are approximately 15 of these cells in each brain hemisphere throughout larval development (Omoto et al., 2015). They appear to endoreplicate and increase in size, then die during metamorphosis (Omoto et al., 2015).

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embryonic/larval carpet glial cell [FBbt_00100529]

Very large glial cell of the basal embryonic/larval eye disc that also extends through the optic stalk (Edwards and Meinertzhagen, 2010). There are two per eye disc, each covering approximately half of the differentiated part of the disc, with their nuclei generally being found at the posterior end of the imaginal disc, but always posterior to the differentiating neurons (Silies et al., 2007). The glial substrate formed by the carpet glia separates the basal-most migrating glia from the more apical ones (Silies et al., 2007). These cells migrate inwards to give rise to the adult carpet glial cells. Categorized as a retinal basal glial cell in accordance with Tsao et al. (2016) - FBrf0233599 and Chang et al. (2018) - FBrf0239891, since they first appear in the optic stalk, like other retinal basal glia (Choi et al., 1994).

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embryonic/larval cervical connective [FBbt_00001922]

Longitudinal connective of the embryonic/larval nervous system that forms the anterior continuation of several tracts of the ventral nerve cord into the brain after they anastomose in the subesophageal ganglion (Nassif et al., 1998; Hartenstein et al., 2015). It is composed of three tracts; the lateral, posterior and medial cervical tracts (Nassif et al., 1998; Hartenstein et al., 2015). Dorsally, after passing the foregut, it branches into the supraesophageal commissure and protocerebral connective (Nassif et al., 1998). The antennal nerve and the frontal connective branch off the cervical connective in the deutocerebrum (Nassif et al., 1998).

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embryonic/larval cholinergic antennal lobe projection neuron [FBbt_00100477]

An embryonic/larval antennal lobe projection neuron that is cholinergic. These neurons constitute about 50% of the embryonic/larval antennal lobe projection neurons that have an anterodorsally located soma (Python and Stocker, 2002).

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embryonic/larval clamp [FBbt_00111204]

A synaptic neuropil domain of the larval brain located posterior to the medial lobe of the mushroom body. It is separated from the posterior inferior protocerebrum by the antenno-cerebral tract and peduncle. Its axons project mainly into the posterior transverse tract and it receives a branch of the antenno-cerebral tract. It is the larval counterpart of the adult clamp. Note - description of relative location of brain structures in this definition is based on Pereanu et al., 2010 third instar larval brain.

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embryonic/larval CNS subperineurial glial cell [FBbt_00007598]

Glial cell of the embryonic/larval CNS subperineurial glial sheath. These cells are rich in septate junctions and are a principal component of the larval blood-brain-barrier (Edwards and Meinertzhagen, 2010). They derive from the mesoderm (Edwards et al., 1993). In the larval abdomen there are typically 8 (but sometimes 9) subperineural glial cells per abdominal hemineuromere (Ito et al., 1995).

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embryonic/larval copper cell [FBbt_00001887]

Specialized cell of the larval midgut. It secretes acid and accumulates copper. It shows a distinct apical invagination, with an opening to the lumen. The invagination is flask shaped in the posteriormost copper cells with a narrow opening, while anteriormost copper cells are beaker shaped and their opening to the lumen is larger.

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embryonic/larval corpus allatum [FBbt_00001725]

Neurohemal organ found medially in the anterodorsal part of the larval ring gland, surrounded by cells of the prothoracic gland (Dai and Gilbert, 1991; de Velasco et al., 2004). It is composed of smaller cells than the prothoracic gland (Dai and Gilbert, 1991). It produces juvenile hormone (Dai and Gilbert, 1991; Hartenstein, 1993).

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embryonic/larval corpus cardiacum [FBbt_00001726]

Region of the larval ring gland closest to the brain that forms a U-shape around the floor of the aorta (Dai and Gilbert, 1991; de Velasco et al., 2004). It is connected to the brain by the nervi corporis cardiaci, which carry axons of secretory neurons that release neuropeptides in this location (Dirksen et al., 2008). It also produces Adipokinetic hormone (Lee and Park, 2004).

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embryonic/larval crepine [FBbt_00007118]

Small synaptic neuropil domain of the larval protocerebrum that is located anterior to the medial mushroom body lobe. It contains numerous fine axons which project medially and contribute to the anterior transverse tract (ATT) and the medial cervical tract (MCT). It is the larval counterpart of the adult crepine. Note - description of relative location of brain structures in this definition is based on Younossi-Hartenstein et al., 2003 description of the first instar larval brain and Pereanu et al., 2010 third instar larval brain.

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embryonic/larval crystal cell [FBbt_00001690]

Hemocyte of the embryo and larva. A cell that is slightly larger than the plasmatocytes and is distinguished by containing large crystalline inclusions of prophenol oxidase that are not membrane bound (Brehelin, 1982). Crystal cells represent less than 5% of all mature larval hemocytes. They are non-phagocytic cells that facilitate innate immune and wound-healing responses by mediating the process of melanization.

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embryonic/larval dMP2 Ilp7 neuron [FBbt_00100534]

A dMP2 neuron that expresses Ilp7. All dMP2 neurons that survive in the larva (those in A6-9) are of this type. There are two per segment. All project to the hindgut. These projections have Ilp7 positive swellings associated with circular visceral muscle. Their terminals are also sites of Ilp7 localization.

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embryonic/larval dorsal Ilp7 neuron [FBbt_00047232]

Ilp7-expressing neuron of the embryo or larva that belongs to the dorsal pair (one cell per hemineuromere) with cell bodies in abdominal neuromere 1 (Miguel-Aliaga et al., 2008). Unlike other Ilp7 neurons, it also expresses sNPF (Hu et al., 2017). It extends anteriorly and posteriorly along the length of the ventral nerve cord and its axon terminals reach the pars intercerebralis (Hu et al., 2017). It receives input from multidendritic neurons, including class IV neurons (Hu et al., 2017) and its activity can enhance, but not induce, mechanonociceptive responses, dependent on sNPF (Hu et al., 2017).

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embryonic/larval dorsal pouch [FBbt_00001857]

Pouch shaped epidermal structure in the embryonic and larval head formed by the movement of the dorsal fold. The embryonic dorsal pouch incorporates the acron and dorsal regions of the head segment. In the larva, it branches dorsally from the larval atrium, just behind the mouth. It contains the dorsal section of the cephalopharyngeal skeleton (dorsal bridge and dorsal arms). Note - possible redundancy between primordium term and embryonic term. ds060616.

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embryonic/larval dorsal vessel [FBbt_00001673]

A contractile tube in the embryo/larva that extends from immediately behind the posterior commissure of T1 to the arthrodial membrane of A7, into which it inserts via two caudally directed muscles which connect to lateral apodemes in A8. Throughout its length, its lumen is enclosed by just two cardial cells. This single-cell thick layer of cardial cells is surrounded by a single-cell thick layer of pericardial cells, except in the posterior thorax. In this region, it is surrounded by lymph gland in the anterior thorax where it passes through the ring gland. The whole tube is attached to the anterior region of each abdominal segment boundary by alary muscles.

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embryonic/larval ensheathing glial cell [FBbt_00047837]

Ensheathing glial cell of the larva. It has a flattened cell body that is a part of the glial sheath of the neuropil. Unlike the reticular glia, they do not have processes penetrating into the neuropil. These cells may correspond to the wrapping glia of the peripheral nervous system. There are approximately 12 of these cells in each brain hemisphere throughout larval development (Omoto et al., 2015).

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embryonic/larval eye disc marginal glial cell [FBbt_00100530]

Glial cell located at the margins of the eye disc, showing an elongated, clapboard-like shape (Silies et al., 2007; Edwards and Meinertzhagen, 2010). DISAMBIGUATION: The eye disc marginal glial cells are not to be confused with the neuropil associated marginal glial cells located at the base of the lamina in the adult.

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embryonic/larval fan-shaped body - primordial [FBbt_00111207]

The primordium of the adult fan-shaped body in the larval posterior inferior protocerebrum (IPp or CPM). It consists of a bilaterally symmetrical slightly curved, horizontal, bar-shaped structure of tufts of filopodia, with undifferentiated synapses, branching off axon bundles stretching from the midline region posterior and adjacent to the mushroom body medial lobe, to a plexus slightly medial to the peduncle. In the late larval brain both halves are interconnected by a plexus of commissural fibers. It is formed by fan-shaped body pioneer neurons in the embryo/early larva and grows during larval development as it is invaded by secondary neurons (Andrade et al., 2019).

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embryonic/larval fat body [FBbt_00001704]

Fully developed fat body of the late embryo (from stage 17 onward) or the larva. It is a bilateral, multilobed organ that extends the length of the insect (Butterworth et al., 1965). It is one cell thick and between one and ten cells wide (Butterworth et al., 1965). Large holes and clefts form during stage 17, giving the fat body its definitive larval form (Campos-Ortega and Hartenstein, 1997).

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embryonic/larval frontal ganglion [FBbt_00002629]

A small paired ganglion of the embryonic and larval stomatogastric nervous system. At embryonic stage 17, it consists of approximately 25-30 neurons that form a U-shaped ganglion wedged between the anterior aspect of the brain hemispheres and the dorsal pharynx, and that have formed axons. The somata of the neurons surround a sparse neuropil domain and are enclosed in a glial sheath. Lateral projections from these neurons form the frontal connective. Medial projections that turn anteriorly on reaching the midline form the frontal nerve. Medial projections that turn posteriorly on reaching the midline form the recurrent nerve. The term parapharyngeal ganglion was previously used to designate the frontal ganglion (Campos-Ortega and Hartenstein, 1997).

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embryonic/larval frontal nerve [FBbt_00002630]

Unpaired larval nerve that travels in the median cleft between the dorsal pharyngeal muscles (Campos-Ortega and Hartenstein, 1997). Fine fibers from this nerve innervate these muscles (Schoofs et al., 2010). It is connected to the frontal ganglion (frontal nerve junction) (Schoofs et al., 2010).

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embryonic/larval ganglionic branch [FBbt_00000325]

Embryonic/larval trachea that branches from the lateral trunk and which tracheates the ventral nerve cord. The three most anterior ganglionic branches (GB0-GB2) anastomose mid-ventrally with the branch from the opposite hemisphere, forming a ventral anastomose. In the larva, the last two pairs of ventral ganglionic branches terminate without tracheating the posterior ventral nerve cord.

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embryonic/larval hypocerebral ganglion [FBbt_00002632]

Small ganglion of the embryonic or larval stomatogastric nervous system. At embryonic stage 17, it is located on the left hand side of the embryo, between the two brain hemispheres and behind the supraesophageal commissure. It is more compact than the paraesophageal ganglion and occupies a more dorsal position. It contains approximately 10-12 neurons.

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embryonic/larval labial organ [FBbt_00002720]

A compound external sense organ of the late embryo or larva. It is located in the lower lip of the external opening of the atrium. It consists of 3 sensilla, one with 3 neurons and the others with one each. Neurons of the labial organ and hypophysis (labial sensory organ) form a large cluster flanking the salivary duct.

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embryonic/larval labral nerve [FBbt_00001966]

Nerve of the larval head that carries axons from the labral sense organs (epiphysis, dorsopharyngeal organ and pharyngeal chordotonal organ) to the tritocerebrum (Schmidt-Ott et al., 1994; Hartenstein et al., 2018; Kendroud et al., 2018). It joins the hypopharyngeal nerve and the frontal connective to form the pharyngeal nerve (Hartenstein et al., 2018; Kendroud et al., 2018).

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embryonic/larval lateral accessory lobe [FBbt_00007067]

One of a group of synaptic neuropil domains of the larval brain which are located ventral to the mushroom body and are grouped around the long axon tracts connecting the larval protocerebrum to the ventral nerve cord. This medially located compartment is posterior to the antennal lobe. It is the larval counterpart of the adult lateral accessory lobe. Note - description of relative location of brain structures in this definition is based on Younossi-Hartenstein et al., 2003 description of the first instar larval brain and Pereanu et al., 2010 third instar larval brain.

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embryonic/larval lateral glial cell [FBbt_00047861]

Any glial cell of the embryo or larva that derives from the neurogenic region of the ectoderm. Their identity is established by the expression of the gene glial cells missing (gcm), which results in expression of reversed polarity (repo), often used as a marker for lateral glia (Jacobs, 2000). This includes perineurial and subperineurial glia of the central and peripheral nervous systems, cell body (cortex) glia, wrapping glia and some of the neuropil associated glia (Beckervordersandforth et al., 2008). There are around 25 of these per abdominal hemisegment in a stage 16 embryo (Beckervordersandforth et al., 2008).

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embryonic/larval lymph gland [FBbt_00001668]

Hematopoietic organ of the larva, located along the dorsal vessel, behind the brain. It produces the plasmatocytes, crystal cells and lamellocytes which are released at the end of the larval instar and onset of metamorphosis. It is composed of 3 pairs of bilateral lobes: an anterior primary lobe, a posterior secondary lobe and the most posterior lobe (or multiple lobes), the tertiary lobe. Each lobe is separated by pericardial cells. In the late embryo, the lymph gland consists of a single pair of lobes (primary lobes) containing around 20 cells each that flank the dorsal vessel. By the second larval instar, the lymph gland is composed of two or three new pairs of posterior lobes, and the primary lobes have increased in size to contain around 200 cells. During the first and early second larval instars, the lymph gland comprises only the hematopoietic progenitor population. The lymph gland increases in size ten-fold by the late third instar, and at this stage the progenitor cells (prohemocytes) become restricted to the medial region (medullary zone) of the primary lobe and become quiescent. The differentiated hemocytes are found in the periphery (cortical zone) of the primary lobe and these cells proliferate extensively. The posterior signalling center is a group of about 30 cells at the posterior tip of the primary lobe that secretes several signalling molecules and functions as a stem-cell niche. The secondary and tertiary lobes contain prohemocytes, and rarely a differentiated cell. Lymph glands are eliminated at metamorphosis.

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embryonic/larval mediolateral antennal lobe tract [FBbt_00049263]

Tract of the larva that is formed by axons of the BAla1 lineage (Hartenstein et al., 2015). It separates from the other ALT tracts and extends laterally, terminating in the inferior protocerebrum surrounding the mushroom body pedunculus (Hartenstein et al., 2015).

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embryonic/larval middle midgut [FBbt_00001884]

Central part of the embryonic/larval midgut. This region is acidic (Filshie et al., 1971; Shanbhag and Tripathi, 2009). The epithelium of the anterior part consists of alternating copper cells and interstitial cells (Poulson and Bowen, 1952; Filshie et al., 1971; Shanbhag and Tripathi, 2009). Immediately posterior to this is a region of large flat cells (Poulson and Waterhouse, 1960). Posterior to this, the most posterior part of the middle midgut consists of iron accumulating cells (Poulson and Bowen, 1952).

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embryonic/larval midgut enterocyte [FBbt_00047181]

Specialized epithelial cell of the embryonic/larval midgut. A large, polyploid, cuboidal or low-columnar epithelial cell with its nucleus in the middle and a mass of microvilli (brush border) on its apical surface. On its basal side, extensive infoldings of the plasma membrane form a labyrinth which fills the lower half of the cell. It is attached to adjacent enterocytes by smooth septate junctions.

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embryonic/larval migratory optic stalk surface glial cell [FBbt_00049611]

Larval glial cell belonging to a subpopulation of surface glial cells of the optic stalk that migrate to the eye disc (Silies et al., 2007; Tsao et al., 2016). Upon contact with photoreceptor axons, they are induced to differentiate into wrapping glia (Franzdottir et al., 2009; Tsao et al., 2016).

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embryonic/larval motor neuron [FBbt_00007675]

Any motor neuron (FBbt:00005123) that is part of some embryonic/larval nervous system (FBbt:00001911). Larval motor neurons are generally named according to the muscle(s) they innervate, meaning that their soma location may be in the same segment (segmental nerve neurons), or the next anterior segment (intersegmental nerve neurons) than given in the motor neuron name.

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embryonic/larval multiglomerular antennal lobe projection neuron [FBbt_00111708]

A projection neuron that innervates multiple larval antennal lobe glomeruli in one or both antennal lobes and projects to other brain regions. These might include a pre-calyx and post-calyx area, the mushroom body vertical lobe and the lateral horn. Most of these neurons fasciculate with the medial antennal lobe tract.

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embryonic/larval mushroom body [FBbt_00011929]

Mushroom body (MB) of the larva. It only has two lobes, medial and vertical, in contrast to the adult MB, which has five lobes (Lee et al., 1999). Both lobes are composed of gamma neurons, which are the only Kenyon cells (KCs) present in the newly hatched first instar (Kunz et al., 2012). MB neuroblasts continue to produce new KCs throughout the larval stages (Lee et al., 1999). These new KCs form layers in the larval MB peduncle and lobes, with four distinguishable layers present in the third instar (Kurusu et al., 2002). Three types of KCs can be identified in these layers: embryonic-born gamma type (surface layer), larval-born gamma type (outer and inner layers) and larval-born alpha’/beta’ type (core layer) neurons (Kurusu et al., 2002). During the pupal stage, alpha/beta KCs are produced and the larval MB is remodeled into the adult MB (Lee et al., 1999). The four layers in the pedunculus and lobes were identified by staining with a FasII antibody. The surface layer is partially FasII-negative, the outer and inner layers are FasII-positive and the core is FasII-negative (Selcho et al., 2009; Kurusu et al., 2002).

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embryonic/larval neuron [FBbt_00001446]

Neuron that is part of the larval nervous system. Neurons with functional roles in the larva are born during the embryonic phase of neurogenesis and further neurons, with adult-specific roles, are born during the postembryonic phase, which begins during larval development (Lacin and Truman, 2016). This includes immature secondary neurons that are found in the larva [FBC:CP].

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embryonic/larval nodulus - primordial [FBbt_00007722]

A small primordium in the larval brain that will give rise to the adult noduli. It appears as a ventrally directed process of the lateral primordial fan-shaped body. It is demarcated from the surrounding medial clamp and crepine by different the different concentration of synapses (e.g. as assayed by Bruchpilot expression). It develops from elements of the DPMm1, DPMpm1/2 and CM4 lineages.

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embryonic/larval oenocyte [FBbt_00001694]

Embryonic/larval oenocytes are large, polyploid cells whose cytoplasm contains yellowish granules. They are arranged in clusters in abdominal segments 1-7, under the epidermis, to which they are attached by fine elastic cellular extensions. As the animal ages, the number of granules increases and the cells become highly enlarged relative to their neighbors. These cells have been shown to function in the breakdown of stored lipids and may also control feeding behavior (Gutierrez et al., 2007). These cells degenerate during late pupal stages.

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embryonic/larval ostial cell [FBbt_00058284]

Ostial cell of the embryonic/larval dorsal vessel. There are 12 of these cells per dorsal vessel, forming in total 3 pairs of ostia in the posterior heart chamber of the late embryo and larva. During embryogenesis, the progenitors of these cells are distinguished from the other cardiomyocytes by the specific expression of Svp and the absence of expression of tinman. During metamorphosis, the 8 cells forming the two posterior-most pairs are hystolized and only the 4 cells of the anterior-most pair persist in the adult stage (Lehmacher et al., 2012; Rotstein and Paululat, 2016).

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embryonic/larval periesophageal neuropils [FBbt_00007129]

One of a group of synaptic neuropil domains of the larval brain which are located ventral to the mushroom body and are grouped around the long axon tracts connecting the larval protocerebrum to the ventral nerve cord. This compartment contacts the antennal lobe posteriorly and guides the medial cervical tract (MCT). It is the larval counterpart of the adult periesophageal neuropils. Note - description of relative location of brain structures in this definition is based on Younossi-Hartenstein et al., 2003 description of the first instar larval brain and Pereanu et al., 2010 third instar larval brain.

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embryonic/larval peritracheal cell [FBbt_00006017]

Cell located at the branch points of the embryonic or larval trachea. It is part of a bilaterally-symmetrical, segmentally-repeated cluster of three cells that are connected by cytoplasmic processes (Laneve et al., 2013). These clusters are found in six abdominal segments, one to three thoracic segments and the head region (Laneve et al., 2013). One cell per cluster is a non-neuronal peptidergic cell (PM cell), which shows a complex morphology and extends several cytoplasmic processes. The PM cell is located on the main dorsal trunk trachea and the non-peptidergic cells (PMa cells) are located on the transverse tracheal connective (O’Brien and Taghert, 1998; Laneve et al., 2013). These three-cell clusters can be identified by expression of gcm (Laneve et al., 2013).

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embryonic/larval peritracheal PM cell [FBbt_00047703]

Neuropeptide-secreting peritracheal cell. There is one of these cells among each cluster of embryonic/larval peritracheal cells. It has a more complex morphology than the PMa cells, extending several cytoplasmic processes (Laneve et al., 2013). It is located on the main dorsal trunk trachea, adjacent to the branch point from which the transverse connective trachea splits off (O’Brien and Taghert, 1998; Laneve et al., 2013). This cell stains with molluscan myomodulin antibody just before ecdysis and staining disappears at the time of ecdysis, indicating release of myomodulin-related peptides. In other insects, these cells release ecdysis triggering hormone (ETH), but this was not seen in Drosophila (O’Brien and Taghert, 1998). It expresses dimm and Phm, as is typical for peptidergic cells (Hewes et al., 2003). Additionally expresses gcm (Laneve et al., 2013).

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embryonic/larval pharynx [FBbt_00001866]

Region of the embryonic/larval foregut between the atrium and the esophagus. It consists of a bulbous epithelial tube associated with an elaborate chitinous skeleton and musculature. The anterior edge of the pharynx is delimited ventrally by the opening of the salivary gland common duct and dorsally by the median tooth of the mouth hooks. The posterior edge is delimited by the narrowing of the foregut that marks the beginning of the esophagus. Bodenstein, 1950, uses the term pharynx to refer to the entire anterior portion of the larval foregut, which in this ontology is divided into the atrium (anterior) and pharynx (posterior).

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embryonic/larval plasmatocyte [FBbt_00001685]

Hemocyte of the embryo and larva. Relatively large, irregularly shaped hemocyte (Brehelin, 1982). At the end of the third instar larval stage, plasmatocytes contains numerous inclusions, digitations and pinocytotic vesicles, well developed rough endoplasmic reticulum, Golgi apparatus and small lysosome-like bodies. By the end of the third instar period they also contain numerous phagosomes. Plasmatocytes represent 90-95% of all mature larval hemocytes. They function in the removal of dead cells and microbial pathogens. Brehelin and Zachary (1986) state that they never observe granular inclusions in plasmatocytes. Sometimes a few primary lysosomes as well as rare multivesicular bodies are visible, but these lysosomes are never ‘condensed’ into electron-dense granules. Together, this suggests that the synonym of ‘granulocytes’ is erroneous. The term podocyte refers to a plasmatocyte that extends long cytoplasmic extensions. They are no longer recognized as a distinct cell type (Michelle Crozatier, personal communication).

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embryonic/larval posterior inferior protocerebrum [FBbt_00007070]

A synaptic neuropil domain of the larval brain located posterior to the medial lobe of the mushroom body. It is separated from the clamp by the antenno-cerebral tract to which it is connected via a branch. Most of the posterior inferior protocerebrum (CPM domain) is displaced during pupal development. The region at the most posterior edge remains and gives rise to part of the adult posterior inferior protocerebrum. The adult central complex arises from secondary axonal tracts of several lineages that invade the CPM, forming dense layers of neuropil and displacing it. Developmental relation to adult synaptic neuropil domain is a PC from Volker Hartenstein. Note - description of relative location of brain structures in this definition is based on Younossi-Hartenstein et al., 2003 description of the first instar larval brain and Pereanu et al., 2010 third instar larval brain.

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embryonic/larval posterior lateral protocerebrum [FBbt_00007723]

A synaptic neuropil domain located ventro-postero-laterally in the larval central brain (posterior part of BPL). Anteriorly, the great commissure (BLAv1,BLD5) defines the boundary, in the coronal plane, with the ventrolateral protocerebrum (VLP). Dorsally, there is a slim border with the superior lateral protocerebrum (SLP). Medially, a virtual sagittal plane intersecting the CP1v tract and the Balp2/3 tract separates the this domain from the ventromedial cerebrum (VMCp). Laterally, a glial septum and BLP1/2 tract separates it from the lobula. The clamp is dorso-medial and laterally, the boundary is a continuation posteriorly of the clamp-VLP border i.e. the virtual plane defined by the LEFp(CP1v) and PLF(CP2/3v) fascicles to LEFa(DALv1) fascicle (Hartenstein et al., 2015). The superior lateral protocerebrum (SLP) forms a slim ventral border with the PLP, which is defined by the entry point of the trSI(BLD1-4) fascicle; in addition, a higher synaptic density (e.g. as assayed using the presynaptic marker bruchpilot) demarcates the posterior SLP from the PLP. Developmental relation to adult synaptic neuropil domain is a PC from Volker Hartenstein. Note - description of relative location of brain structures in this definition is based on Younossi-Hartenstein et al., 2003 description of the first instar larval brain and Pereanu et al., 2010 third instar larval brain.

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embryonic/larval posterior spiracle [FBbt_00000424]

The main spiracle of the larva on the dorsal side of the eight (last) abdominal segment. During the first larval instar it is the only functional spiracle of the larva. A bilateral pair of these spiracles is housed in a bilateral pair of integumentary specializations - the stigmatophores. Each consists of a plate containing the spiracular openings. These connect to a spiracular chamber which in turn connects to the posterior end of the dorsal trunk. In the second instar there are three ovoid openings on the stigmatic plate and four alternating tufts of slightly branched hairs. In the third instar, the spiracles are somewhat larger and the hairs more markedly branched.

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embryonic/larval posterior superior medial protocerebrum [FBbt_00007066]

A synaptic neuropil subdomain of the larval brain that is located posterior and dorsal to the medial lobe of the mushroom body and which is separated from the anterior superior medial protocerebrum by a neuropil glial sheath slightly posterior to the vertical lobe of the mushroom body. Axons from this compartment converge with those from part of the clamp (CPL) to form the posterior transverse tract (PTT). It is the larval counterpart of the adult posterior superior medial protocerebrum. Developmental relation to adult synaptic neuropil domains comes from a personal communication from Volker Hartenstein. Note - description of relative location of brain structures in this definition is based on Younossi-Hartenstein et al., 2003 description of the first instar larval brain and Pereanu et al., 2010 third instar larval brain.

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embryonic/larval posterior ventromedial cerebrum [FBbt_00007724]

The posterior part of the ventromedial cerebrum (BPM). It borders the posterior Inferior Protocerebrum (IPp) dorso-medially, the boundary defined by the DPPT(DPMl1) fascicle and a virtual axial plane drawn from the MEF medially to the medial neuropil edge. The medial clamp is bordered dorso-laterally of the VMCp, the boundary given as a virtual axial plane intersecting the MEF(CM1,3,4, medially) and LEFp(CP1v, laterally) fascicles (Hartenstein et al., 2015). The posterior lateral Protocerebrum (PLP) is lateral, the boundary a virtual sagittal plane intersecting the LEFp (CP1v; posteriorly) and the loVL (Balp2/3; anteriorly) fascicles. The VMCp is posterior of the anterior ventromedial cerebrum (VMCa), the split define by the coronal slice level of the Great Commissure, GC (BLAv1,BLD5).

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embryonic/larval protocerebral bridge - primordial [FBbt_00111206]

The primordium of the adult protocerebral bridge in the larval brain, formed from the DPMm1 and DPMpm1/2 and CM4 lineages. Unlike in the adult, this exists as a bilateral pair of separate domains that do not join across the midline. These domains are tubular shaped regions containing both differentiated and undifferentiated synapses, in the posterior inferior protocerebrum (IPp or CPM). Each domain curls around the dorsal side from the posterior, growing during the larval period towards the midline. Fusion of the two halves, just posterior to the PLPC (DPLp1) commissure and fan-shaped body, only occurs 48h after pupariation.

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embryonic/larval proventriculus [FBbt_00001871]

Proventriculus (cardia) of the embryo or larva. This structure is more correctly referred to as the ‘cardia’. Strictly, proventriculus refers to a modification of the foregut, just anterior to the stomodeal valve, found in many insects. Drosophila has no such foregut modification (Miller, 1950). However, the term ‘proventriculus’ is the one most commonly used for this structure.

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embryonic/larval subesophageal ganglion area 1 [FBbt_00100139]

Chemosensory neuron target area located at the midline of the larval subesophageal ganglion (SOG). This area receives input from pharyngeal chemosensory neurons (the dorsal pharyngeal sense organ, the dorsal pharyngeal organ, and the posterior pharyngeal sense organ) (Colomb et al., 2007).

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embryonic/larval subesophageal ganglion area 2 [FBbt_00100140]

Large chemosensory target area located adjacent to area 1 of the larval subesophageal ganglion. This region receives input from the dorsal pharyngeal sense organ, the ventral pharyngeal sense organ, the posterior pharyngeal sense organ, the dorsal pharyngeal organ, the terminal organ, and the ventral pharyngeal sense organ (Colomb et al., 2007).

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embryonic/larval subesophageal ganglion area 3 [FBbt_00100141]

Small chemosensory target area located laterally in the larval subesophageal ganglion. This region receives input from non-olfactory neurons of the dorsal organ and from thoracic projections originating in the Kolbchen (also called the ‘ventral pit’; Colomb et al., 2007).

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embryonic/larval subesophageal ganglion area 4 [FBbt_00100142]

Large chemosensory target area of the larval subesophageal ganglion, located adjacent to the antennal lobes. One or a few neurites from dorsal pharyngeal sense organ neuron(s), and an atypical dorsal organ neuron whose dendrites extend into the terminal organ, target this region (Colomb et al., 2007).

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embryonic/larval superior intermediate protocerebrum [FBbt_00007721]

A small synaptic neuropil that has the shape of a hemi-cylinder. It flanks the mushroom body vertical lobe laterally and posteriorly, where it wedges in between superior lateral protocerebrum (SLP) and superior medial protocerebrum (SMPp). Its boundary can be followed posteriorly from the SLP-prAOTU boundary (at the DALd lineage entry point), past the distal segment (internal, lateral) curve of the trSA (DPLal1-3) and continuing further posteriorly until the entry point of DPLc. It borders the lateral clamp and (briefly) crepine compartments and (very anteriorly and ventrally) the spur. It is distinguishable from these by its higher density of synapses (e.g. as assayed by Bruchpilot expression).

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embryonic/larval superior lateral protocerebrum [FBbt_00007064]

A thin layer or neuropil of the larval brain that forms during the third instar from a dorsal region of the clamp by growth of a neuropil glial sheath across it. It is the precursor to the adult superior lateral and intermediate protocerebrum and lateral horn domains. Note - description of relative location of brain structures in this definition is based on Pereanu et al., 2010 third instar larval brain.

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embryonic/larval superior medial protocerebrum [FBbt_00111203]

A synaptic neuropil domain of the larval brain that is located dorsal to the medial lobe of the mushroom body. It is the larval counterpart of the adult superior medial protocerebrum. Note - description of relative location of brain structures in this definition is based on Pereanu et al., 2010 third instar larval brain.

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embryonic/larval thoracic alary-related muscle [FBbt_00046039]

Thin, elongated, multinucleated visceral muscle that displays oblique orientation and extends over several adjacent segments, connecting the midgut to the exoskeleton. These muscles connect anteriorly to the exoskeleton via attachment to tendon cells along the posterior boundary of thoracic segments, and extend posteriorly, intertwining with cephalic tracheal branches, to attachment points on the midgut.

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embryonic/larval thoracic/abdominal ventral sensory cluster [FBbt_00007295]

A paired cluster of sense organs and multi-dendritic sensory neurons located in the ventral region on each side of each thoracic segment and of abdominal segments 1-7. The axons of neurons in this cluster fasciculate with either the posterior fascicle or segmental nerve.

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embryonic/larval tracheal stalk cell [FBbt_00111335]

Y-shaped cell of the larval trachea that bifurcates at the distal end to connect to the two subtypes of tip cells, terminal and fusion. It forms an autocellular tube. The interface between a stalk cell and a terminal cell is simple, whereas the one between a stalk cell and a fusion cell is more complex. The stalk cell extends its seamed tube into the fusion cell, such that the apical membrane of the first surrounds almost the entire fusion cell lumen.

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embryonic/larval uniglomerular antennal lobe projection neuron [FBbt_00100478]

Projection neuron that has its dendritic arborization mainly within a single larval antennal lobe glomerulus and receives strong synaptic input from the olfactory receptor neuron targeting that glomerulus (Berck et al., 2016). It also receives input from antennal lobe local neurons (Berck et al., 2016).

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embryonic/larval ventrolateral protocerebrum [FBbt_00007068]

One of a group of synaptic neuropil domains of the larval brain which are located ventral to the mushroom body and are grouped around the long axon tracts connecting the larval protocerebrum to the ventral nerve cord. This compartment contacts the antennal lobe posteriorly, and is lateral to the lateral accessory lobe and ventromedial cerebrum. It grows anteriorly during larval development. It is the larval counterpart of the adult ventrolateral protocerebrum. Developmental relation to adult synaptic neuropil domains comes from a personal communication from Volker Hartenstein. Note - description of relative location of brain structures in this definition is based on Younossi-Hartenstein et al., 2003 description of the first instar larval brain and Pereanu et al., 2010 third instar larval brain.

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embryonic/larval ventromedial cerebrum [FBbt_00007063]

One of a group of synaptic neuropil domains of the larval brain which are located ventral to the mushroom body and are grouped around the long axon tracts connecting the larval protocerebrum to the ventral nerve cord. This medially located compartment contacts the antennal lobe posteriorly. The lateral cervical tract ascends through the center of this compartment. It is the larval counterpart of the adult ventromedial neuropils. Note - description of relative location of brain structures in this definition is based on Younossi-Hartenstein et al., 2003 description of the first instar larval brain and Pereanu et al., 2010 third instar larval brain.

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embryonic/larval visceral muscle [FBbt_00001035]

Muscle of the embryonic/larval intestinal tract. Circular and longitudinal fibers surround the entire intestinal tract, with the exception of the recurrent layer of the proventriculus. The circular fibers derive from a bilaterally symmetrical band of mesodermal cells extending continuously throughout most of the germ band. The longitudinal fibers derive from clusters of mesodermal cells which appear during stage 12 at the posterior end of the embryo and migrate anteriorly.

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embryonic/larval wrapping glial cell [FBbt_00110171]

Glial cell that wraps individual axons within nerves of the embryonic/larval peripheral nervous system (Stork et al., 2008; Freeman et al., 2015; Kottmeier et al., 2020). It is found below the layers formed by perineurial and subperineurial glial cells around the nerves (Stork et al., 2008; Freeman, 2015; Kottmeier et al., 2020). These cells form long thin processes that collectively ensheath almost every peripheral axon in the late third instar larva (Stork et al., 2008). They are required for normal speed and precision of information transfer in the peripheral nervous system (Kottmeier et al., 2020).

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embryonic/larval wrapping glial cell of the eye disc [FBbt_00100521]

Glial cell found among photoreceptor cell axons in the eye disk that wraps these axons as they extend to the optic stalk (Hummel et al., 2002; Edwards and Meinertzhagen, 2010). The wrapping glial cells are, in turn, surrounded and wrapped by surface glial cells (Hummel et al., 2002). These cells develop from precursors that migrate from the optic stalk into the eye disc and differentiate upon coming into contact with photoreceptor axons (Choi and Benzer, 1994; Hummel et al., 2002; Silies et al., 2007; Edwards and Meinertzhagen, 2010). Wrapping glial cells (of the eye disc) are associated with Bolwig’s nerve, but do not wrap it (Silies et al., 2007).

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epiphysis [FBbt_00007281]

Paired compound sense organ of the labral complex in the larval head. It consists of 6 sensilla in the larval pharynx: one tri-dendritic, 2 bi-dendritic and 3 mono-dendritic. Projections from the epiphysis generally, though not exclusively, target the contralateral subesophageal ganglion area 1 (Colomb et al., 2007). Colomb et al., (2007) report that labral nerve projections pass through area 2 and into area 1 of the subesophageal ganglion. In the majority of cases they then target the contralateral area 2. An exception to this is one epiphysis fiber (which labels with Gr2a-GAL4) which targets inside area 4.

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EW1 neuron [FBbt_00001583]

Serotonergic interneuron of embryonic/larval abdominal segments A1-A7. The axon bifurcates into two thick branches as it enters dorsally into the contralateral neuropil. These two primary branches initially diverge in opposite directions and grow along the medial two-thirds of the neuropil, forming a circular pattern, with the branches meeting at the dorsal end of the neuropil. These neurons also extend an ipsilateral neurite, that seems to fasciculate with the respective neurite of the serotonergic abdominal lateral neuron and follow a similar pathway, projecting anteriorly to form the majority of its branches in the next anterior segment. In the A7 abdominal segment, this neuron has a single primary neurite that extends centrally and forms extensive varicosities. It is born from the first-born ganglion mother cell of the 7-3 lineage (GMC 7-3a).

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EW2 neuron [FBbt_00001584]

Serotonergic interneuron of embryonic/larval abdominal segments A1-A7. Its contralateral branch forms a complex pattern at the ventral border of the contralateral neuropil that extends along the lateral margins. Its ipsilateral branch seems to fasciculate with the respective neurite of the serotonergic abdominal medial neuron and follows a similar pathway, though extending a contralateral neurite about mid-level in the dorso-ventral and anterior-posterior axis. This neurite extends a short way anterior along a midline tract. It is born from the second-born ganglion mother cell of the 7-3 lineage (GMC 7-3b).

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f_down pOLP left (L1EM:10922020) [VFB_00102eww]

somated neurons, pDM Bundle 2, down to PVL09-right, Marta Con3, nadia, DPMm1 r, visual down, Larisa fragment to solve, visual up, WB_BLDc L, Search for EB, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw draft complete, BLD5/6 L, UNI, AUTO neuron fragments at 1103 gap, AUTO ascending neurons, AUTO multiple presynapses to brain, mw colored-matrix-2019-09-12, LARGE FRAGMENT - GAP, mw brain neurons + sensories, mw brain crosses commissure, UNI*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *BLDd_l akira, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw ad hubs_in_out, mw ds-vPNs, mw LHN, mw ad all_hubs, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw visual 3rd_order, mw noci 3rd_order, mw mechano-Ch 3rd_order, mw LHN-vPN, sw;pairs;L, upFBPBs, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; f_down pOLP left (L1EM:10922020); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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f_down pOLP right (L1EM:17123466) [VFB_00102fcq]

nadia, det pair, BLDd_r akira, ASB right, Search for EB, ASB Right PN-LH Input, unpaired ds visual PNs >= 5, m unpaired, vaguely similar frags, unpaired putative LHN, mw brain neurons, mw brain neurons + SU, BLD5/6 R, mw brain inventory, mw right, mw axon split complete, UNI, mw brain neurons split, #3, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, mw gap, mw draft complete, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw brain neurons + sensories, mw brain unpaired checked once, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw ad hubs_in_out, mw ds-vPNs, mw LHN, mw ad all_hubs, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw visual 3rd_order, mw noci 3rd_order, mw mechano-Ch 3rd_order, mw LHN-vPN, sw;pairs;R, upFBPBs, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); f_down pOLP right (L1EM:17123466); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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fan-shaped body pioneer neuron [FBbt_00049544]

Small undifferentiated primary neuron that forms the fan-shaped body primordium in the larva (Andrade et al., 2019). These neurons are mainly from lineages DM1-4, with a few fibers from lineages DPMm2 and CP2 (Andrade et al., 2019). The DM1-4 lineage neurons differentiate into pontine neurons in late larval/pupal stages (Andrade et al., 2019).

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FB-36 (L1EM:11871574) [VFB_00102ez5]

Pre-MBE4h-25, Post-MBE20-9, BM ; Left, Ingrid Name, Pre-ipsigoro-7, Pre-MBONs akira, AVL064 candidate, ASB left, BAlp_ant_l akira, all post-MBONs of phenotypes, Pre-MBINs akira final, Post-MBONs akira final, MB2IN-44, MB2ON-129, FB-36, MB 2nd order paper, LEFT, pairs ds MBONs >= 5, Other MB2INs akira, MB_FB_CN_all_akira, MB2ONs_akira, MB2INs_akira, MB_FB_all_akira, MB_CN_all_akira, Other_MB2INs_for_fraction_akira, axoAxo MBONs, MB2ON 5%, mw brain neurons, mw brain neurons + SU, SH_T1down, mw brain inventory, mw previously complete, post_sensory, mw left, mw axon split complete, LAL VMC com, mw brain neurons split, BAlp1-3 L, #2T, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw forClaire possible MB2ONs, post-post-proprioceptor >5, mw brain crosses commissure, LAL VMC com, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw ad hubs_out, mw CN, mw 10964258 upstream partners, mw ad all_hubs, sw:brain_paired:L, sw;brainpair;L, sw;8dev;L, mw gustatory-external 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, upFBMBONs, downMBONs, downNO, downLAL, test2, test3, sw;mdev4, LAL.b, NO.d, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 64_level-7_clusterID-155_walksort-0.712, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 6_level-3_clusterID-13_signal-flow_-0.614, 13_level-4_clusterID-27_signal-flow_-0.716, 27_level-5_clusterID-56_signal-flow_-0.695, 49_level-6_clusterID-102_signal-flow_-0.746, 74_level-7_clusterID-170_signal-flow_-0.721, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd CNs, ct CNs, ct pre-DN-SEZs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; FB-36 (L1EM:11871574); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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female genital primordium [FBbt_00052052]

Ventral region of the genital disc that derives from abdominal segment 8 (Keisman et al., 2001). By third instar stage, it constitutes the majority of the disc in the female, but a much smaller proportion in the male (Keisman et al., 2001). In females, it produces the majority of adult female genital structures, in the male it produces a miniature eigth tergite (Keisman et al., 2001).

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five-cell ommatidial precursor cluster [FBbt_00001771]

Ommatidial precursor cluster composed of five photoreceptor precursor cells; R8, R2, R5, R3 and R4. This precursor cluster is formed when the mystery cells leave the cluster to rejoin the surrounding, unpatterned epithelium. The nuclei of the remaining cells rise apically whereas the nuclei of the surrounding cells descend.

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FLON;left (L1EM:8398900) [VFB_00102eqr]

upstream to PVL09_unindentified, oPAT, 42b Search, Larval Optic Neuropile_LON, Left LON, ivan figure visual olfactory LH, locked, visual_left, Visual circuits akira, ASB left, possible continuation OIN, ASB downstream of right mPNs, LON LNs + PNs, li left uPN everything less than 90% reviewed, except “kc frag”, pairs ds visual PNs >= 5, connect to locked FLON, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, OLP L, #5T, mw brain neurons, mw brain neurons + SU, mw unpaired 2021-04-13, mw brain paper all neurons, mw ipsilateral axon, mw ipsilateral dendrite, mw left, stable, mw LON, mw backup locked, sw:brain_paired:L, sw;brainpair;L, mw olfactory 3rd_order, mw visual 3rd_order, mw upstream KCs, sw;pairs;L, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw glutamatergic, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; FLON;left (L1EM:8398900); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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FLON;right (L1EM:1869592) [VFB_00102ehd]

optic lobe interneurons, upstream to PVL09_unindentified, Larval Optic Neuropile_LON, Right LON, locked, Visual circuits akira, visual_right, Akira to Volker, downstream of mPN, Visual PNs, connect to locked MBE20, connect to locked FLON, merge to locked FLON, li no way out, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, li temp 10 25 2016 below 1500 nodes right, LON LNs + PNs, li temp upn downstream all non local, pairs ds visual PNs >= 5, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, OLP R, #5, mw brain neurons, mw brain neurons + SU, mw unpaired 2021-04-13, mw brain paper all neurons, mw ipsilateral axon, mw ipsilateral dendrite, mw right, stable, mw LON, mw backup locked, sw:brain_paired:R, sw;brainpair;R, mw olfactory 3rd_order, mw visual 3rd_order, mw upstream KCs, sw;pairs;R, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw glutamatergic, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; FLON;right (L1EM:1869592); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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four cone-cell ommatidial precursor cluster [FBbt_00001775]

Ommatidial precursor cluster composed of eight future photoreceptors and four cone cell precursors. The four cone-cell ommatidial precursor cluster is achieved with the apical arrival of the nuclei of the polar and equatorial cone cells that have risen over future photoreceptors R3 and R4 on the polar side and R7 on the equatorial side. At this stage all nuclei are displaced basally. R8 begins to move anteriorly squeezing between R1 and R2, where it will remain through adult life (Cohen, 1993).

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From Visual to CPM right (L1EM:19092010) [VFB_00102fkx]

CVL, mw brain neurons + SU, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, mw draft complete, mw colored-matrix-2019-09-12, BLAvm c R, VMC IPP com, #1, mw brain neurons + sensories, mw brain crosses commissure, VMC IPP com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, unknown ventral lineage right, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10875625 ds contralateral partners, stable, mw 8142831 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw mechano-Ch 4th_order, mw 16937799 upstream partners, mw 20379247 upstream partners, sw;pairs;R, sw;mdev5, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 86_level-7_clusterID-134_signal-flow_-1.092, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); From Visual to CPM right (L1EM:19092010); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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From Visual to CPM? left (L1EM:8801715) [VFB_00102erp]

left gap helpers, Gap Helper, mw brain neurons + SU, mw brain inventory, mw left, mw draft complete, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, BLAvm c L, VMC IPP com, #1T, mw brain neurons + sensories, mw brain crosses commissure, VMC IPP com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, unknown ventral lineage left, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10875625 ds contralateral partners, stable, mw 8142831 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw mechano-Ch 4th_order, mw 16937799 upstream partners, mw 20379247 upstream partners, sw;pairs;L, sw;mdev5, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 86_level-7_clusterID-134_signal-flow_-1.092, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [transmission electron microscopy (TEM); From Visual to CPM? left (L1EM:8801715); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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Giant-step right (L1EM:18598859) [VFB_00102efn]

li temp upn downstream all non local, Giant-step, mw paired 168, NOI, pairs ds olfactory mPNs >=5 synapses individual, pairs ds mPNs >= 10, LHNs, axoDen mPNs, mLHNs, putative LHN, DPMl3/4 a R, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, MN-Sens-Int-2, mw right, mw axon split complete, UNI, mw brain neurons split, #1, mw colored-matrix-2019-09-12, ORN inter to endocrine, mw brain neurons + sensories, mw brain matrix, DPMl34_ant_r akira, mw brain ipsilateral, UNI, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw ds-tPNs, mw LHN, sw:brain_paired:R, sw;brainpair;R, mw LN, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-cold 3rd_order, mw mechano-Ch 3rd_order, mw brain 3rd_order LN olfactory, mw brain 3rd_order LN gustatory-external, mw LNs_cohort, mw LHN-tPN, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_out, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 17_level-6_clusterID-100_signal-flow_0.497, 22_level-7_clusterID-165_signal-flow_0.653, mw cascade-5-hop integrative 2022-11-03, mw previous neurons for talk, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LNs, ct LNs, ct LHNs, ct pre-DN-SEZs [transmission electron microscopy (TEM); is part of; Giant-step right (L1EM:18598859); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; CC-BY-SA_4.0; embryonic/larval neuron; Larval olfactory system neurons - EM (Berk2016); VFB CATMAID L1 CNS]

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GMR 100D02 FLP 18-1 [VFB_00061846]

A single 100D02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/100D02/Confocal_63X_2014-09-05_VNC_thor_SEG/stack_TIFF/100D02_57C10L_B_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; dorsolateral domain of larval A7 neuromere; GMR 100D02 FLP 18-1; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; is part of; 5900365_R__1; embryonic/larval neuron; centromedial domain of larval A6 neuromere; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; Lines/GMR_100-109/100D02/Confocal_63X_2014-09-05_VNC_thor_SEG/stack_TIFF/100D02_57C10L_B_VNC.tif]

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GMR 10A09 FLP 11-1 [VFB_00061263]

A fragment of the 10A09 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10A09_sp_AB/Confocal_63x_2011-10-25_10A09_VNC_FlpL-JT/stack_TIFF/10A09_57C10FlpL_H.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; Lines/GMR_01-20/10A09_sp_AB/Confocal_63x_2011-10-25_10A09_VNC_FlpL-JT/stack_TIFF/10A09_57C10FlpL_H.tif; centrolateral domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; GMR 10A09 FLP 11-1; ventrolateral domain of larval A6 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; centrolateral domain of larval T3 neuromere; 5001728_R__1; dorsolateral domain of larval A6 neuromere; is part of; centrolateral domain of larval A3 neuromere; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR10A09-GAL4} expression pattern]

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GMR 10A09 FLP 19-1 [VFB_00061333]

A fragment of the 10A09 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10A09_sp_AB/Confocal_63x_2011-08-16_10A09_VNC/stack_TIFF/10A09_57C10FlpL_B.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; Lines/GMR_01-20/10A09_sp_AB/Confocal_63x_2011-08-16_10A09_VNC/stack_TIFF/10A09_57C10FlpL_B.tif; dorsomedial domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; dorsomedial domain of larval A5 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; GMR 10A09 FLP 19-1; central domain of larval A5 neuromere; 5001736_R__1; L3 CNS template - Wood2018; P{GMR10A09-GAL4} expression pattern]

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GMR 10A09 FLP 28-1 [VFB_00061100]

A fragment of the 10A09 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10A09_sp_AB/Confocal_63x_2011-08-16_10A09_VNC/stack_TIFF/10A09_57C10FlpL_G.tif. [centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; L3 CNS template - Wood2018; embryonic/larval central nervous system; GMR 10A09 FLP 28-1; confocal microscopy; unlicensed; 5001743_R__2; Truman Larval Flip-Out Collection; is part of; overlaps; centromedial domain of larval A3 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_01-20/10A09_sp_AB/Confocal_63x_2011-08-16_10A09_VNC/stack_TIFF/10A09_57C10FlpL_G.tif; expresses; P{GMR10A09-GAL4} expression pattern]

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GMR 10B07 FLP 9-1 [VFB_00060358]

A fragment of the 10B07 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10B07_sp_Abd_scored/Confocal_63x_2011-10-25_10B07_VNC_FlpL-JT/stack_TIFF/10B07_57C10FlpL_F.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; P{GMR10B07-GAL4} expression pattern; confocal microscopy; unlicensed; 5000533_G__3; Truman Larval Flip-Out Collection; is part of; Lines/GMR_01-20/10B07_sp_Abd_scored/Confocal_63x_2011-10-25_10B07_VNC_FlpL-JT/stack_TIFF/10B07_57C10FlpL_F.tif; GMR 10B07 FLP 9-1; expression pattern fragment; expresses]

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GMR 10C07 FLP 7-1 [VFB_00061108]

A single 10C07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10C07_new/Confocal_63X_2014-09-15_VNC/stack_TIFF/10C07_57C10L_E2_VNC.tif. [confocal microscopy; unlicensed; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; Lines/GMR_01-20/10C07_new/Confocal_63X_2014-09-15_VNC/stack_TIFF/10C07_57C10L_E2_VNC.tif; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR10C07-GAL4} expression pattern; GMR 10C07 FLP 7-1; 5001524_G__1; L3 CNS template - Wood2018]

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GMR 10C09 FLP 2-1 [VFB_00057475]

A single 10C09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10C09/Confocal_63x_2013-04-19_VNC/stack_TIFF/10C09_57C10wtFlp_A_Br.tif. [ventrolateral domain of larval T2 neuromere; GMR 10C09 FLP 2-1; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; 5001044_G__2; centromedial domain of larval T1 neuromere; P{GMR10C09-GAL4} expression pattern; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; Lines/GMR_01-20/10C09/Confocal_63x_2013-04-19_VNC/stack_TIFF/10C09_57C10wtFlp_A_Br.tif; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 10C09 FLP 4-1 [VFB_00057476]

A single 10C09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10C09/Confocal_63x_2013-04-19_VNC/stack_TIFF/10C09_57C10wtFlp_C_Br.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; P{GMR10C09-GAL4} expression pattern; central domain of larval T3 neuromere; 5001046_G__2; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_01-20/10C09/Confocal_63x_2013-04-19_VNC/stack_TIFF/10C09_57C10wtFlp_C_Br.tif; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; is part of; GMR 10C09 FLP 4-1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 10E06 FLP 12-1 [VFB_00060857]

A single 10E06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10E06_B/Confocal_63x_2012-09-17A_10E06_VNC/stack_TIFF/10E06_57C10wtFlp_B_VNC.tif. [embryonic/larval neuron; P{GMR10E06-GAL4} expression pattern; L3 CNS template - Wood2018; embryonic/larval central nervous system; Lines/GMR_01-20/10E06_B/Confocal_63x_2012-09-17A_10E06_VNC/stack_TIFF/10E06_57C10wtFlp_B_VNC.tif; central domain of larval central nervous system; confocal microscopy; expresses; unlicensed; centromedial domain of larval A2 neuromere; Truman Larval Flip-Out Collection; is part of; overlaps; GMR 10E06 FLP 12-1; expression pattern fragment; 5003682_G__1; central domain of larval A2 neuromere; centromedial domain of larval central nervous system]

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GMR 10E06 FLP 6-1 [VFB_00060851]

A single 10E06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10E06_B/Confocal_63x_2012-09-17A_10E06_VNC/stack_TIFF/10E06_57C10wtFlp_E_VNC.tif. [P{GMR10E06-GAL4} expression pattern; L3 CNS template - Wood2018; 5003684_R__1; embryonic/larval central nervous system; central domain of larval central nervous system; expression pattern fragment; central domain of larval A4 neuromere; expresses; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; ventromedial domain of larval A4 neuromere; confocal microscopy; Lines/GMR_01-20/10E06_B/Confocal_63x_2012-09-17A_10E06_VNC/stack_TIFF/10E06_57C10wtFlp_E_VNC.tif; embryonic/larval neuron; GMR 10E06 FLP 6-1]

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GMR 10E06 FLP 6-2 [VFB_00060852]

A single 10E06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10E06_B/Confocal_63x_2012-09-17A_10E06_VNC/stack_TIFF/10E06_57C10wtFlp_E_VNC.tif. [P{GMR10E06-GAL4} expression pattern; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; Truman Larval Flip-Out Collection; overlaps; 5003684_G__2; expression pattern fragment; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 10E06 FLP 6-2; central domain of larval A1 neuromere; Lines/GMR_01-20/10E06_B/Confocal_63x_2012-09-17A_10E06_VNC/stack_TIFF/10E06_57C10wtFlp_E_VNC.tif; L3 CNS template - Wood2018]

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GMR 10F08 FLP 16-1 [VFB_00061009]

A single 10F08 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10F08_sp_AB_NEW/Confocal_63x_2012-01-10A_10F08_VNC_FlpL/stack_TIFF/10F08_57C10FlpL_D_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; Lines/GMR_01-20/10F08_sp_AB_NEW/Confocal_63x_2012-01-10A_10F08_VNC_FlpL/stack_TIFF/10F08_57C10FlpL_D_VNC.tif; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; P{GMR10F08-GAL4} expression pattern; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; GMR 10F08 FLP 16-1; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; 5000590_G__1; L3 CNS template - Wood2018]

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GMR 10F08 FLP 16-2 [VFB_00061010]

A fragment of the 10F08 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10F08_sp_AB_NEW/Confocal_63x_2012-01-10A_10F08_VNC_FlpL/stack_TIFF/10F08_57C10FlpL_D_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; 5000590_G__2; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; Lines/GMR_01-20/10F08_sp_AB_NEW/Confocal_63x_2012-01-10A_10F08_VNC_FlpL/stack_TIFF/10F08_57C10FlpL_D_VNC.tif; dorsolateral domain of larval A6 neuromere; GMR 10F08 FLP 16-2; is part of; P{GMR10F08-GAL4} expression pattern; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 10F08 FLP 17-1 [VFB_00061013]

A fragment of the 10F08 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10F08_sp_AB_NEW/Confocal_63x_2012-01-10A_10F08_VNC_FlpL/stack_TIFF/10F08_57C10FlpL_F_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; Lines/GMR_01-20/10F08_sp_AB_NEW/Confocal_63x_2012-01-10A_10F08_VNC_FlpL/stack_TIFF/10F08_57C10FlpL_F_VNC.tif; is part of; centrolateral domain of larval A3 neuromere; P{GMR10F08-GAL4} expression pattern; expresses; embryonic/larval central nervous system; GMR 10F08 FLP 17-1; centromedial domain of larval A3 neuromere; 5000592_G__1; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 10F08 FLP 17-2 [VFB_00061014]

A fragment of the 10F08 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10F08_sp_AB_NEW/Confocal_63x_2012-01-10A_10F08_VNC_FlpL/stack_TIFF/10F08_57C10FlpL_F_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; 5000592_G__2; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; GMR 10F08 FLP 17-2; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; Lines/GMR_01-20/10F08_sp_AB_NEW/Confocal_63x_2012-01-10A_10F08_VNC_FlpL/stack_TIFF/10F08_57C10FlpL_F_VNC.tif; is part of; P{GMR10F08-GAL4} expression pattern; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 10F08 FLP 18-1 [VFB_00061015]

A single 10F08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10F08_sp_AB_NEW/Confocal_63x_2012-01-10A_10F08_VNC_FlpL/stack_TIFF/10F08_57C10FlpL_G_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; centrolateral domain of larval A2 neuromere; unlicensed; 5000593_R__1; Truman Larval Flip-Out Collection; is part of; overlaps; dorsolateral domain of larval A2 neuromere; Lines/GMR_01-20/10F08_sp_AB_NEW/Confocal_63x_2012-01-10A_10F08_VNC_FlpL/stack_TIFF/10F08_57C10FlpL_G_VNC.tif; centrolateral domain of larval central nervous system; dorsolateral domain of larval central nervous system; embryonic/larval neuron; GMR 10F08 FLP 18-1; P{GMR10F08-GAL4} expression pattern; expresses]

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GMR 10F08 FLP 18-2 [VFB_00061016]

A single 10F08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10F08_sp_AB_NEW/Confocal_63x_2012-01-10A_10F08_VNC_FlpL/stack_TIFF/10F08_57C10FlpL_G_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; 5000593_R__2; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_01-20/10F08_sp_AB_NEW/Confocal_63x_2012-01-10A_10F08_VNC_FlpL/stack_TIFF/10F08_57C10FlpL_G_VNC.tif; GMR 10F08 FLP 18-2; expression pattern fragment; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; P{GMR10F08-GAL4} expression pattern; expresses; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 10F08 FLP 18-3 [VFB_00061017]

A single 10F08 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10F08_sp_AB_NEW/Confocal_63x_2012-01-10A_10F08_VNC_FlpL/stack_TIFF/10F08_57C10FlpL_G_VNC.tif. [confocal microscopy; unlicensed; GMR 10F08 FLP 18-3; 5000593_G__2; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_01-20/10F08_sp_AB_NEW/Confocal_63x_2012-01-10A_10F08_VNC_FlpL/stack_TIFF/10F08_57C10FlpL_G_VNC.tif; expression pattern fragment; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; P{GMR10F08-GAL4} expression pattern; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 10F08 FLP 30-1 [VFB_00061011]

A single 10F08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10F08_sp_AB_NEW/Confocal_63x_2012-01-10A_10F08_VNC_FlpL/stack_TIFF/10F08_57C10FlpL_E_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A7 neuromere; GMR 10F08 FLP 30-1; dorsolateral domain of larval A6 neuromere; is part of; embryonic/larval neuron; Lines/GMR_01-20/10F08_sp_AB_NEW/Confocal_63x_2012-01-10A_10F08_VNC_FlpL/stack_TIFF/10F08_57C10FlpL_E_VNC.tif; P{GMR10F08-GAL4} expression pattern; expresses; embryonic/larval central nervous system; 5000591_R__1; centrolateral domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 10F08 FLP 30-2 [VFB_00061012]

A single 10F08 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10F08_sp_AB_NEW/Confocal_63x_2012-01-10A_10F08_VNC_FlpL/stack_TIFF/10F08_57C10FlpL_E_VNC.tif. [5000591_G__1; confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A7 neuromere; dorsolateral domain of larval A6 neuromere; is part of; embryonic/larval neuron; Lines/GMR_01-20/10F08_sp_AB_NEW/Confocal_63x_2012-01-10A_10F08_VNC_FlpL/stack_TIFF/10F08_57C10FlpL_E_VNC.tif; P{GMR10F08-GAL4} expression pattern; expresses; embryonic/larval central nervous system; GMR 10F08 FLP 30-2; centrolateral domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 10F08 FLP 40-1 [VFB_00058303]

A single 10F08 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10F08_sp_AB_NEW/Confocal_63x_2011-08-24_10F08_wtFlp-JT/stack_TIFF/10F08_57C10wtFlp_A.tif. [GMR 10F08 FLP 40-1; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; is part of; 5000584_G__3; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; P{GMR10F08-GAL4} expression pattern; expresses; embryonic/larval central nervous system; Lines/GMR_01-20/10F08_sp_AB_NEW/Confocal_63x_2011-08-24_10F08_wtFlp-JT/stack_TIFF/10F08_57C10wtFlp_A.tif; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 10F08 FLP 42-1 [VFB_00058304]

A fragment of the 10F08 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10F08_sp_AB_NEW/Confocal_63x_2012-06-20_10F08_VNC/stack_TIFF/10F08_57C10FlpL_A_VNC.tif. [confocal microscopy; unlicensed; GMR 10F08 FLP 42-1; Lines/GMR_01-20/10F08_sp_AB_NEW/Confocal_63x_2012-06-20_10F08_VNC/stack_TIFF/10F08_57C10FlpL_A_VNC.tif; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; centrolateral domain of larval A3 neuromere; P{GMR10F08-GAL4} expression pattern; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; 5000581_G__1; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 10F08 FLP 42-2 [VFB_00058305]

A single 10F08 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10F08_sp_AB_NEW/Confocal_63x_2012-06-20_10F08_VNC/stack_TIFF/10F08_57C10FlpL_A_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; Lines/GMR_01-20/10F08_sp_AB_NEW/Confocal_63x_2012-06-20_10F08_VNC/stack_TIFF/10F08_57C10FlpL_A_VNC.tif; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; is part of; 5000581_G__2; embryonic/larval neuron; P{GMR10F08-GAL4} expression pattern; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; GMR 10F08 FLP 42-2]

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GMR 10F08 FLP 44-1 [VFB_00058306]

A single 10F08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10F08_sp_AB_NEW/Confocal_63x_2012-06-20_10F08_VNC/stack_TIFF/10F08_57C10FlpL_G_VNC.tif. [Lines/GMR_01-20/10F08_sp_AB_NEW/Confocal_63x_2012-06-20_10F08_VNC/stack_TIFF/10F08_57C10FlpL_G_VNC.tif; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; GMR 10F08 FLP 44-1; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; 5000580_R__5; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; P{GMR10F08-GAL4} expression pattern; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 10F10 FLP 15-1 [VFB_00061849]

A single 10F10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10F10_sp_B/Confocal_63x_2011-11-29_10F10_VNC-JT/stack_TIFF/10F10_57C10FlpL_J_VNC.tif. [confocal microscopy; unlicensed; dorsolateral domain of larval A5 neuromere; 5001856_G__1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; Lines/GMR_01-20/10F10_sp_B/Confocal_63x_2011-11-29_10F10_VNC-JT/stack_TIFF/10F10_57C10FlpL_J_VNC.tif; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; is part of; dorsomedial domain of larval A5 neuromere; GMR 10F10 FLP 15-1; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; P{GMR10F10-GAL4} expression pattern; L3 CNS template - Wood2018]

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GMR 10F10 FLP 19-1 [VFB_00061694]

A fragment of the 10F10 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10F10_sp_B/Confocal_63x_2011-11-29_10F10_VNC-JT/stack_TIFF/10F10_57C10FlpL_G_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; Lines/GMR_01-20/10F10_sp_B/Confocal_63x_2011-11-29_10F10_VNC-JT/stack_TIFF/10F10_57C10FlpL_G_VNC.tif; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; GMR 10F10 FLP 19-1; is part of; 5001858_G__1; dorsomedial domain of larval A5 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; P{GMR10F10-GAL4} expression pattern; L3 CNS template - Wood2018]

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GMR 10G06 FLP 10-1 [VFB_00057369]

A single 10G06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10G06/Confocal_63x_2012-09-17A_10G06_VNC/stack_TIFF/10G06_57C10wtFlp_B_VNC.tif. [L3 CNS template - Wood2018; Lines/GMR_01-20/10G06/Confocal_63x_2012-09-17A_10G06_VNC/stack_TIFF/10G06_57C10wtFlp_B_VNC.tif; embryonic/larval central nervous system; GMR 10G06 FLP 10-1; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; P{GMR10G06-GAL4} expression pattern; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; centrolateral domain of larval central nervous system; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; 5002370_R__1; expresses]

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GMR 10G06 FLP 10-2 [VFB_00057370]

A fragment of the 10G06 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10G06/Confocal_63x_2012-09-17A_10G06_VNC/stack_TIFF/10G06_57C10wtFlp_B_VNC.tif. [L3 CNS template - Wood2018; Lines/GMR_01-20/10G06/Confocal_63x_2012-09-17A_10G06_VNC/stack_TIFF/10G06_57C10wtFlp_B_VNC.tif; embryonic/larval central nervous system; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; P{GMR10G06-GAL4} expression pattern; 5002370_G__1; GMR 10G06 FLP 10-2; expression pattern fragment; expresses]

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GMR 10G06 FLP 11-1 [VFB_00057371]

A fragment of the 10G06 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10G06/Confocal_63x_2012-09-17A_10G06_VNC/stack_TIFF/10G06_57C10wtFlp_I_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; GMR 10G06 FLP 11-1; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Lines/GMR_01-20/10G06/Confocal_63x_2012-09-17A_10G06_VNC/stack_TIFF/10G06_57C10wtFlp_I_VNC.tif; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; 5002371_R__1; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; ventrolateral domain of larval A2 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; P{GMR10G06-GAL4} expression pattern; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 10G06 FLP 3-1 [VFB_00060420]

A single 10G06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10G06/Confocal_63x_2012-09-17A_10G06_VNC/stack_TIFF/10G06_57C10wtFlp_H_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; 5002379_G__1; centromedial domain of larval central nervous system; GMR 10G06 FLP 3-1; dorsolateral domain of larval A1 neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; Lines/GMR_01-20/10G06/Confocal_63x_2012-09-17A_10G06_VNC/stack_TIFF/10G06_57C10wtFlp_H_VNC.tif; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; P{GMR10G06-GAL4} expression pattern; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 10G06 FLP 5-1 [VFB_00057361]

A fragment of the 10G06 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10G06/Confocal_63x_2012-09-17A_10G06_VNC/stack_TIFF/10G06_57C10wtFlp_K_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; Lines/GMR_01-20/10G06/Confocal_63x_2012-09-17A_10G06_VNC/stack_TIFF/10G06_57C10wtFlp_K_VNC.tif; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5002377_G__1; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; ventrolateral domain of larval A1 neuromere; P{GMR10G06-GAL4} expression pattern; GMR 10G06 FLP 5-1; L3 CNS template - Wood2018]

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GMR 10G06 FLP 7-1 [VFB_00060422]

A single 10G06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10G06/Confocal_63x_2012-09-17A_10G06_VNC/stack_TIFF/10G06_57C10wtFlp_J_VNC.tif. [L3 CNS template - Wood2018; GMR 10G06 FLP 7-1; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; Lines/GMR_01-20/10G06/Confocal_63x_2012-09-17A_10G06_VNC/stack_TIFF/10G06_57C10wtFlp_J_VNC.tif; unlicensed; Truman Larval Flip-Out Collection; is part of; P{GMR10G06-GAL4} expression pattern; embryonic/larval neuron; expresses; 5002375_R__1]

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GMR 10G06 FLP 7-2 [VFB_00060423]

A single 10G06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10G06/Confocal_63x_2012-09-17A_10G06_VNC/stack_TIFF/10G06_57C10wtFlp_J_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; Lines/GMR_01-20/10G06/Confocal_63x_2012-09-17A_10G06_VNC/stack_TIFF/10G06_57C10wtFlp_J_VNC.tif; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; P{GMR10G06-GAL4} expression pattern; dorsolateral domain of larval central nervous system; 5002375_G__1; L3 CNS template - Wood2018; GMR 10G06 FLP 7-2]

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GMR 10G06 FLP 8-1 [VFB_00060881]

A single 10G06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10G06/Confocal_63x_2012-09-17A_10G06_VNC/stack_TIFF/10G06_57C10wtFlp_E_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; Lines/GMR_01-20/10G06/Confocal_63x_2012-09-17A_10G06_VNC/stack_TIFF/10G06_57C10wtFlp_E_VNC.tif; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 10G06 FLP 8-1; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval A2 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; P{GMR10G06-GAL4} expression pattern; 5002372_R__1; L3 CNS template - Wood2018]

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GMR 10G06 FLP 8-2 [VFB_00060882]

A fragment of the 10G06 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10G06/Confocal_63x_2012-09-17A_10G06_VNC/stack_TIFF/10G06_57C10wtFlp_E_VNC.tif. [centromedial domain of larval A4 neuromere; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centrolateral domain of larval A5 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; Lines/GMR_01-20/10G06/Confocal_63x_2012-09-17A_10G06_VNC/stack_TIFF/10G06_57C10wtFlp_E_VNC.tif; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; centrolateral domain of larval A3 neuromere; GMR 10G06 FLP 8-2; expresses; central domain of larval A3 neuromere; 5002372_G__1; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; P{GMR10G06-GAL4} expression pattern; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 10G06 FLP 9-1 [VFB_00057363]

A fragment of the 10G06 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10G06/Confocal_63x_2012-09-17A_10G06_VNC/stack_TIFF/10G06_57C10wtFlp_F_VNC.tif. [L3 CNS template - Wood2018; GMR 10G06 FLP 9-1; embryonic/larval central nervous system; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; Lines/GMR_01-20/10G06/Confocal_63x_2012-09-17A_10G06_VNC/stack_TIFF/10G06_57C10wtFlp_F_VNC.tif; P{GMR10G06-GAL4} expression pattern; 5002373_R__1; expression pattern fragment; expresses]

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GMR 10G06 FLP 9-2 [VFB_00057364]

A single 10G06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10G06/Confocal_63x_2012-09-17A_10G06_VNC/stack_TIFF/10G06_57C10wtFlp_F_VNC.tif. [confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; 5002373_R__3; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; GMR 10G06 FLP 9-2; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_01-20/10G06/Confocal_63x_2012-09-17A_10G06_VNC/stack_TIFF/10G06_57C10wtFlp_F_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; P{GMR10G06-GAL4} expression pattern; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 10G06 FLP 9-3 [VFB_00057365]

A single 10G06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10G06/Confocal_63x_2012-09-17A_10G06_VNC/stack_TIFF/10G06_57C10wtFlp_F_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_01-20/10G06/Confocal_63x_2012-09-17A_10G06_VNC/stack_TIFF/10G06_57C10wtFlp_F_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval A2 neuromere; centrolateral domain of larval T3 neuromere; 5002373_G__1; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; GMR 10G06 FLP 9-3; P{GMR10G06-GAL4} expression pattern; L3 CNS template - Wood2018]

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GMR 10H02 FLP 24-1 [VFB_00061583]

A fragment of the 10H02 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/10H02/Confocal_63x_2013-04-02_VNC/stack_TIFF/10H02_57C10wtFlp_C_VNC.tif. [P{GMR10H02-GAL4} expression pattern; confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; central domain of larval A6 neuromere; ventrolateral domain of larval A6 neuromere; centromedial domain of larval central nervous system; 5001707_G__1; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; GMR 10H02 FLP 24-1; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; Lines/GMR_01-20/10H02/Confocal_63x_2013-04-02_VNC/stack_TIFF/10H02_57C10wtFlp_C_VNC.tif; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 11B03 FLP 11-1 [VFB_00061689]

A single 11B03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/11B03/Confocal_63x_2012-10-19_11B03_VNC/stack_TIFF/11B03_57C10wtFlp_D_VNC.tif. [L3 CNS template - Wood2018; 5000941_G__1; embryonic/larval central nervous system; expression pattern fragment; GMR 11B03 FLP 11-1; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; centromedial domain of larval A3 neuromere; Lines/GMR_01-20/11B03/Confocal_63x_2012-10-19_11B03_VNC/stack_TIFF/11B03_57C10wtFlp_D_VNC.tif; P{GMR11B03-GAL4} expression pattern; embryonic/larval neuron; expresses; centromedial domain of larval central nervous system]

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GMR 11B11 FLP 1-1 [VFB_00060267]

A single 11B11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/11B11_B/Confocal_63x_2012-08-21_11B11_VNC/stack_TIFF/11B11_57C10FlpL_H_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 11B11 FLP 1-1; ventrolateral domain of larval A5 neuromere; is part of; 5003537_R__1; Lines/GMR_01-20/11B11_B/Confocal_63x_2012-08-21_11B11_VNC/stack_TIFF/11B11_57C10FlpL_H_VNC.tif; embryonic/larval neuron; P{GMR11B11-GAL4} expression pattern; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 11B11 FLP 19-1 [VFB_00060909]

A fragment of the 11B11 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/11B11_B/Confocal_63x_2012-08-21_11B11_VNC/stack_TIFF/11B11_57C10FlpL_A_VNC.tif. [centromedial domain of larval T2 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval maxillary neuromere; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; GMR 11B11 FLP 19-1; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventrolateral domain of larval T1 neuromere; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval maxillary neuromere; central domain of larval central nervous system; 5003527_G__1; is part of; centrolateral domain of larval labial neuromere; P{GMR11B11-GAL4} expression pattern; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval maxillary neuromere; L3 CNS template - Wood2018; Lines/GMR_01-20/11B11_B/Confocal_63x_2012-08-21_11B11_VNC/stack_TIFF/11B11_57C10FlpL_A_VNC.tif; dorsomedial domain of larval T2 neuromere]

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GMR 11C01 FLP 18-1 [VFB_00061538]

A single 11C01 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/11C01/Confocal_63x_2012-08-21_11C01_VNC/stack_TIFF/11C01_57C10FlpL_B_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; P{GMR11C01-GAL4} expression pattern; GMR 11C01 FLP 18-1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_01-20/11C01/Confocal_63x_2012-08-21_11C01_VNC/stack_TIFF/11C01_57C10FlpL_B_VNC.tif; expression pattern fragment; 5000367_R__1; dorsolateral domain of larval A6 neuromere; is part of; embryonic/larval neuron; centromedial domain of larval A6 neuromere; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 11C01 FLP 21-1 [VFB_00061539]

A single 11C01 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/11C01/Confocal_63x_2012-08-21_11C01_VNC/stack_TIFF/11C01_57C10FlpL_F_VNC.tif. [centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; GMR 11C01 FLP 21-1; unlicensed; confocal microscopy; centromedial domain of larval T1 neuromere; centromedial domain of larval maxillary neuromere; P{GMR11C01-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval mandibular neuromere; dorsomedial domain of larval T1 neuromere; expression pattern fragment; Lines/GMR_01-20/11C01/Confocal_63x_2012-08-21_11C01_VNC/stack_TIFF/11C01_57C10FlpL_F_VNC.tif; dorsomedial domain of larval maxillary neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 5000364_R__2; centromedial domain of larval mandibular neuromere; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 11C08 FLP 5-1 [VFB_00059454]

A single 11C08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/11C08/Confocal_63x_2011-11-29_11C08_VNC/stack_TIFF/11C08_57C10FlpL_E2_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; GMR 11C08 FLP 5-1; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; P{GMR11C08-GAL4} expression pattern; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5003447_R__1; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; is part of; dorsomedial domain of larval A5 neuromere; Lines/GMR_01-20/11C08/Confocal_63x_2011-11-29_11C08_VNC/stack_TIFF/11C08_57C10FlpL_E2_VNC.tif; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A3 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 11C10 FLP 19-1 [VFB_00059455]

A single 11C10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/11C10_sp_dense braun/Confocal_63x_2011-11-29_11C10_VNC/stack_TIFF/11C10_57C10FlpL_G_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; Lines/GMR_01-20/11C10_sp_dense braun/Confocal_63x_2011-11-29_11C10_VNC/stack_TIFF/11C10_57C10FlpL_G_VNC.tif; 5003119_R__3; GMR 11C10 FLP 19-1; ventrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; embryonic/larval neuron; P{GMR11C10-GAL4} expression pattern; expresses]

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GMR 11E07 FLP 1-1 [VFB_00061638]

A fragment of the 11E07 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/11E07_B/Confocal_63x_2013-04-19_VNC/stack_TIFF/10E07_57C10FlpL_E_Br.tif. [GMR 11E07 FLP 1-1; dorsolateral domain of larval T3 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval maxillary neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; 5003148_R__1; P{GMR11E07-GAL4} expression pattern; is part of; centrolateral domain of larval labial neuromere; expresses; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; Lines/GMR_01-20/11E07_B/Confocal_63x_2013-04-19_VNC/stack_TIFF/10E07_57C10FlpL_E_Br.tif; centrolateral domain of larval T2 neuromere]

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GMR 11E07 FLP 2-1 [VFB_00061718]

A single 11E07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/11E07_B/Confocal_63x_2013-04-19_VNC/stack_TIFF/10E07_57C10FlpL_G_Br.tif. [confocal microscopy; unlicensed; dorsolateral domain of larval A5 neuromere; dorsolateral domain of larval A4 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 11E07 FLP 2-1; Lines/GMR_01-20/11E07_B/Confocal_63x_2013-04-19_VNC/stack_TIFF/10E07_57C10FlpL_G_Br.tif; expression pattern fragment; P{GMR11E07-GAL4} expression pattern; 5003149_R__2; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 11E07 FLP 3-1 [VFB_00061719]

A single 11E07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/11E07_B/Confocal_63x_2013-04-19_VNC/stack_TIFF/10E07_57C10FlpL_B_Br.tif. [ventrolateral domain of larval T2 neuromere; 5003147_G__1; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Lines/GMR_01-20/11E07_B/Confocal_63x_2013-04-19_VNC/stack_TIFF/10E07_57C10FlpL_B_Br.tif; Truman Larval Flip-Out Collection; GMR 11E07 FLP 3-1; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; P{GMR11E07-GAL4} expression pattern; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 11F03 FLP 1-1 [VFB_00058174]

A fragment of the 11F03 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/11F03_B/Confocal_63x_2012-03-24_11F03_VNC/stack_TIFF/11F03_57C10wtFlp_C_VNC.tif. [L3 CNS template - Wood2018; 5002540_G__1; GMR 11F03 FLP 1-1; embryonic/larval central nervous system; dorsolateral domain of larval A4 neuromere; dorsomedial domain of larval central nervous system; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval central nervous system; Lines/GMR_01-20/11F03_B/Confocal_63x_2012-03-24_11F03_VNC/stack_TIFF/11F03_57C10wtFlp_C_VNC.tif; expression pattern fragment; P{GMR11F03-GAL4} expression pattern; expresses]

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GMR 11F03 FLP 12-1 [VFB_00058173]

A single 11F03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/11F03_B/Confocal_63x_2012-03-24_11F03_VNC/stack_TIFF/11F03_57C10wtFlp_D_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; P{GMR11F03-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; GMR 11F03 FLP 12-1; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; is part of; 5002541_G__1; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; Lines/GMR_01-20/11F03_B/Confocal_63x_2012-03-24_11F03_VNC/stack_TIFF/11F03_57C10wtFlp_D_VNC.tif]

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GMR 11F03 FLP 9-1 [VFB_00061051]

A fragment of the 11F03 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/11F03_B/Confocal_63x_2012-03-24_11F03_VNC/stack_TIFF/11F03_57C10wtFlp_B_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; P{GMR11F03-GAL4} expression pattern; GMR 11F03 FLP 9-1; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_01-20/11F03_B/Confocal_63x_2012-03-24_11F03_VNC/stack_TIFF/11F03_57C10wtFlp_B_VNC.tif; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; 5002537_G__1; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 11F06 FLP 1-1 [VFB_00060349]

A single 11F06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/11F06/Confocal_63x_2013-04-12_VNC/stack_TIFF/11F06_57C10FlpL_G_VNC.tif. [5003756_R__1; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; GMR 11F06 FLP 1-1; P{GMR11F06-GAL4} expression pattern; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; expression pattern fragment; Lines/GMR_01-20/11F06/Confocal_63x_2013-04-12_VNC/stack_TIFF/11F06_57C10FlpL_G_VNC.tif; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 11F06 FLP 11-1 [VFB_00060330]

A single 11F06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/11F06/Confocal_63x_2013-04-12_VNC/stack_TIFF/11F06_57C10FlpL_E_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; P{GMR11F06-GAL4} expression pattern; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_01-20/11F06/Confocal_63x_2013-04-12_VNC/stack_TIFF/11F06_57C10FlpL_E_VNC.tif; central domain of larval central nervous system; GMR 11F06 FLP 11-1; is part of; 5003753_G__1; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; L3 CNS template - Wood2018]

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GMR 11F06 FLP 12-1 [VFB_00060333]

A single 11F06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/11F06/Confocal_63x_2013-04-12_VNC/stack_TIFF/11F06_57C10FlpL_A_VNC.tif. [5003751_R__1; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; GMR 11F06 FLP 12-1; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; P{GMR11F06-GAL4} expression pattern; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; expression pattern fragment; centrolateral domain of larval T3 neuromere; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; Lines/GMR_01-20/11F06/Confocal_63x_2013-04-12_VNC/stack_TIFF/11F06_57C10FlpL_A_VNC.tif; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; central domain of larval A1 neuromere; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 11F06 FLP 4-1 [VFB_00057572]

A fragment of the 11F06 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/11F06/Confocal_63x_2013-04-12_VNC/stack_TIFF/11F06_57C10FlpL_D_VNC.tif. [centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; Lines/GMR_01-20/11F06/Confocal_63x_2013-04-12_VNC/stack_TIFF/11F06_57C10FlpL_D_VNC.tif; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; P{GMR11F06-GAL4} expression pattern; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 11F06 FLP 4-1; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; 5003752_R__1; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 11F06 FLP 4-2 [VFB_00057573]

A fragment of the 11F06 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/11F06/Confocal_63x_2013-04-12_VNC/stack_TIFF/11F06_57C10FlpL_D_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; Lines/GMR_01-20/11F06/Confocal_63x_2013-04-12_VNC/stack_TIFF/11F06_57C10FlpL_D_VNC.tif; Truman Larval Flip-Out Collection; overlaps; 5003752_G__3; P{GMR11F06-GAL4} expression pattern; dorsolateral domain of larval A7 neuromere; expression pattern fragment; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; is part of; expresses; dorsolateral domain of larval A8 neuromere; embryonic/larval central nervous system; GMR 11F06 FLP 4-2; central domain of larval A8 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 11G03 FLP 2-1 [VFB_00057532]

A fragment of the 11G03 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/11G03_B/Confocal_63x_2011-12-14_11G03_VNC/stack_TIFF/11G03_57C10wtFlp_G_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; GMR 11G03 FLP 2-1; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR11G03-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; is part of; Lines/GMR_01-20/11G03_B/Confocal_63x_2011-12-14_11G03_VNC/stack_TIFF/11G03_57C10wtFlp_G_VNC.tif; ventral domain of larval A9 neuromere; expresses; embryonic/larval central nervous system; 5002668_G__3; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 11G09 FLP 10-1 [VFB_00061584]

A single 11G09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/11G09/Confocal_63x_2012-08-17_11G09_VNC/stack_TIFF/11G09_57C10FlpL_I_VNC.tif. [5001158_R__2; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval maxillary neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval maxillary neuromere; is part of; GMR 11G09 FLP 10-1; embryonic/larval neuron; Lines/GMR_01-20/11G09/Confocal_63x_2012-08-17_11G09_VNC/stack_TIFF/11G09_57C10FlpL_I_VNC.tif; expresses; embryonic/larval central nervous system; P{GMR11G09-GAL4} expression pattern; L3 CNS template - Wood2018]

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GMR 11G09 FLP 3-1 [VFB_00061777]

A fragment of the 11G09 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/11G09/Confocal_63x_2012-08-17_11G09_VNC/stack_TIFF/11G09_57C10FlpL_F_VNC.tif. [centromedial domain of larval A4 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval maxillary neuromere; ventrolateral domain of larval labial neuromere; 5001152_G__1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; dorsomedial domain of larval labial neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval T3 neuromere; Lines/GMR_01-20/11G09/Confocal_63x_2012-08-17_11G09_VNC/stack_TIFF/11G09_57C10FlpL_F_VNC.tif; dorsomedial domain of larval maxillary neuromere; is part of; ventromedial domain of larval maxillary neuromere; expresses; embryonic/larval central nervous system; GMR 11G09 FLP 3-1; P{GMR11G09-GAL4} expression pattern; L3 CNS template - Wood2018]

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GMR 11G09 FLP 4-1 [VFB_00061591]

A fragment of the 11G09 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/11G09/Confocal_63x_2012-08-17_11G09_VNC/stack_TIFF/11G09_57C10FlpL_D_VNC.tif. [ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; Lines/GMR_01-20/11G09/Confocal_63x_2012-08-17_11G09_VNC/stack_TIFF/11G09_57C10FlpL_D_VNC.tif; centromedial domain of larval T1 neuromere; centromedial domain of larval maxillary neuromere; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; ventromedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval mandibular neuromere; dorsomedial domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 11G09 FLP 4-1; dorsomedial domain of larval maxillary neuromere; is part of; ventromedial domain of larval maxillary neuromere; expresses; embryonic/larval central nervous system; P{GMR11G09-GAL4} expression pattern; centromedial domain of larval mandibular neuromere; 5001151_G__1; L3 CNS template - Wood2018]

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GMR 11G09 FLP 6-1 [VFB_00061780]

A single 11G09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/11G09/Confocal_63x_2012-08-17_11G09_VNC/stack_TIFF/11G09_57C10FlpL_A_VNC.tif. [confocal microscopy; unlicensed; GMR 11G09 FLP 6-1; centromedial domain of larval central nervous system; Lines/GMR_01-20/11G09/Confocal_63x_2012-08-17_11G09_VNC/stack_TIFF/11G09_57C10FlpL_A_VNC.tif; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; 5001157_R__2; dorsomedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; P{GMR11G09-GAL4} expression pattern; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 11G09 FLP 7-1 [VFB_00061781]

A fragment of the 11G09 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/11G09/Confocal_63x_2012-08-17_11G09_VNC/stack_TIFF/11G09_57C10FlpL_C_VNC.tif. [ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; GMR 11G09 FLP 7-1; unlicensed; Lines/GMR_01-20/11G09/Confocal_63x_2012-08-17_11G09_VNC/stack_TIFF/11G09_57C10FlpL_C_VNC.tif; centromedial domain of larval maxillary neuromere; centromedial domain of larval central nervous system; 5001156_G__1; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval T3 neuromere; is part of; ventromedial domain of larval maxillary neuromere; expresses; embryonic/larval central nervous system; P{GMR11G09-GAL4} expression pattern; L3 CNS template - Wood2018]

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GMR 11G09 FLP 9-1 [VFB_00061782]

A fragment of the 11G09 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/11G09/Confocal_63x_2012-08-17_11G09_VNC/stack_TIFF/11G09_57C10FlpL_E_VNC.tif. [ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval maxillary neuromere; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; GMR 11G09 FLP 9-1; ventrolateral domain of larval maxillary neuromere; ventromedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval T3 neuromere; 5001154_G__1; dorsomedial domain of larval maxillary neuromere; is part of; ventromedial domain of larval maxillary neuromere; expresses; Lines/GMR_01-20/11G09/Confocal_63x_2012-08-17_11G09_VNC/stack_TIFF/11G09_57C10FlpL_E_VNC.tif; embryonic/larval central nervous system; P{GMR11G09-GAL4} expression pattern; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 11H10 FLP 34-1 [VFB_00060981]

A single 11H10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/11H10_sp_B/Confocal_63x_2012-03-29_11H10_VNC/stack_TIFF/11H10_57C10FlpL_A_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; 5004295_G__1; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; Lines/GMR_01-20/11H10_sp_B/Confocal_63x_2012-03-29_11H10_VNC/stack_TIFF/11H10_57C10FlpL_A_VNC.tif; centrolateral domain of larval T3 neuromere; P{GMR11H10-GAL4} expression pattern; is part of; GMR 11H10 FLP 34-1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 121B02 FLP 11-1 [VFB_00060404]

A fragment of the 121B02 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/121B02/Confocal_63X_2014-11-03_VNC_Scope2/stack_TIFF/121B02_57C10wt_D_VNC.tif. [centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; ventrolateral domain of larval labial neuromere; GMR 121B02 FLP 11-1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; dorsomedial domain of larval maxillary neuromere; is part of; 6100432_G__1; embryonic/larval central nervous system; central domain of larval labial neuromere; Lines/GMR_120-129/121B02/Confocal_63X_2014-11-03_VNC_Scope2/stack_TIFF/121B02_57C10wt_D_VNC.tif; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 121B02 FLP 12-1 [VFB_00060405]

A fragment of the 121B02 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/121B02/Confocal_63X_2014-11-03_VNC_Scope2/stack_TIFF/121B02_57C10wt_E_VNC.tif. [ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval maxillary neuromere; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; dorsomedial domain of larval labial neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 6100431_R__1; Lines/GMR_120-129/121B02/Confocal_63X_2014-11-03_VNC_Scope2/stack_TIFF/121B02_57C10wt_E_VNC.tif; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval maxillary neuromere; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; central domain of larval mandibular neuromere; dorsomedial domain of larval maxillary neuromere; is part of; ventromedial domain of larval maxillary neuromere; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval central nervous system; GMR 121B02 FLP 12-1; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 121B02 FLP 12-2 [VFB_00060406]

A single 121B02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/121B02/Confocal_63X_2014-11-03_VNC_Scope2/stack_TIFF/121B02_57C10wt_E_VNC.tif. [dorsolateral domain of larval T3 neuromere; 6100431_G__1; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; Lines/GMR_120-129/121B02/Confocal_63X_2014-11-03_VNC_Scope2/stack_TIFF/121B02_57C10wt_E_VNC.tif; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; embryonic/larval central nervous system; central domain of larval labial neuromere; central domain of larval A1 neuromere; centrolateral domain of larval T1 neuromere; GMR 121B02 FLP 12-2; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 121B02 FLP 3-1 [VFB_00060407]

A single 121B02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/121B02/Confocal_63X_2014-11-03_VNC_Scope2/stack_TIFF/121B02_57C10wt_C_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; larval T2 leg neuropil; centromedial domain of larval T1 neuromere; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_120-129/121B02/Confocal_63X_2014-11-03_VNC_Scope2/stack_TIFF/121B02_57C10wt_C_VNC.tif; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; 6100434_G__3; central domain of larval central nervous system; dorsomedial domain of larval maxillary neuromere; is part of; embryonic/larval neuron; embryonic/larval central nervous system; central domain of larval labial neuromere; central domain of larval A1 neuromere; GMR 121B02 FLP 3-1; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 127E09 FLP 1-1 [VFB_00058347]

A fragment of the 127E09 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/127E09/Confocal_63X_2014-09-09_VNC/127E09_57C10L_D_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; Lines/GMR_120-129/127E09/Confocal_63X_2014-09-09_VNC/127E09_57C10L_D_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; 6100680_G__1; central domain of larval central nervous system; is part of; GMR 127E09 FLP 1-1; embryonic/larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 127E09 FLP 2-1 [VFB_00058348]

A fragment of the 127E09 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/127E09/Confocal_63X_2014-09-09_VNC/127E09_57C10L_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; GMR 127E09 FLP 2-1; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; 6100681_R__1; central domain of larval central nervous system; is part of; centrolateral domain of larval labial neuromere; Lines/GMR_120-129/127E09/Confocal_63X_2014-09-09_VNC/127E09_57C10L_B_VNC.tif; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 127E09 FLP 2-2 [VFB_00058349]

A single 127E09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/127E09/Confocal_63X_2014-09-09_VNC/127E09_57C10L_B_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; ventrolateral domain of larval T1 neuromere; ventrolateral domain of larval labial neuromere; unlicensed; confocal microscopy; Truman Larval Flip-Out Collection; is part of; overlaps; 6100681_G__1; GMR 127E09 FLP 2-2; ventrolateral domain of larval central nervous system; embryonic/larval neuron; Lines/GMR_120-129/127E09/Confocal_63X_2014-09-09_VNC/127E09_57C10L_B_VNC.tif]

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GMR 12A02 FLP 13-1 [VFB_00061890]

A fragment of the 12A02 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/12A02/Confocal_63x_2013-03-08_VNC/stack_TIFF/12A02_3xwtFlp40_B_VNC.tif. [Lines/GMR_01-20/12A02/Confocal_63x_2013-03-08_VNC/stack_TIFF/12A02_3xwtFlp40_B_VNC.tif; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centromedial domain of larval maxillary neuromere; P{GMR12A02-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; expression pattern fragment; GMR 12A02 FLP 13-1; is part of; ventromedial domain of larval maxillary neuromere; expresses; embryonic/larval central nervous system; 5002777_R__1; L3 CNS template - Wood2018]

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GMR 12A02 FLP 14-1 [VFB_00061892]

A single 12A02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/12A02/Confocal_63x_2013-03-08_VNC/stack_TIFF/12A02_3xwtFlp40_C_VNC.tif. [ventrolateral domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; P{GMR12A02-GAL4} expression pattern; 5002775_R__3; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; GMR 12A02 FLP 14-1; Lines/GMR_01-20/12A02/Confocal_63x_2013-03-08_VNC/stack_TIFF/12A02_3xwtFlp40_C_VNC.tif; L3 CNS template - Wood2018]

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GMR 12A10 FLP 14-1 [VFB_00058406]

A single 12A10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/12A10_B/Confocal_63x_2012-08-17_12A10_VNC/stack_TIFF/12A10_57C10FlpL_B_VNC.tif. [embryonic/larval neuron; L3 CNS template - Wood2018; Lines/GMR_01-20/12A10_B/Confocal_63x_2012-08-17_12A10_VNC/stack_TIFF/12A10_57C10FlpL_B_VNC.tif; embryonic/larval central nervous system; GMR 12A10 FLP 14-1; 5003261_R__1; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; expression pattern fragment; P{GMR12A10-GAL4} expression pattern; expresses]

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GMR 12A10 FLP 18-1 [VFB_00058407]

A single 12A10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/12A10_B/Confocal_63x_2012-08-17_12A10_VNC/stack_TIFF/12A10_57C10FlpL_C_VNC.tif. [confocal microscopy; unlicensed; GMR 12A10 FLP 18-1; 5003265_G__3; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; P{GMR12A10-GAL4} expression pattern; expresses; embryonic/larval central nervous system; Lines/GMR_01-20/12A10_B/Confocal_63x_2012-08-17_12A10_VNC/stack_TIFF/12A10_57C10FlpL_C_VNC.tif; L3 CNS template - Wood2018]

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GMR 12A10 FLP 19-1 [VFB_00058408]

A single 12A10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/12A10_B/Confocal_63x_2012-08-17_12A10_VNC/stack_TIFF/12A10_57C10FlpL_E_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; 5003264_G__1; GMR 12A10 FLP 19-1; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_01-20/12A10_B/Confocal_63x_2012-08-17_12A10_VNC/stack_TIFF/12A10_57C10FlpL_E_VNC.tif; central domain of larval central nervous system; is part of; embryonic/larval neuron; P{GMR12A10-GAL4} expression pattern; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 12C03 FLP 13-1 [VFB_00057433]

A single 12C03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/12C03_sp_AB/Confocal_63x_2011-10-25_12C03_VNC_wtFlp-JT/stack_TIFF/12C03_57C10wtFlp_H.tif. [confocal microscopy; unlicensed; 5002816_R__1; centrolateral domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; P{GMR12C03-GAL4} expression pattern; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_01-20/12C03_sp_AB/Confocal_63x_2011-10-25_12C03_VNC_wtFlp-JT/stack_TIFF/12C03_57C10wtFlp_H.tif; central domain of larval central nervous system; GMR 12C03 FLP 13-1; ventrolateral domain of larval A5 neuromere; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 12C03 FLP 13-2 [VFB_00057434]

A single 12C03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/12C03_sp_AB/Confocal_63x_2011-10-25_12C03_VNC_wtFlp-JT/stack_TIFF/12C03_57C10wtFlp_H.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; dorsomedial domain of larval central nervous system; expression pattern fragment; confocal microscopy; GMR 12C03 FLP 13-2; unlicensed; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; is part of; overlaps; 5002816_R__2; dorsomedial domain of larval T1 neuromere; embryonic/larval neuron; Lines/GMR_01-20/12C03_sp_AB/Confocal_63x_2011-10-25_12C03_VNC_wtFlp-JT/stack_TIFF/12C03_57C10wtFlp_H.tif; P{GMR12C03-GAL4} expression pattern; expresses]

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GMR 12C03 FLP 13-3 [VFB_00057435]

A single 12C03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/12C03_sp_AB/Confocal_63x_2011-10-25_12C03_VNC_wtFlp-JT/stack_TIFF/12C03_57C10wtFlp_H.tif. [L3 CNS template - Wood2018; ventrolateral domain of larval A7 neuromere; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; GMR 12C03 FLP 13-3; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; 5002816_G__2; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; embryonic/larval neuron; Lines/GMR_01-20/12C03_sp_AB/Confocal_63x_2011-10-25_12C03_VNC_wtFlp-JT/stack_TIFF/12C03_57C10wtFlp_H.tif; P{GMR12C03-GAL4} expression pattern; expresses]

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GMR 12C03 FLP 13-4 [VFB_00057436]

A single 12C03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/12C03_sp_AB/Confocal_63x_2011-10-25_12C03_VNC_wtFlp-JT/stack_TIFF/12C03_57C10wtFlp_H.tif. [centromedial domain of larval T2 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval maxillary neuromere; P{GMR12C03-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; dorsomedial domain of larval labial neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval mandibular neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; expression pattern fragment; Lines/GMR_01-20/12C03_sp_AB/Confocal_63x_2011-10-25_12C03_VNC_wtFlp-JT/stack_TIFF/12C03_57C10wtFlp_H.tif; dorsomedial domain of larval T3 neuromere; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; dorsomedial domain of larval maxillary neuromere; is part of; 5002816_G__3; GMR 12C03 FLP 13-4; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; centromedial domain of larval mandibular neuromere; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 12C03 FLP 14-1 [VFB_00057437]

A fragment of the 12C03 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/12C03_sp_AB/Confocal_63x_2011-10-25_12C03_VNC_wtFlp-JT/stack_TIFF/12C03_57C10wtFlp_F.tif. [confocal microscopy; unlicensed; P{GMR12C03-GAL4} expression pattern; central domain of larval A6 neuromere; ventrolateral domain of larval A6 neuromere; ventrolateral domain of larval A7 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; Lines/GMR_01-20/12C03_sp_AB/Confocal_63x_2011-10-25_12C03_VNC_wtFlp-JT/stack_TIFF/12C03_57C10wtFlp_F.tif; expresses; embryonic/larval central nervous system; 5002815_R__1; L3 CNS template - Wood2018; GMR 12C03 FLP 14-1]

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GMR 12C03 FLP 14-2 [VFB_00057438]

A fragment of the 12C03 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/12C03_sp_AB/Confocal_63x_2011-10-25_12C03_VNC_wtFlp-JT/stack_TIFF/12C03_57C10wtFlp_F.tif. [confocal microscopy; unlicensed; central domain of larval A7 neuromere; P{GMR12C03-GAL4} expression pattern; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; ventrolateral domain of larval A7 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A6 neuromere; GMR 12C03 FLP 14-2; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; Lines/GMR_01-20/12C03_sp_AB/Confocal_63x_2011-10-25_12C03_VNC_wtFlp-JT/stack_TIFF/12C03_57C10wtFlp_F.tif; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; 5002815_G__1; L3 CNS template - Wood2018]

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GMR 12C03 FLP 15-1 [VFB_00057439]

A single 12C03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/12C03_sp_AB/Confocal_63x_2011-10-25_12C03_VNC_wtFlp-JT/stack_TIFF/12C03_57C10wtFlp_D.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; GMR 12C03 FLP 15-1; expression pattern fragment; confocal microscopy; unlicensed; Lines/GMR_01-20/12C03_sp_AB/Confocal_63x_2011-10-25_12C03_VNC_wtFlp-JT/stack_TIFF/12C03_57C10wtFlp_D.tif; Truman Larval Flip-Out Collection; is part of; 5002814_R__1; embryonic/larval neuron; P{GMR12C03-GAL4} expression pattern; expresses]

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GMR 12C03 FLP 15-2 [VFB_00057440]

A single 12C03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/12C03_sp_AB/Confocal_63x_2011-10-25_12C03_VNC_wtFlp-JT/stack_TIFF/12C03_57C10wtFlp_D.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; P{GMR12C03-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; 5002814_R__2; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; GMR 12C03 FLP 15-2; central domain of larval central nervous system; Lines/GMR_01-20/12C03_sp_AB/Confocal_63x_2011-10-25_12C03_VNC_wtFlp-JT/stack_TIFF/12C03_57C10wtFlp_D.tif; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 12C03 FLP 6-1 [VFB_00060217]

A single 12C03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/12C03_sp_AB/Confocal_63x_2011-10-25_12C03_VNC_wtFlp-JT/stack_TIFF/12C03_57C10wtFlp_E.tif. [confocal microscopy; unlicensed; central domain of larval A7 neuromere; 5002820_R__2; P{GMR12C03-GAL4} expression pattern; central domain of larval A6 neuromere; ventrolateral domain of larval A6 neuromere; ventrolateral domain of larval A7 neuromere; centromedial domain of larval central nervous system; GMR 12C03 FLP 6-1; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; centromedial domain of larval A7 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; Lines/GMR_01-20/12C03_sp_AB/Confocal_63x_2011-10-25_12C03_VNC_wtFlp-JT/stack_TIFF/12C03_57C10wtFlp_E.tif; embryonic/larval central nervous system; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 12C03 FLP 6-2 [VFB_00060218]

A single 12C03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/12C03_sp_AB/Confocal_63x_2011-10-25_12C03_VNC_wtFlp-JT/stack_TIFF/12C03_57C10wtFlp_E.tif. [confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; P{GMR12C03-GAL4} expression pattern; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; 5002820_G__1; central domain of larval central nervous system; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; GMR 12C03 FLP 6-2; central domain of larval A3 neuromere; expresses; Lines/GMR_01-20/12C03_sp_AB/Confocal_63x_2011-10-25_12C03_VNC_wtFlp-JT/stack_TIFF/12C03_57C10wtFlp_E.tif; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 12C04 FLP 1-1 [VFB_00061682]

A single 12C04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/12C04_complex-B/Confocal_63x_2012-03-30_12C04_VNC/stack_TIFF/12C04_57C10FlpL_A_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; GMR 12C04 FLP 1-1; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; 5000947_R__1; embryonic/larval neuron; Lines/GMR_01-20/12C04_complex-B/Confocal_63x_2012-03-30_12C04_VNC/stack_TIFF/12C04_57C10FlpL_A_VNC.tif; P{GMR12C04-GAL4} expression pattern; expresses]

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GMR 12C04 FLP 3-1 [VFB_00061683]

A fragment of the 12C04 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/12C04_complex-B/Confocal_63x_2012-03-30_12C04_VNC/stack_TIFF/12C04_57C10FlpL_D_VNC.tif. [L3 CNS template - Wood2018; Lines/GMR_01-20/12C04_complex-B/Confocal_63x_2012-03-30_12C04_VNC/stack_TIFF/12C04_57C10FlpL_D_VNC.tif; embryonic/larval central nervous system; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; GMR 12C04 FLP 3-1; is part of; overlaps; centromedial domain of larval A3 neuromere; 5000945_R__1; expression pattern fragment; P{GMR12C04-GAL4} expression pattern; expresses; centromedial domain of larval central nervous system]

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GMR 12C04 FLP 3-2 [VFB_00061684]

A single 12C04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/12C04_complex-B/Confocal_63x_2012-03-30_12C04_VNC/stack_TIFF/12C04_57C10FlpL_D_VNC.tif. [L3 CNS template - Wood2018; Lines/GMR_01-20/12C04_complex-B/Confocal_63x_2012-03-30_12C04_VNC/stack_TIFF/12C04_57C10FlpL_D_VNC.tif; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; GMR 12C04 FLP 3-2; 5000945_G__3; embryonic/larval neuron; P{GMR12C04-GAL4} expression pattern; expresses]

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GMR 12C04 FLP 4-1 [VFB_00061685]

A single 12C04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/12C04_complex-B/Confocal_63x_2012-03-30_12C04_VNC/stack_TIFF/12C04_57C10FlpL_E_VNC.tif. [L3 CNS template - Wood2018; 5000944_R__2; GMR 12C04 FLP 4-1; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; Lines/GMR_01-20/12C04_complex-B/Confocal_63x_2012-03-30_12C04_VNC/stack_TIFF/12C04_57C10FlpL_E_VNC.tif; embryonic/larval neuron; P{GMR12C04-GAL4} expression pattern; expresses]

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GMR 12C04 FLP 4-2 [VFB_00061686]

A fragment of the 12C04 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/12C04_complex-B/Confocal_63x_2012-03-30_12C04_VNC/stack_TIFF/12C04_57C10FlpL_E_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; is part of; Lines/GMR_01-20/12C04_complex-B/Confocal_63x_2012-03-30_12C04_VNC/stack_TIFF/12C04_57C10FlpL_E_VNC.tif; P{GMR12C04-GAL4} expression pattern; expresses; embryonic/larval central nervous system; 5000944_G__2; GMR 12C04 FLP 4-2; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 12C04 FLP 5-1 [VFB_00061687]

A single 12C04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/12C04_complex-B/Confocal_63x_2012-03-30_12C04_VNC/stack_TIFF/12C04_57C10FlpL_F_VNC.tif. [L3 CNS template - Wood2018; GMR 12C04 FLP 5-1; 5000943_R__2; embryonic/larval central nervous system; central domain of larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; Lines/GMR_01-20/12C04_complex-B/Confocal_63x_2012-03-30_12C04_VNC/stack_TIFF/12C04_57C10FlpL_F_VNC.tif; embryonic/larval neuron; P{GMR12C04-GAL4} expression pattern; expresses; central domain of larval A3 neuromere]

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GMR 12C04 FLP 5-2 [VFB_00061688]

A fragment of the 12C04 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/12C04_complex-B/Confocal_63x_2012-03-30_12C04_VNC/stack_TIFF/12C04_57C10FlpL_F_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; confocal microscopy; 5000943_G__2; GMR 12C04 FLP 5-2; unlicensed; Truman Larval Flip-Out Collection; is part of; Lines/GMR_01-20/12C04_complex-B/Confocal_63x_2012-03-30_12C04_VNC/stack_TIFF/12C04_57C10FlpL_F_VNC.tif; expression pattern fragment; P{GMR12C04-GAL4} expression pattern; expresses]

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GMR 12C12 FLP 12-1 [VFB_00060384]

A single 12C12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/12C12/Confocal_63x_2012-08-01_12C12_VNC/stack_TIFF/12C12_57C10wtFlp_G_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; P{GMR12C12-GAL4} expression pattern; is part of; embryonic/larval neuron; expresses; GMR 12C12 FLP 12-1; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018; 5002445_R__1; Lines/GMR_01-20/12C12/Confocal_63x_2012-08-01_12C12_VNC/stack_TIFF/12C12_57C10wtFlp_G_VNC.tif]

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GMR 12C12 FLP 15-1 [VFB_00060589]

A single 12C12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/12C12/Confocal_63x_2012-08-01_12C12_VNC/stack_TIFF/12C12_57C10wtFlp_D_VNC.tif. [centromedial domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; Lines/GMR_01-20/12C12/Confocal_63x_2012-08-01_12C12_VNC/stack_TIFF/12C12_57C10wtFlp_D_VNC.tif; centromedial domain of larval T3 neuromere; 5002444_R__1; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval A2 neuromere; dorsomedial domain of larval T1 neuromere; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; P{GMR12C12-GAL4} expression pattern; centrolateral domain of larval A1 neuromere; is part of; GMR 12C12 FLP 15-1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 12C12 FLP 7-1 [VFB_00058160]

A single 12C12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/12C12/Confocal_63x_2012-08-01_12C12_VNC/stack_TIFF/12C12_57C10wtFlp_E_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; GMR 12C12 FLP 7-1; expression pattern fragment; ventrolateral domain of larval T3 neuromere; ventrolateral domain of larval central nervous system; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; P{GMR12C12-GAL4} expression pattern; centrolateral domain of larval A1 neuromere; is part of; 5002450_R__1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_01-20/12C12/Confocal_63x_2012-08-01_12C12_VNC/stack_TIFF/12C12_57C10wtFlp_E_VNC.tif; larval T3 leg neuropil; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 12D02 FLP 18-1 [VFB_00060837]

A single 12D02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/12D02/Confocal_63x_2012-08-17_12D02_VNC/stack_TIFF/12D02_57C10FlpL_F_VNC.tif. [confocal microscopy; unlicensed; P{GMR12D02-GAL4} expression pattern; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A7 neuromere; Lines/GMR_01-20/12D02/Confocal_63x_2012-08-17_12D02_VNC/stack_TIFF/12D02_57C10FlpL_F_VNC.tif; dorsolateral domain of larval A6 neuromere; is part of; ventral domain of larval A9 neuromere; embryonic/larval neuron; expresses; dorsolateral domain of larval A8 neuromere; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; 5002337_R__1; dorsomedial domain of larval A8 neuromere; dorsolateral domain of larval central nervous system; GMR 12D02 FLP 18-1; L3 CNS template - Wood2018]

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GMR 12D02 FLP 18-2 [VFB_00060838]

A single 12D02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/12D02/Confocal_63x_2012-08-17_12D02_VNC/stack_TIFF/12D02_57C10FlpL_F_VNC.tif. [L3 CNS template - Wood2018; Lines/GMR_01-20/12D02/Confocal_63x_2012-08-17_12D02_VNC/stack_TIFF/12D02_57C10FlpL_F_VNC.tif; embryonic/larval central nervous system; dorsolateral domain of larval A6 neuromere; expression pattern fragment; dorsolateral domain of larval A7 neuromere; expresses; unlicensed; confocal microscopy; Truman Larval Flip-Out Collection; is part of; overlaps; 5002337_G__1; P{GMR12D02-GAL4} expression pattern; dorsolateral domain of larval central nervous system; GMR 12D02 FLP 18-2; embryonic/larval neuron; dorsolateral domain of larval A8 neuromere]

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GMR 12D11 FLP 5-1 [VFB_00058391]

A single 12D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/12D11_B/Confocal_63x_2013-04-12_VNC/stack_TIFF/12D11_57C10FlpL_C_VNC.tif. [confocal microscopy; unlicensed; P{GMR12D11-GAL4} expression pattern; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; Lines/GMR_01-20/12D11_B/Confocal_63x_2013-04-12_VNC/stack_TIFF/12D11_57C10FlpL_C_VNC.tif; is part of; embryonic/larval neuron; expresses; GMR 12D11 FLP 5-1; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; 5001754_R__1; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 12D12 FLP 7-1 [VFB_00061483]

A fragment of the 12D12 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/12D12_complex B/Confocal_63x_2012-06-12_12D12_VNC/stack_TIFF/12D12_57C10FlpL_D_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; P{GMR12D12-GAL4} expression pattern; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; is part of; GMR 12D12 FLP 7-1; Lines/GMR_01-20/12D12_complex B/Confocal_63x_2012-06-12_12D12_VNC/stack_TIFF/12D12_57C10FlpL_D_VNC.tif; expresses; 5004042_R__1; embryonic/larval central nervous system; ventrolateral domain of larval A1 neuromere; larval T3 leg neuropil; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 12E04 FLP 2-1 [VFB_00060259]

A single 12E04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/12E04/Confocal_63x_2012-08-17_12E04_VNC/stack_TIFF/12E04_57C10FlpL_E_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; P{GMR12E04-GAL4} expression pattern; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; Lines/GMR_01-20/12E04/Confocal_63x_2012-08-17_12E04_VNC/stack_TIFF/12E04_57C10FlpL_E_VNC.tif; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; GMR 12E04 FLP 2-1; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; 5003538_R__1; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 12E04 FLP 2-2 [VFB_00060260]

A fragment of the 12E04 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/12E04/Confocal_63x_2012-08-17_12E04_VNC/stack_TIFF/12E04_57C10FlpL_E_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; 5003538_G__2; centrolateral domain of larval central nervous system; P{GMR12E04-GAL4} expression pattern; GMR 12E04 FLP 2-2; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; Lines/GMR_01-20/12E04/Confocal_63x_2012-08-17_12E04_VNC/stack_TIFF/12E04_57C10FlpL_E_VNC.tif; central domain of larval central nervous system; is part of; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 12E04 FLP 8-1 [VFB_00060703]

A single 12E04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/12E04/Confocal_63x_2012-08-17_12E04_VNC/stack_TIFF/12E04_57C10FlpL_A_VNC.tif. [confocal microscopy; unlicensed; central domain of larval A7 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; ventrolateral domain of larval A7 neuromere; P{GMR12E04-GAL4} expression pattern; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 12E04 FLP 8-1; central domain of larval central nervous system; 5003541_R__3; ventrolateral domain of larval A5 neuromere; is part of; centromedial domain of larval A7 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centrolateral domain of larval A7 neuromere; central domain of larval A5 neuromere; Lines/GMR_01-20/12E04/Confocal_63x_2012-08-17_12E04_VNC/stack_TIFF/12E04_57C10FlpL_A_VNC.tif; L3 CNS template - Wood2018]

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GMR 13A04 FLP 10-1 [VFB_00061784]

A single 13A04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/13A04/Confocal_63x_2012-08-23_13A04_VNC/stack_TIFF/13A04_57C10wtFlp_E_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; GMR 13A04 FLP 10-1; P{GMR13A04-GAL4} expression pattern; centrolateral domain of larval A1 neuromere; Lines/GMR_01-20/13A04/Confocal_63x_2012-08-23_13A04_VNC/stack_TIFF/13A04_57C10wtFlp_E_VNC.tif; is part of; 5003356_R__1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A1 neuromere; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 13A04 FLP 11-1 [VFB_00061785]

A single 13A04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/13A04/Confocal_63x_2012-08-23_13A04_VNC/stack_TIFF/13A04_57C10wtFlp_I_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; Lines/GMR_01-20/13A04/Confocal_63x_2012-08-23_13A04_VNC/stack_TIFF/13A04_57C10wtFlp_I_VNC.tif; dorsolateral domain of larval A4 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; 5003355_G__1; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; P{GMR13A04-GAL4} expression pattern; centrolateral domain of larval A2 neuromere; is part of; GMR 13A04 FLP 11-1; embryonic/larval neuron; centrolateral domain of larval A3 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 13A04 FLP 14-1 [VFB_00061648]

A fragment of the 13A04 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/13A04/Confocal_63x_2012-08-23_13A04_VNC/stack_TIFF/13A04_57C10wtFlp_D_VNC.tif. [L3 CNS template - Wood2018; 5003352_R__1; embryonic/larval central nervous system; dorsomedial domain of larval central nervous system; Lines/GMR_01-20/13A04/Confocal_63x_2012-08-23_13A04_VNC/stack_TIFF/13A04_57C10wtFlp_D_VNC.tif; P{GMR13A04-GAL4} expression pattern; expresses; unlicensed; confocal microscopy; Truman Larval Flip-Out Collection; is part of; overlaps; centromedial domain of larval T3 neuromere; expression pattern fragment; GMR 13A04 FLP 14-1; dorsomedial domain of larval T3 neuromere; centromedial domain of larval central nervous system]

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GMR 13A04 FLP 14-2 [VFB_00061649]

A single 13A04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/13A04/Confocal_63x_2012-08-23_13A04_VNC/stack_TIFF/13A04_57C10wtFlp_D_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; GMR 13A04 FLP 14-2; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; 5003352_G__1; P{GMR13A04-GAL4} expression pattern; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; Lines/GMR_01-20/13A04/Confocal_63x_2012-08-23_13A04_VNC/stack_TIFF/13A04_57C10wtFlp_D_VNC.tif; ventrolateral domain of larval A4 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 13A04 FLP 14-3 [VFB_00061650]

A single 13A04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/13A04/Confocal_63x_2012-08-23_13A04_VNC/stack_TIFF/13A04_57C10wtFlp_D_VNC.tif. [ventrolateral domain of larval T2 neuromere; 5003352_G__2; confocal microscopy; unlicensed; central domain of larval T3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 13A04 FLP 14-3; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; P{GMR13A04-GAL4} expression pattern; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_01-20/13A04/Confocal_63x_2012-08-23_13A04_VNC/stack_TIFF/13A04_57C10wtFlp_D_VNC.tif; L3 CNS template - Wood2018]

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GMR 13A04 FLP 15-1 [VFB_00061788]

A single 13A04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/13A04/Confocal_63x_2012-08-23_13A04_VNC/stack_TIFF/13A04_57C10wtFlp_C_VNC.tif. [Lines/GMR_01-20/13A04/Confocal_63x_2012-08-23_13A04_VNC/stack_TIFF/13A04_57C10wtFlp_C_VNC.tif; confocal microscopy; 5003351_R__2; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; GMR 13A04 FLP 15-1; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; P{GMR13A04-GAL4} expression pattern; centrolateral domain of larval A2 neuromere; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 13A04 FLP 9-1 [VFB_00061405]

A single 13A04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/13A04/Confocal_63x_2012-08-23_13A04_VNC/stack_TIFF/13A04_57C10wtFlp_H_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; GMR 13A04 FLP 9-1; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; P{GMR13A04-GAL4} expression pattern; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; 5003357_R__2; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; Lines/GMR_01-20/13A04/Confocal_63x_2012-08-23_13A04_VNC/stack_TIFF/13A04_57C10wtFlp_H_VNC.tif; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 13A04 FLP 9-2 [VFB_00061406]

A single 13A04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/13A04/Confocal_63x_2012-08-23_13A04_VNC/stack_TIFF/13A04_57C10wtFlp_H_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; GMR 13A04 FLP 9-2; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; 5003357_G__3; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; P{GMR13A04-GAL4} expression pattern; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; Lines/GMR_01-20/13A04/Confocal_63x_2012-08-23_13A04_VNC/stack_TIFF/13A04_57C10wtFlp_H_VNC.tif; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 13B06 FLP 3-1 [VFB_00061783]

A single 13B06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/13B06_sp_NoB/Confocal_63x_2011-08-10_13B06_VNC_FlpL/stack_TIFF/13B06_57C10FlpL_G-2.tif. [confocal microscopy; 5003605_G__3; unlicensed; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; central domain of larval A6 neuromere; ventrolateral domain of larval A6 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; P{GMR13B06-GAL4} expression pattern; is part of; GMR 13B06 FLP 3-1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A5 neuromere; Lines/GMR_01-20/13B06_sp_NoB/Confocal_63x_2011-08-10_13B06_VNC_FlpL/stack_TIFF/13B06_57C10FlpL_G-2.tif; L3 CNS template - Wood2018]

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GMR 13B07 FLP 10-1 [VFB_00058297]

A single 13B07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/13B07_sp_A_sparse B/Confocal_63x_2011-08-16_13B07_VNC/stack_TIFF/13B07_57C10wtFlp_C.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 13B07 FLP 10-1; expression pattern fragment; 5002179_R__1; Lines/GMR_01-20/13B07_sp_A_sparse B/Confocal_63x_2011-08-16_13B07_VNC/stack_TIFF/13B07_57C10wtFlp_C.tif; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR13B07-GAL4} expression pattern]

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GMR 13B08 FLP 38-1 [VFB_00060312]

A fragment of the 13B08 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/13B08/Confocal_63x_2013-04-02_VNC/stack_TIFF/13B08_57C10wtFlp_K_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; GMR 13B08 FLP 38-1; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Lines/GMR_01-20/13B08/Confocal_63x_2013-04-02_VNC/stack_TIFF/13B08_57C10wtFlp_K_VNC.tif; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; P{GMR13B08-GAL4} expression pattern; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A1 neuromere; 5002201_G__1; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 13B09 FLP 13-1 [VFB_00060215]

A fragment of the 13B09 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/13B09_new/Confocal_63X_2014-09-30_VNC/stack_TIFF/13B09_57C10L_A_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; 5003195_R__1; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; P{GMR13B09-GAL4} expression pattern; expression pattern fragment; centrolateral domain of larval T3 neuromere; dorsolateral domain of larval T1 neuromere; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; GMR 13B09 FLP 13-1; expresses; embryonic/larval central nervous system; Lines/GMR_01-20/13B09_new/Confocal_63X_2014-09-30_VNC/stack_TIFF/13B09_57C10L_A_VNC.tif; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 13B09 FLP 13-2 [VFB_00060216]

A single 13B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/13B09_new/Confocal_63X_2014-09-30_VNC/stack_TIFF/13B09_57C10L_A_VNC.tif. [ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; GMR 13B09 FLP 13-2; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; ventrolateral domain of larval maxillary neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR13B09-GAL4} expression pattern; 5003195_R__2; central domain of larval maxillary neuromere; central domain of larval central nervous system; is part of; ventromedial domain of larval maxillary neuromere; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_01-20/13B09_new/Confocal_63X_2014-09-30_VNC/stack_TIFF/13B09_57C10L_A_VNC.tif; central domain of larval labial neuromere; centrolateral domain of larval maxillary neuromere; L3 CNS template - Wood2018]

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GMR 13C12 FLP 13-1 [VFB_00060242]

A single 13C12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/13C12/Confocal_63x_2012-03-13_13C12_VNC/stack_TIFF/13C12_57C10wtFlp_F_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; P{GMR13C12-GAL4} expression pattern; expression pattern fragment; confocal microscopy; Lines/GMR_01-20/13C12/Confocal_63x_2012-03-13_13C12_VNC/stack_TIFF/13C12_57C10wtFlp_F_VNC.tif; unlicensed; Truman Larval Flip-Out Collection; GMR 13C12 FLP 13-1; is part of; 5000215_G__2; embryonic/larval neuron; expresses]

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GMR 13C12 FLP 14-1 [VFB_00060243]

A fragment of the 13C12 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/13C12/Confocal_63x_2012-03-13_13C12_VNC/stack_TIFF/13C12_57C10wtFlp_C_VNC.tif. [L3 CNS template - Wood2018; larval T1 leg neuropil; embryonic/larval central nervous system; P{GMR13C12-GAL4} expression pattern; ventrolateral domain of larval T1 neuromere; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; centrolateral domain of larval T1 neuromere; GMR 13C12 FLP 14-1; 5000214_G__1; Lines/GMR_01-20/13C12/Confocal_63x_2012-03-13_13C12_VNC/stack_TIFF/13C12_57C10wtFlp_C_VNC.tif; centrolateral domain of larval central nervous system; ventrolateral domain of larval central nervous system; expression pattern fragment; expresses]

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GMR 13C12 FLP 7-1 [VFB_00060240]

A fragment of the 13C12 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/13C12/Confocal_63x_2012-03-13_13C12_VNC/stack_TIFF/13C12_57C10wtFlp_D_VNC.tif. [P{GMR13C12-GAL4} expression pattern; confocal microscopy; unlicensed; dorsolateral domain of larval A5 neuromere; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; Lines/GMR_01-20/13C12/Confocal_63x_2012-03-13_13C12_VNC/stack_TIFF/13C12_57C10wtFlp_D_VNC.tif; is part of; GMR 13C12 FLP 7-1; expresses; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; 5000213_G__1; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 13C12 FLP 9-1 [VFB_00060241]

A single 13C12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/13C12/Confocal_63x_2012-03-13_13C12_VNC/stack_TIFF/13C12_57C10wtFlp_K_VNC.tif. [Lines/GMR_01-20/13C12/Confocal_63x_2012-03-13_13C12_VNC/stack_TIFF/13C12_57C10wtFlp_K_VNC.tif; P{GMR13C12-GAL4} expression pattern; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; GMR 13C12 FLP 9-1; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval A2 neuromere; 5000211_G__1; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 13D02 FLP 18-1 [VFB_00061154]

A single 13D02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/13D02/Confocal_63x_2012-08-23_13D02_VNC/stack_TIFF/13D02_57C10wtFlp_G_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; central domain of larval T3 neuromere; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; ventrolateral domain of larval T3 neuromere; P{GMR13D02-GAL4} expression pattern; Lines/GMR_01-20/13D02/Confocal_63x_2012-08-23_13D02_VNC/stack_TIFF/13D02_57C10wtFlp_G_VNC.tif; central domain of larval central nervous system; is part of; GMR 13D02 FLP 18-1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; 5004056_R__1; L3 CNS template - Wood2018]

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GMR 13D02 FLP 3-1 [VFB_00058423]

A single 13D02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/13D02/Confocal_63x_2012-08-23_13D02_VNC/stack_TIFF/13D02_57C10wtFlp_C_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; Lines/GMR_01-20/13D02/Confocal_63x_2012-08-23_13D02_VNC/stack_TIFF/13D02_57C10wtFlp_C_VNC.tif; unlicensed; GMR 13D02 FLP 3-1; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; 5004062_R__1; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval A2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; P{GMR13D02-GAL4} expression pattern; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 13E12 FLP 9-1 [VFB_00057474]

A single 13E12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/13E12_B_good MNs/Confocal_63x_2012-08-23_13E12_VNC/stack_TIFF/13E12_57C10wtFlp_D_VNC.tif. [confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; Lines/GMR_01-20/13E12_B_good MNs/Confocal_63x_2012-08-23_13E12_VNC/stack_TIFF/13E12_57C10wtFlp_D_VNC.tif; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR13E12-GAL4} expression pattern; expression pattern fragment; ventromedial domain of larval A5 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 13E12 FLP 9-1; 5000718_G__1; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 13G10 FLP 11-1 [VFB_00058291]

A single 13G10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/13G10_sp/Confocal_63x_2012-11-19_13G10_VNC/stack_TIFF/13G10_57C10FlpL_H_VNC.tif. [ventrolateral domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; Lines/GMR_01-20/13G10_sp/Confocal_63x_2012-11-19_13G10_VNC/stack_TIFF/13G10_57C10FlpL_H_VNC.tif; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; GMR 13G10 FLP 11-1; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; 5001184_R__3; P{GMR13G10-GAL4} expression pattern; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 13G10 FLP 11-2 [VFB_00058292]

A single 13G10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/13G10_sp/Confocal_63x_2012-11-19_13G10_VNC/stack_TIFF/13G10_57C10FlpL_H_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; Lines/GMR_01-20/13G10_sp/Confocal_63x_2012-11-19_13G10_VNC/stack_TIFF/13G10_57C10FlpL_H_VNC.tif; 5001184_G__2; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; GMR 13G10 FLP 11-2; dorsomedial domain of larval T3 neuromere; P{GMR13G10-GAL4} expression pattern; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 13G10 FLP 12-1 [VFB_00058293]

A single 13G10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/13G10_sp/Confocal_63x_2012-11-19_13G10_VNC/stack_TIFF/13G10_57C10FlpL_D_VNC.tif. [GMR 13G10 FLP 12-1; ventrolateral domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; Lines/GMR_01-20/13G10_sp/Confocal_63x_2012-11-19_13G10_VNC/stack_TIFF/13G10_57C10FlpL_D_VNC.tif; Truman Larval Flip-Out Collection; overlaps; 5001185_R__3; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; P{GMR13G10-GAL4} expression pattern; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval T2 neuromere; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 13G10 FLP 14-1 [VFB_00058294]

A single 13G10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/13G10_sp/Confocal_63x_2012-11-19_13G10_VNC/stack_TIFF/13G10_57C10FlpL_E_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; GMR 13G10 FLP 14-1; P{GMR13G10-GAL4} expression pattern; is part of; Lines/GMR_01-20/13G10_sp/Confocal_63x_2012-11-19_13G10_VNC/stack_TIFF/13G10_57C10FlpL_E_VNC.tif; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 5001187_R__1; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 13G10 FLP 14-2 [VFB_00058295]

A single 13G10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/13G10_sp/Confocal_63x_2012-11-19_13G10_VNC/stack_TIFF/13G10_57C10FlpL_E_VNC.tif. [ventrolateral domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; GMR 13G10 FLP 14-2; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval T3 neuromere; P{GMR13G10-GAL4} expression pattern; is part of; Lines/GMR_01-20/13G10_sp/Confocal_63x_2012-11-19_13G10_VNC/stack_TIFF/13G10_57C10FlpL_E_VNC.tif; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 5001187_R__3; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 13G10 FLP 14-3 [VFB_00058296]

A single 13G10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/13G10_sp/Confocal_63x_2012-11-19_13G10_VNC/stack_TIFF/13G10_57C10FlpL_E_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; dorsomedial domain of larval central nervous system; expression pattern fragment; confocal microscopy; expresses; unlicensed; Truman Larval Flip-Out Collection; is part of; P{GMR13G10-GAL4} expression pattern; overlaps; centromedial domain of larval T3 neuromere; GMR 13G10 FLP 14-3; Lines/GMR_01-20/13G10_sp/Confocal_63x_2012-11-19_13G10_VNC/stack_TIFF/13G10_57C10FlpL_E_VNC.tif; 5001187_G__2; embryonic/larval neuron; dorsomedial domain of larval T3 neuromere; centromedial domain of larval central nervous system]

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GMR 14A11 FLP 10-1 [VFB_00061077]

A fragment of the 14A11 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14A11_B/Confocal_63x_2012-08-08_14A11_VNC/stack_TIFF/14A11_57C10FlpL_E_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; 5003664_G__1; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 14A11 FLP 10-1; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; P{GMR14A11-GAL4} expression pattern; centrolateral domain of larval A1 neuromere; is part of; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; Lines/GMR_01-20/14A11_B/Confocal_63x_2012-08-08_14A11_VNC/stack_TIFF/14A11_57C10FlpL_E_VNC.tif; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 14A11 FLP 13-1 [VFB_00061080]

A single 14A11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14A11_B/Confocal_63x_2012-08-08_14A11_VNC/stack_TIFF/14A11_57C10FlpL_D_VNC.tif. [Lines/GMR_01-20/14A11_B/Confocal_63x_2012-08-08_14A11_VNC/stack_TIFF/14A11_57C10FlpL_D_VNC.tif; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; 5003661_R__1; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; P{GMR14A11-GAL4} expression pattern; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; GMR 14A11 FLP 13-1; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 14A11 FLP 13-2 [VFB_00061081]

A single 14A11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14A11_B/Confocal_63x_2012-08-08_14A11_VNC/stack_TIFF/14A11_57C10FlpL_D_VNC.tif. [Lines/GMR_01-20/14A11_B/Confocal_63x_2012-08-08_14A11_VNC/stack_TIFF/14A11_57C10FlpL_D_VNC.tif; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; P{GMR14A11-GAL4} expression pattern; 5003661_R__2; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 14A11 FLP 13-2; L3 CNS template - Wood2018]

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GMR 14A11 FLP 14-1 [VFB_00061082]

A single 14A11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14A11_B/Confocal_63x_2012-08-08_14A11_VNC/stack_TIFF/14A11_57C10FlpL_F_VNC.tif. [centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; Lines/GMR_01-20/14A11_B/Confocal_63x_2012-08-08_14A11_VNC/stack_TIFF/14A11_57C10FlpL_F_VNC.tif; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; GMR 14A11 FLP 14-1; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; P{GMR14A11-GAL4} expression pattern; is part of; 5003660_G__3; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; L3 CNS template - Wood2018]

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GMR 14A11 FLP 7-1 [VFB_00061076]

A single 14A11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14A11_B/Confocal_63x_2012-08-08_14A11_VNC/stack_TIFF/14A11_57C10FlpL_B_VNC.tif. [Lines/GMR_01-20/14A11_B/Confocal_63x_2012-08-08_14A11_VNC/stack_TIFF/14A11_57C10FlpL_B_VNC.tif; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; P{GMR14A11-GAL4} expression pattern; centrolateral domain of larval A1 neuromere; 5003667_G__1; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; GMR 14A11 FLP 7-1; L3 CNS template - Wood2018]

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GMR 14B07 FLP 21-1 [VFB_00061266]

A single 14B07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14B07_B/Confocal_63x_2012-03-09_14B07_VNC/stack_TIFF/14B07_57C10FlpL_E_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_01-20/14B07_B/Confocal_63x_2012-03-09_14B07_VNC/stack_TIFF/14B07_57C10FlpL_E_VNC.tif; central domain of larval central nervous system; GMR 14B07 FLP 21-1; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 5000411_R__2; L3 CNS template - Wood2018; P{GMR14B07-GAL4} expression pattern]

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GMR 14B07 FLP 23-1 [VFB_00061267]

A single 14B07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14B07_B/Confocal_63x_2012-03-09_14B07_VNC/stack_TIFF/14B07_57C10FlpL_C_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; Lines/GMR_01-20/14B07_B/Confocal_63x_2012-03-09_14B07_VNC/stack_TIFF/14B07_57C10FlpL_C_VNC.tif; expression pattern fragment; confocal microscopy; unlicensed; GMR 14B07 FLP 23-1; Truman Larval Flip-Out Collection; is part of; overlaps; 5000413_R__2; ventral domain of larval A9 neuromere; embryonic/larval neuron; central domain of larval A9 neuromere; P{GMR14B07-GAL4} expression pattern; expresses]

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GMR 14C08 FLP 31-1 [VFB_00061641]

A single 14C08 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14C08_B/Confocal_63x_2011-11-17_14C08_VNC/stack_TIFF/14C08_57C10FlpL_J_VNC.tif. [centromedial domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; 5003085_G__2; expression pattern fragment; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; is part of; GMR 14C08 FLP 31-1; P{GMR14C08-GAL4} expression pattern; embryonic/larval neuron; expresses; Lines/GMR_01-20/14C08_B/Confocal_63x_2011-11-17_14C08_VNC/stack_TIFF/14C08_57C10FlpL_J_VNC.tif; embryonic/larval central nervous system; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 14C08 FLP 31-2 [VFB_00061642]

A single 14C08 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14C08_B/Confocal_63x_2011-11-17_14C08_VNC/stack_TIFF/14C08_57C10FlpL_J_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; 5003085_G__3; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; GMR 14C08 FLP 31-2; is part of; P{GMR14C08-GAL4} expression pattern; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; larval T1 leg neuropil; Lines/GMR_01-20/14C08_B/Confocal_63x_2011-11-17_14C08_VNC/stack_TIFF/14C08_57C10FlpL_J_VNC.tif; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; L3 CNS template - Wood2018]

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GMR 14F02 FLP 16-1 [VFB_00061239]

A single 14F02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14F02_sp_B/Confocal_63x_2013-01-31_14F02_VNC_AD_DBD/stack_TIFF/14F02_3xwtFlp40_A_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; 5003649_R__1; ventrolateral domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; dorsolateral domain of larval A1 neuromere; dorsomedial domain of larval labial neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; central domain of larval maxillary neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; dorsomedial domain of larval maxillary neuromere; is part of; GMR 14F02 FLP 16-1; Lines/GMR_01-20/14F02_sp_B/Confocal_63x_2013-01-31_14F02_VNC_AD_DBD/stack_TIFF/14F02_3xwtFlp40_A_VNC.tif; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; P{GMR14F02-GAL4} expression pattern; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; central domain of larval labial neuromere; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 14G03 FLP 12-1 [VFB_00060356]

A single 14G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14G03/Confocal_63x_2012-10-17_14G03_VNC/stack_TIFF/14G03_57C10FlpL_D_VNC.tif. [GMR 14G03 FLP 12-1; embryonic/larval neuron; ventromedial domain of larval A3 neuromere; embryonic/larval central nervous system; L3 CNS template - Wood2018; confocal microscopy; ventromedial domain of larval A5 neuromere; unlicensed; P{GMR14G03-GAL4} expression pattern; Truman Larval Flip-Out Collection; is part of; overlaps; ventromedial domain of larval A4 neuromere; ventromedial domain of larval central nervous system; 5004238_R__2; expression pattern fragment; Lines/GMR_01-20/14G03/Confocal_63x_2012-10-17_14G03_VNC/stack_TIFF/14G03_57C10FlpL_D_VNC.tif; expresses]

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GMR 14G03 FLP 4-1 [VFB_00060350]

A single 14G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14G03/Confocal_63x_2012-10-17_14G03_VNC/stack_TIFF/14G03_57C10wtFlp_B_VNC.tif. [confocal microscopy; unlicensed; GMR 14G03 FLP 4-1; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; 5004230_R__1; Lines/GMR_01-20/14G03/Confocal_63x_2012-10-17_14G03_VNC/stack_TIFF/14G03_57C10wtFlp_B_VNC.tif; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; P{GMR14G03-GAL4} expression pattern; ventrolateral domain of larval A1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 14G03 FLP 4-2 [VFB_00060351]

A single 14G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14G03/Confocal_63x_2012-10-17_14G03_VNC/stack_TIFF/14G03_57C10wtFlp_B_VNC.tif. [L3 CNS template - Wood2018; 5004230_G__1; embryonic/larval central nervous system; Lines/GMR_01-20/14G03/Confocal_63x_2012-10-17_14G03_VNC/stack_TIFF/14G03_57C10wtFlp_B_VNC.tif; expression pattern fragment; confocal microscopy; GMR 14G03 FLP 4-2; unlicensed; P{GMR14G03-GAL4} expression pattern; Truman Larval Flip-Out Collection; is part of; overlaps; centromedial domain of larval A2 neuromere; ventromedial domain of larval central nervous system; embryonic/larval neuron; ventromedial domain of larval A2 neuromere; expresses; centromedial domain of larval central nervous system]

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GMR 14G03 FLP 44-1 [VFB_00061657]

A single 14G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14G03/Confocal_63x_2013-04-10_VNC/stack_TIFF/14G03_57C10FlpL_K_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5004216_R__1; ventromedial domain of larval A6 neuromere; expression pattern fragment; Lines/GMR_01-20/14G03/Confocal_63x_2013-04-10_VNC/stack_TIFF/14G03_57C10FlpL_K_VNC.tif; GMR 14G03 FLP 44-1; is part of; embryonic/larval neuron; centromedial domain of larval A6 neuromere; expresses; embryonic/larval central nervous system; P{GMR14G03-GAL4} expression pattern; L3 CNS template - Wood2018]

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GMR 14G03 FLP 45-1 [VFB_00061658]

A single 14G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14G03/Confocal_63x_2013-04-10_VNC/stack_TIFF/14G03_57C10FlpL_J_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; 5004215_R__2; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR14G03-GAL4} expression pattern; L3 CNS template - Wood2018; GMR 14G03 FLP 45-1; Lines/GMR_01-20/14G03/Confocal_63x_2013-04-10_VNC/stack_TIFF/14G03_57C10FlpL_J_VNC.tif]

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GMR 14G03 FLP 45-2 [VFB_00061659]

A single 14G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14G03/Confocal_63x_2013-04-10_VNC/stack_TIFF/14G03_57C10FlpL_J_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; ventromedial domain of larval A5 neuromere; unlicensed; P{GMR14G03-GAL4} expression pattern; Truman Larval Flip-Out Collection; is part of; GMR 14G03 FLP 45-2; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; ventromedial domain of larval central nervous system; 5004215_G__5; embryonic/larval neuron; expresses; Lines/GMR_01-20/14G03/Confocal_63x_2013-04-10_VNC/stack_TIFF/14G03_57C10FlpL_J_VNC.tif]

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GMR 14G03 FLP 46-1 [VFB_00061660]

A single 14G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14G03/Confocal_63x_2013-04-10_VNC/stack_TIFF/14G03_57C10FlpL_F_VNC.tif. [GMR 14G03 FLP 46-1; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; Lines/GMR_01-20/14G03/Confocal_63x_2013-04-10_VNC/stack_TIFF/14G03_57C10FlpL_F_VNC.tif; centromedial domain of larval T1 neuromere; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 5004214_R__1; central domain of larval labial neuromere; P{GMR14G03-GAL4} expression pattern; L3 CNS template - Wood2018]

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GMR 14G03 FLP 46-2 [VFB_00061661]

A single 14G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14G03/Confocal_63x_2013-04-10_VNC/stack_TIFF/14G03_57C10FlpL_F_VNC.tif. [confocal microscopy; unlicensed; Lines/GMR_01-20/14G03/Confocal_63x_2013-04-10_VNC/stack_TIFF/14G03_57C10FlpL_F_VNC.tif; centromedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; expression pattern fragment; ventromedial domain of larval A5 neuromere; is part of; 5004214_G__2; embryonic/larval neuron; centromedial domain of larval A6 neuromere; GMR 14G03 FLP 46-2; expresses; embryonic/larval central nervous system; P{GMR14G03-GAL4} expression pattern; L3 CNS template - Wood2018]

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GMR 14G03 FLP 48-1 [VFB_00061663]

A single 14G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14G03/Confocal_63x_2013-04-10_VNC/stack_TIFF/14G03_57C10FlpL_E_VNC.tif. [GMR 14G03 FLP 48-1; L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; ventrolateral domain of larval T1 neuromere; confocal microscopy; unlicensed; P{GMR14G03-GAL4} expression pattern; Truman Larval Flip-Out Collection; is part of; overlaps; ventromedial domain of larval central nervous system; Lines/GMR_01-20/14G03/Confocal_63x_2013-04-10_VNC/stack_TIFF/14G03_57C10FlpL_E_VNC.tif; 5004212_R__4; embryonic/larval neuron; expresses]

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GMR 14G03 FLP 6-1 [VFB_00060352]

A single 14G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14G03/Confocal_63x_2012-10-17_14G03_VNC/stack_TIFF/14G03_57C10FlpL_G_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 14G03 FLP 6-1; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; Lines/GMR_01-20/14G03/Confocal_63x_2012-10-17_14G03_VNC/stack_TIFF/14G03_57C10FlpL_G_VNC.tif; central domain of larval central nervous system; 5004232_R__1; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR14G03-GAL4} expression pattern; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 14G03 FLP 7-1 [VFB_00060353]

A single 14G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14G03/Confocal_63x_2012-10-17_14G03_VNC/stack_TIFF/14G03_57C10wtFlp_G_VNC.tif. [Lines/GMR_01-20/14G03/Confocal_63x_2012-10-17_14G03_VNC/stack_TIFF/14G03_57C10wtFlp_G_VNC.tif; centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; 5004235_R__1; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; GMR 14G03 FLP 7-1; centrolateral domain of larval A1 neuromere; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; central domain of larval A9 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; P{GMR14G03-GAL4} expression pattern; centromedial domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 14G03 FLP 7-2 [VFB_00060354]

A fragment of the 14G03 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14G03/Confocal_63x_2012-10-17_14G03_VNC/stack_TIFF/14G03_57C10wtFlp_G_VNC.tif. [Lines/GMR_01-20/14G03/Confocal_63x_2012-10-17_14G03_VNC/stack_TIFF/14G03_57C10wtFlp_G_VNC.tif; confocal microscopy; GMR 14G03 FLP 7-2; unlicensed; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; is part of; expresses; embryonic/larval central nervous system; P{GMR14G03-GAL4} expression pattern; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; 5004235_G__1; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 14H06 FLP 10-1 [VFB_00060833]

A single 14H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14H06/Confocal_63x_2013-04-04_VNC/stack_TIFF/14H06_57C10wtFlp_B_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; Lines/GMR_01-20/14H06/Confocal_63x_2013-04-04_VNC/stack_TIFF/14H06_57C10wtFlp_B_VNC.tif; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; GMR 14H06 FLP 10-1; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; central domain of larval A3 neuromere; 5002882_R__1; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; P{GMR14H06-GAL4} expression pattern; L3 CNS template - Wood2018]

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GMR 14H06 FLP 10-2 [VFB_00060834]

A single 14H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14H06/Confocal_63x_2013-04-04_VNC/stack_TIFF/14H06_57C10wtFlp_B_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; dorsolateral domain of larval A4 neuromere; Lines/GMR_01-20/14H06/Confocal_63x_2013-04-04_VNC/stack_TIFF/14H06_57C10wtFlp_B_VNC.tif; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; GMR 14H06 FLP 10-2; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; 5002882_R__2; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; P{GMR14H06-GAL4} expression pattern; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 14H06 FLP 11-1 [VFB_00060835]

A single 14H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14H06/Confocal_63x_2013-04-04_VNC/stack_TIFF/14H06_57C10wtFlp_G_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; Lines/GMR_01-20/14H06/Confocal_63x_2013-04-04_VNC/stack_TIFF/14H06_57C10wtFlp_G_VNC.tif; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; GMR 14H06 FLP 11-1; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; dorsolateral domain of larval A2 neuromere; P{GMR14H06-GAL4} expression pattern; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; 5002884_R__1; dorsomedial domain of larval A2 neuromere]

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GMR 14H06 FLP 11-2 [VFB_00060836]

A single 14H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14H06/Confocal_63x_2013-04-04_VNC/stack_TIFF/14H06_57C10wtFlp_G_VNC.tif. [confocal microscopy; unlicensed; Lines/GMR_01-20/14H06/Confocal_63x_2013-04-04_VNC/stack_TIFF/14H06_57C10wtFlp_G_VNC.tif; centrolateral domain of larval central nervous system; 5002884_G__1; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; GMR 14H06 FLP 11-2; overlaps; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; P{GMR14H06-GAL4} expression pattern; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 14H06 FLP 14-1 [VFB_00060839]

A single 14H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14H06/Confocal_63x_2013-04-04_VNC/stack_TIFF/14H06_57C10wtFlp_H_VNC.tif. [GMR 14H06 FLP 14-1; confocal microscopy; unlicensed; Lines/GMR_01-20/14H06/Confocal_63x_2013-04-04_VNC/stack_TIFF/14H06_57C10wtFlp_H_VNC.tif; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; 5002887_R__1; is part of; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; P{GMR14H06-GAL4} expression pattern; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 14H06 FLP 14-2 [VFB_00060840]

A single 14H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14H06/Confocal_63x_2013-04-04_VNC/stack_TIFF/14H06_57C10wtFlp_H_VNC.tif. [confocal microscopy; GMR 14H06 FLP 14-2; unlicensed; Lines/GMR_01-20/14H06/Confocal_63x_2013-04-04_VNC/stack_TIFF/14H06_57C10wtFlp_H_VNC.tif; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; P{GMR14H06-GAL4} expression pattern; L3 CNS template - Wood2018; 5002887_R__2]

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GMR 14H06 FLP 9-1 [VFB_00060832]

A fragment of the 14H06 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14H06/Confocal_63x_2013-04-04_VNC/stack_TIFF/14H06_57C10wtFlp_C_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; centrolateral domain of larval A3 neuromere; centromedial domain of larval A5 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; GMR 14H06 FLP 9-1; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; P{GMR14H06-GAL4} expression pattern; Lines/GMR_01-20/14H06/Confocal_63x_2013-04-04_VNC/stack_TIFF/14H06_57C10wtFlp_C_VNC.tif; 5002881_R__1; L3 CNS template - Wood2018]

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GMR 14H09 FLP 10-1 [VFB_00057567]

A fragment of the 14H09 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14H09_B partial/Confocal_63x_2012-10-17_14H09_VNC/stack_TIFF/14H09_57C10wtFlp_I_VNC.tif. [centromedial domain of larval A4 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval maxillary neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; is part of; 5004081_R__1; expresses; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; GMR 14H09 FLP 10-1; L3 CNS template - Wood2018; Lines/GMR_01-20/14H09_B partial/Confocal_63x_2012-10-17_14H09_VNC/stack_TIFF/14H09_57C10wtFlp_I_VNC.tif; P{GMR14H09-GAL4} expression pattern]

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GMR 14H09 FLP 27-1 [VFB_00060959]

A single 14H09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14H09_B partial/Confocal_63x_2012-10-17_14H09_VNC/stack_TIFF/14H09_57C10wtFlp_D_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; GMR 14H09 FLP 27-1; Lines/GMR_01-20/14H09_B partial/Confocal_63x_2012-10-17_14H09_VNC/stack_TIFF/14H09_57C10wtFlp_D_VNC.tif; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; 5004073_R__1; embryonic/larval neuron; P{GMR14H09-GAL4} expression pattern; expresses]

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GMR 14H09 FLP 27-2 [VFB_00060960]

A single 14H09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14H09_B partial/Confocal_63x_2012-10-17_14H09_VNC/stack_TIFF/14H09_57C10wtFlp_D_VNC.tif. [5004073_R__4; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; GMR 14H09 FLP 27-2; dorsomedial domain of larval central nervous system; Lines/GMR_01-20/14H09_B partial/Confocal_63x_2012-10-17_14H09_VNC/stack_TIFF/14H09_57C10wtFlp_D_VNC.tif; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR14H09-GAL4} expression pattern; dorsomedial domain of larval A2 neuromere]

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GMR 14H09 FLP 27-3 [VFB_00060961]

A single 14H09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14H09_B partial/Confocal_63x_2012-10-17_14H09_VNC/stack_TIFF/14H09_57C10wtFlp_D_VNC.tif. [confocal microscopy; unlicensed; 5004073_G__5; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Lines/GMR_01-20/14H09_B partial/Confocal_63x_2012-10-17_14H09_VNC/stack_TIFF/14H09_57C10wtFlp_D_VNC.tif; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; GMR 14H09 FLP 27-3; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR14H09-GAL4} expression pattern; dorsomedial domain of larval T2 neuromere]

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GMR 14H09 FLP 30-1 [VFB_00060964]

A single 14H09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14H09_B partial/Confocal_63x_2012-10-17_14H09_VNC/stack_TIFF/14H09_57C10wtFlp_B_VNC.tif. [confocal microscopy; unlicensed; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; Lines/GMR_01-20/14H09_B partial/Confocal_63x_2012-10-17_14H09_VNC/stack_TIFF/14H09_57C10wtFlp_B_VNC.tif; dorsomedial domain of larval central nervous system; GMR 14H09 FLP 30-1; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 5004076_R__2; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR14H09-GAL4} expression pattern]

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GMR 14H09 FLP 30-2 [VFB_00060965]

A single 14H09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14H09_B partial/Confocal_63x_2012-10-17_14H09_VNC/stack_TIFF/14H09_57C10wtFlp_B_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; expresses; unlicensed; Truman Larval Flip-Out Collection; is part of; 5004076_R__4; embryonic/larval neuron; P{GMR14H09-GAL4} expression pattern; GMR 14H09 FLP 30-2; Lines/GMR_01-20/14H09_B partial/Confocal_63x_2012-10-17_14H09_VNC/stack_TIFF/14H09_57C10wtFlp_B_VNC.tif]

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GMR 14H09 FLP 30-3 [VFB_00060966]

A single 14H09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14H09_B partial/Confocal_63x_2012-10-17_14H09_VNC/stack_TIFF/14H09_57C10wtFlp_B_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; 5004076_R__5; unlicensed; Truman Larval Flip-Out Collection; is part of; GMR 14H09 FLP 30-3; embryonic/larval neuron; P{GMR14H09-GAL4} expression pattern; expresses; Lines/GMR_01-20/14H09_B partial/Confocal_63x_2012-10-17_14H09_VNC/stack_TIFF/14H09_57C10wtFlp_B_VNC.tif]

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GMR 14H09 FLP 30-4 [VFB_00060967]

A single 14H09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14H09_B partial/Confocal_63x_2012-10-17_14H09_VNC/stack_TIFF/14H09_57C10wtFlp_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; GMR 14H09 FLP 30-4; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; Lines/GMR_01-20/14H09_B partial/Confocal_63x_2012-10-17_14H09_VNC/stack_TIFF/14H09_57C10wtFlp_B_VNC.tif; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; is part of; embryonic/larval neuron; expresses; 5004076_G__1; embryonic/larval central nervous system; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR14H09-GAL4} expression pattern; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 14H09 FLP 32-1 [VFB_00060968]

A single 14H09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14H09_B partial/Confocal_63x_2012-10-17_14H09_VNC/stack_TIFF/14H09_57C10wtFlp_C_VNC.tif. [centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; Lines/GMR_01-20/14H09_B partial/Confocal_63x_2012-10-17_14H09_VNC/stack_TIFF/14H09_57C10wtFlp_C_VNC.tif; centromedial domain of larval central nervous system; 5004074_R__1; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; GMR 14H09 FLP 32-1; expression pattern fragment; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018; P{GMR14H09-GAL4} expression pattern; dorsomedial domain of larval T2 neuromere]

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GMR 14H09 FLP 32-2 [VFB_00060969]

A single 14H09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14H09_B partial/Confocal_63x_2012-10-17_14H09_VNC/stack_TIFF/14H09_57C10wtFlp_C_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; Lines/GMR_01-20/14H09_B partial/Confocal_63x_2012-10-17_14H09_VNC/stack_TIFF/14H09_57C10wtFlp_C_VNC.tif; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; 5004074_G__2; centrolateral domain of larval A2 neuromere; is part of; GMR 14H09 FLP 32-2; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR14H09-GAL4} expression pattern]

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GMR 14H09 FLP 7-1 [VFB_00057564]

A single 14H09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14H09_B partial/Confocal_63x_2012-10-17_14H09_VNC/stack_TIFF/14H09_57C10wtFlp_K_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; 5004082_R__2; unlicensed; centromedial domain of larval A2 neuromere; Truman Larval Flip-Out Collection; is part of; overlaps; GMR 14H09 FLP 7-1; Lines/GMR_01-20/14H09_B partial/Confocal_63x_2012-10-17_14H09_VNC/stack_TIFF/14H09_57C10wtFlp_K_VNC.tif; embryonic/larval neuron; P{GMR14H09-GAL4} expression pattern; expresses; centromedial domain of larval central nervous system]

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GMR 14H09 FLP 8-1 [VFB_00057565]

A single 14H09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14H09_B partial/Confocal_63x_2013-04-04_VNC/stack_TIFF/14H09_57C10wtFlp_C_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; GMR 14H09 FLP 8-1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; Lines/GMR_01-20/14H09_B partial/Confocal_63x_2013-04-04_VNC/stack_TIFF/14H09_57C10wtFlp_C_VNC.tif; 5004083_R__2; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR14H09-GAL4} expression pattern]

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GMR 14H09 FLP 9-1 [VFB_00057566]

A single 14H09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/14H09_B partial/Confocal_63x_2012-10-17_14H09_VNC/stack_TIFF/14H09_57C10wtFlp_A_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; dorsomedial domain of larval central nervous system; expression pattern fragment; confocal microscopy; expresses; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; centromedial domain of larval A5 neuromere; dorsomedial domain of larval A5 neuromere; Lines/GMR_01-20/14H09_B partial/Confocal_63x_2012-10-17_14H09_VNC/stack_TIFF/14H09_57C10wtFlp_A_VNC.tif; embryonic/larval neuron; 5004080_G__4; P{GMR14H09-GAL4} expression pattern; GMR 14H09 FLP 9-1; centromedial domain of larval central nervous system]

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GMR 15A01 FLP 22-1 [VFB_00057528]

A single 15A01 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/15A01_B/Confocal_63x_2012-03-09_15A01_VNC/stack_TIFF/15A01_57C10FlpL_A_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; 5002635_R__1; expression pattern fragment; ventrolateral domain of larval T1 neuromere; confocal microscopy; unlicensed; GMR 15A01 FLP 22-1; Truman Larval Flip-Out Collection; is part of; overlaps; ventromedial domain of larval central nervous system; Lines/GMR_01-20/15A01_B/Confocal_63x_2012-03-09_15A01_VNC/stack_TIFF/15A01_57C10FlpL_A_VNC.tif; P{GMR15A01-GAL4} expression pattern; ventrolateral domain of larval central nervous system; embryonic/larval neuron; expresses]

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GMR 15B07 FLP 13-1 [VFB_00060367]

A single 15B07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/15B07_sp_NoB_good SEG/Confocal_63x_2012-03-19_15B07_VNC_FlpL/stack_TIFF/15B07_57C10FlpL_C_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; P{GMR15B07-GAL4} expression pattern; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; 5001481_G__3; expression pattern fragment; central domain of larval central nervous system; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; GMR 15B07 FLP 13-1; embryonic/larval central nervous system; dorsolateral domain of larval A3 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; Lines/GMR_01-20/15B07_sp_NoB_good SEG/Confocal_63x_2012-03-19_15B07_VNC_FlpL/stack_TIFF/15B07_57C10FlpL_C_VNC.tif; L3 CNS template - Wood2018]

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GMR 15B07 FLP 20-1 [VFB_00060369]

A single 15B07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/15B07_sp_NoB_good SEG/Confocal_63x_2012-03-19_15B07_VNC_FlpL/stack_TIFF/15B07_57C10FlpL_D_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; P{GMR15B07-GAL4} expression pattern; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; 5001486_G__2; Lines/GMR_01-20/15B07_sp_NoB_good SEG/Confocal_63x_2012-03-19_15B07_VNC_FlpL/stack_TIFF/15B07_57C10FlpL_D_VNC.tif; expression pattern fragment; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; GMR 15B07 FLP 20-1; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 15C01 FLP 8-1 [VFB_00061512]

A single 15C01 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/15C01_B/Confocal_63x_2012-10-17_15C01_VNC/stack_TIFF/15C01_57C10FlpL_F_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; GMR 15C01 FLP 8-1; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; P{GMR15C01-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; Lines/GMR_01-20/15C01_B/Confocal_63x_2012-10-17_15C01_VNC/stack_TIFF/15C01_57C10FlpL_F_VNC.tif; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; 5002585_R__2; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 15C01 FLP 8-2 [VFB_00061513]

A single 15C01 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/15C01_B/Confocal_63x_2012-10-17_15C01_VNC/stack_TIFF/15C01_57C10FlpL_F_VNC.tif. [confocal microscopy; unlicensed; 5002585_R__4; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; GMR 15C01 FLP 8-2; centrolateral domain of larval A5 neuromere; dorsomedial domain of larval central nervous system; P{GMR15C01-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; Lines/GMR_01-20/15C01_B/Confocal_63x_2012-10-17_15C01_VNC/stack_TIFF/15C01_57C10FlpL_F_VNC.tif; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 15C01 FLP 8-3 [VFB_00061514]

A single 15C01 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/15C01_B/Confocal_63x_2012-10-17_15C01_VNC/stack_TIFF/15C01_57C10FlpL_F_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; dorsomedial domain of larval central nervous system; 5002585_R__5; expression pattern fragment; dorsolateral domain of larval A7 neuromere; dorsomedial domain of larval A7 neuromere; unlicensed; GMR 15C01 FLP 8-3; Truman Larval Flip-Out Collection; is part of; P{GMR15C01-GAL4} expression pattern; overlaps; confocal microscopy; dorsolateral domain of larval central nervous system; embryonic/larval neuron; Lines/GMR_01-20/15C01_B/Confocal_63x_2012-10-17_15C01_VNC/stack_TIFF/15C01_57C10FlpL_F_VNC.tif; expresses]

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GMR 15C01 FLP 8-4 [VFB_00061515]

A single 15C01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/15C01_B/Confocal_63x_2012-10-17_15C01_VNC/stack_TIFF/15C01_57C10FlpL_F_VNC.tif. [confocal microscopy; unlicensed; 5002585_G__3; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; dorsomedial domain of larval central nervous system; P{GMR15C01-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; GMR 15C01 FLP 8-4; expression pattern fragment; Lines/GMR_01-20/15C01_B/Confocal_63x_2012-10-17_15C01_VNC/stack_TIFF/15C01_57C10FlpL_F_VNC.tif; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 15C01 FLP 8-5 [VFB_00061516]

A fragment of the 15C01 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/15C01_B/Confocal_63x_2012-10-17_15C01_VNC/stack_TIFF/15C01_57C10FlpL_F_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A7 neuromere; confocal microscopy; unlicensed; P{GMR15C01-GAL4} expression pattern; Truman Larval Flip-Out Collection; is part of; overlaps; expression pattern fragment; 5002585_G__5; Lines/GMR_01-20/15C01_B/Confocal_63x_2012-10-17_15C01_VNC/stack_TIFF/15C01_57C10FlpL_F_VNC.tif; expresses; GMR 15C01 FLP 8-5]

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GMR 15C01 FLP 9-1 [VFB_00061517]

A single 15C01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/15C01_B/Confocal_63x_2012-10-17_15C01_VNC/stack_TIFF/15C01_57C10FlpL_B_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; GMR 15C01 FLP 9-1; Lines/GMR_01-20/15C01_B/Confocal_63x_2012-10-17_15C01_VNC/stack_TIFF/15C01_57C10FlpL_B_VNC.tif; expression pattern fragment; confocal microscopy; unlicensed; P{GMR15C01-GAL4} expression pattern; Truman Larval Flip-Out Collection; is part of; 5002584_G__3; embryonic/larval neuron; expresses]

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GMR 15C03 FLP 4-1 [VFB_00060408]

A fragment of the 15C03 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/15C03_B/Confocal_63x_2013-04-19_VNC/stack_TIFF/15C03_57C10wtFlp_A_Br.tif. [confocal microscopy; unlicensed; GMR 15C03 FLP 4-1; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; P{GMR15C03-GAL4} expression pattern; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_01-20/15C03_B/Confocal_63x_2013-04-19_VNC/stack_TIFF/15C03_57C10wtFlp_A_Br.tif; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; ventrolateral domain of larval A2 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; 5003976_R__1]

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GMR 15C03 FLP 4-2 [VFB_00060409]

A single 15C03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/15C03_B/Confocal_63x_2013-04-19_VNC/stack_TIFF/15C03_57C10wtFlp_A_Br.tif. [P{GMR15C03-GAL4} expression pattern; L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; GMR 15C03 FLP 4-2; Truman Larval Flip-Out Collection; is part of; overlaps; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; embryonic/larval neuron; Lines/GMR_01-20/15C03_B/Confocal_63x_2013-04-19_VNC/stack_TIFF/15C03_57C10wtFlp_A_Br.tif; expresses; 5003976_G__1]

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GMR 15C03 FLP 5-1 [VFB_00060410]

A single 15C03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/15C03_B/Confocal_63x_2013-04-19_VNC/stack_TIFF/15C03_57C10wtFlp_B_Br.tif. [GMR 15C03 FLP 5-1; confocal microscopy; Lines/GMR_01-20/15C03_B/Confocal_63x_2013-04-19_VNC/stack_TIFF/15C03_57C10wtFlp_B_Br.tif; unlicensed; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; P{GMR15C03-GAL4} expression pattern; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; 5003975_G__1; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 15C03 FLP 6-1 [VFB_00060411]

A fragment of the 15C03 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/15C03_B/Confocal_63x_2013-04-19_VNC/stack_TIFF/15C03_57C10wtFlp_C_Br.tif. [centromedial domain of larval A4 neuromere; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; P{GMR15C03-GAL4} expression pattern; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; dorsolateral domain of larval A1 neuromere; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval A2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; dorsomedial domain of larval A5 neuromere; GMR 15C03 FLP 6-1; centrolateral domain of larval A3 neuromere; 5003974_R__1; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; Lines/GMR_01-20/15C03_B/Confocal_63x_2013-04-19_VNC/stack_TIFF/15C03_57C10wtFlp_C_Br.tif; central domain of larval A1 neuromere; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 15D04 FLP 12-1 [VFB_00060910]

A single 15D04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/15D04/Confocal_63x_2012-03-29_15D04_VNC/stack_TIFF/15D04_57C10wtFlp_G_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; GMR 15D04 FLP 12-1; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; Lines/GMR_01-20/15D04/Confocal_63x_2012-03-29_15D04_VNC/stack_TIFF/15D04_57C10wtFlp_G_VNC.tif; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 5003293_G__1; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; P{GMR15D04-GAL4} expression pattern; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 15E02 FLP 5-1 [VFB_00061723]

A single 15E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/15E02_B/Confocal_63x_2012-03-30_15E02_VNC/stack_TIFF/15E02_57C10wtFlp_C_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; Lines/GMR_01-20/15E02_B/Confocal_63x_2012-03-30_15E02_VNC/stack_TIFF/15E02_57C10wtFlp_C_VNC.tif; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; GMR 15E02 FLP 5-1; P{GMR15E02-GAL4} expression pattern; embryonic/larval neuron; 5002000_R__1; expresses]

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GMR 15E02 FLP 6-1 [VFB_00061724]

A single 15E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/15E02_B/Confocal_63x_2012-03-30_15E02_VNC/stack_TIFF/15E02_57C10wtFlp_F_VNC.tif. [centromedial domain of larval T2 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; Lines/GMR_01-20/15E02_B/Confocal_63x_2012-03-30_15E02_VNC/stack_TIFF/15E02_57C10wtFlp_F_VNC.tif; is part of; 5002001_G__1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR15E02-GAL4} expression pattern; GMR 15E02 FLP 6-1; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 15E02 FLP 6-2 [VFB_00061725]

A single 15E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/15E02_B/Confocal_63x_2012-03-30_15E02_VNC/stack_TIFF/15E02_57C10wtFlp_F_VNC.tif. [embryonic/larval neuron; L3 CNS template - Wood2018; embryonic/larval central nervous system; confocal microscopy; unlicensed; Lines/GMR_01-20/15E02_B/Confocal_63x_2012-03-30_15E02_VNC/stack_TIFF/15E02_57C10wtFlp_F_VNC.tif; Truman Larval Flip-Out Collection; is part of; P{GMR15E02-GAL4} expression pattern; expression pattern fragment; 5002001_G__2; GMR 15E02 FLP 6-2; expresses]

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GMR 15E02 FLP 6-3 [VFB_00061726]

A single 15E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/15E02_B/Confocal_63x_2012-03-30_15E02_VNC/stack_TIFF/15E02_57C10wtFlp_F_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; GMR 15E02 FLP 6-3; ventromedial domain of larval A5 neuromere; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; confocal microscopy; 5002001_G__3; Lines/GMR_01-20/15E02_B/Confocal_63x_2012-03-30_15E02_VNC/stack_TIFF/15E02_57C10wtFlp_F_VNC.tif; P{GMR15E02-GAL4} expression pattern; embryonic/larval neuron; expresses]

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GMR 15F12 FLP 5-1 [VFB_00058421]

A single 15F12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/15F12_new/Confocal_63X_2014-09-30_VNC/stack_TIFF/15F12_57C10L_A_VNC.tif. [confocal microscopy; unlicensed; Lines/GMR_01-20/15F12_new/Confocal_63X_2014-09-30_VNC/stack_TIFF/15F12_57C10L_A_VNC.tif; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; P{GMR15F12-GAL4} expression pattern; expression pattern fragment; central domain of larval central nervous system; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; GMR 15F12 FLP 5-1; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; 5003481_R__1; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 15G09 FLP 21-1 [VFB_00061260]

A fragment of the 15G09 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/15G09_sp_partial B/Confocal_63x_2012-06-19_15G09_VNC/stack_TIFF/15G09_57C10FlpL_H_VNC.tif. [5003903_G__1; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; ventrolateral domain of larval A3 neuromere; P{GMR15G09-GAL4} expression pattern; ventromedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; GMR 15G09 FLP 21-1; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; Lines/GMR_01-20/15G09_sp_partial B/Confocal_63x_2012-06-19_15G09_VNC/stack_TIFF/15G09_57C10FlpL_H_VNC.tif; centrolateral domain of larval A3 neuromere; centromedial domain of larval A5 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 15G09 FLP 23-1 [VFB_00061261]

A single 15G09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/15G09_sp_partial B/Confocal_63x_2012-06-19_15G09_VNC/stack_TIFF/15G09_57C10FlpL_J_VNC.tif. [Lines/GMR_01-20/15G09_sp_partial B/Confocal_63x_2012-06-19_15G09_VNC/stack_TIFF/15G09_57C10FlpL_J_VNC.tif; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; GMR 15G09 FLP 23-1; ventrolateral domain of larval A3 neuromere; P{GMR15G09-GAL4} expression pattern; ventromedial domain of larval A3 neuromere; 5003901_R__2; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 16A05 FLP 1-1 [VFB_00058374]

A fragment of the 16A05 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/16A05_new/Confocal_63X_2014-09-30_VNC/stack_TIFF/16A05_57C10L_A_VNC.tif. [ventrolateral domain of larval T2 neuromere; 5000001_R__1; centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; Lines/GMR_01-20/16A05_new/Confocal_63X_2014-09-30_VNC/stack_TIFF/16A05_57C10L_A_VNC.tif; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; ventrolateral domain of larval labial neuromere; GMR 16A05 FLP 1-1; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; expresses; P{GMR16A05-GAL4} expression pattern; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 16C05 FLP 20-1 [VFB_00060340]

A single 16C05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/16C05_AB_New/Confocal_63x_2012-03-09_16C05_VNC_wtFlp/stack_TIFF/16C05_57C10wtFlp_J_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; GMR 16C05 FLP 20-1; Truman Larval Flip-Out Collection; is part of; Lines/GMR_01-20/16C05_AB_New/Confocal_63x_2012-03-09_16C05_VNC_wtFlp/stack_TIFF/16C05_57C10wtFlp_J_VNC.tif; 5001628_R__2; P{GMR16C05-GAL4} expression pattern; embryonic/larval neuron; expresses]

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GMR 16C05 FLP 21-1 [VFB_00060345]

A single 16C05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/16C05_AB_New/Confocal_63x_2012-03-09_16C05_VNC_wtFlp/stack_TIFF/16C05_57C10wtFlp_F_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR16C05-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; GMR 16C05 FLP 21-1; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; Lines/GMR_01-20/16C05_AB_New/Confocal_63x_2012-03-09_16C05_VNC_wtFlp/stack_TIFF/16C05_57C10wtFlp_F_VNC.tif; L3 CNS template - Wood2018; 5001627_G__1]

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GMR 16C05 FLP 22-1 [VFB_00060347]

A single 16C05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/16C05_AB_New/Confocal_63x_2012-03-09_16C05_VNC_wtFlp/stack_TIFF/16C05_57C10wtFlp_G_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; 5001620_G__1; unlicensed; centrolateral domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; P{GMR16C05-GAL4} expression pattern; dorsolateral domain of larval A7 neuromere; expression pattern fragment; centrolateral domain of larval T3 neuromere; dorsolateral domain of larval A6 neuromere; is part of; embryonic/larval neuron; GMR 16C05 FLP 22-1; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; Lines/GMR_01-20/16C05_AB_New/Confocal_63x_2012-03-09_16C05_VNC_wtFlp/stack_TIFF/16C05_57C10wtFlp_G_VNC.tif]

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GMR 16C05 FLP 22-2 [VFB_00060348]

A single 16C05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/16C05_AB_New/Confocal_63x_2012-03-09_16C05_VNC_wtFlp/stack_TIFF/16C05_57C10wtFlp_G_VNC.tif. [L3 CNS template - Wood2018; 5001620_G__2; embryonic/larval central nervous system; centrolateral domain of larval A5 neuromere; expression pattern fragment; GMR 16C05 FLP 22-2; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; P{GMR16C05-GAL4} expression pattern; embryonic/larval neuron; Lines/GMR_01-20/16C05_AB_New/Confocal_63x_2012-03-09_16C05_VNC_wtFlp/stack_TIFF/16C05_57C10wtFlp_G_VNC.tif; expresses]

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GMR 16C05 FLP 25-1 [VFB_00060343]

A single 16C05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/16C05_AB_New/Confocal_63x_2012-03-09_16C05_VNC_wtFlp/stack_TIFF/16C05_57C10wtFlp_H_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; Lines/GMR_01-20/16C05_AB_New/Confocal_63x_2012-03-09_16C05_VNC_wtFlp/stack_TIFF/16C05_57C10wtFlp_H_VNC.tif; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; 5001625_R__1; P{GMR16C05-GAL4} expression pattern; expression pattern fragment; dorsomedial domain of larval T3 neuromere; is part of; GMR 16C05 FLP 25-1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 16D12 FLP 13-1 [VFB_00061859]

A fragment of the 16D12 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/16D12/Confocal_63x_2013-04-29_VNC/stack_TIFF/16D12_3xwtFlp40_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; Lines/GMR_01-20/16D12/Confocal_63x_2013-04-29_VNC/stack_TIFF/16D12_3xwtFlp40_B_VNC.tif; centromedial domain of larval T1 neuromere; centromedial domain of larval central nervous system; GMR 16D12 FLP 13-1; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; 5000494_R__1; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; expresses; embryonic/larval central nervous system; P{GMR16D12-GAL4} expression pattern; central domain of larval labial neuromere; L3 CNS template - Wood2018]

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GMR 16D12 FLP 8-1 [VFB_00061290]

A single 16D12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/16D12/Confocal_63x_2012-07-18A_16D12_VNC/stack_TIFF/16D12_3xwtFlp40_A_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; 5000491_R__1; P{GMR16D12-GAL4} expression pattern; expression pattern fragment; confocal microscopy; GMR 16D12 FLP 8-1; unlicensed; Truman Larval Flip-Out Collection; is part of; Lines/GMR_01-20/16D12/Confocal_63x_2012-07-18A_16D12_VNC/stack_TIFF/16D12_3xwtFlp40_A_VNC.tif; embryonic/larval neuron; expresses]

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GMR 17B12 FLP 1-1 [VFB_00059489]

A single 17B12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/17B12_sp_pdf/Confocal_63x_2012-03-21_17B12_VNC/stack_TIFF/17B12_57C10FlpL_B_VNC.tif. [L3 CNS template - Wood2018; GMR 17B12 FLP 1-1; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; P{GMR17B12-GAL4} expression pattern; Lines/GMR_01-20/17B12_sp_pdf/Confocal_63x_2012-03-21_17B12_VNC/stack_TIFF/17B12_57C10FlpL_B_VNC.tif; 5003933_R__1; embryonic/larval neuron; expresses]

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GMR 17B12 FLP 1-2 [VFB_00059490]

A fragment of the 17B12 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/17B12_sp_pdf/Confocal_63x_2012-03-21_17B12_VNC/stack_TIFF/17B12_57C10FlpL_B_VNC.tif. [5003933_G__1; confocal microscopy; unlicensed; P{GMR17B12-GAL4} expression pattern; centrolateral domain of larval A6 neuromere; GMR 17B12 FLP 1-2; Lines/GMR_01-20/17B12_sp_pdf/Confocal_63x_2012-03-21_17B12_VNC/stack_TIFF/17B12_57C10FlpL_B_VNC.tif; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; ventrolateral domain of larval A7 neuromere; central domain of larval A6 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsal domain of larval A9 neuromere; central domain of larval A2 neuromere; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; ventrolateral domain of larval A8 neuromere; central domain of larval A9 neuromere; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; central domain of larval A8 neuromere; centromedial domain of larval A2 neuromere; centrolateral domain of larval A7 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 17B12 FLP 4-1 [VFB_00059495]

A fragment of the 17B12 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/17B12_sp_pdf/Confocal_63x_2012-03-21_17B12_VNC/stack_TIFF/17B12_57C10FlpL_A_VNC.tif. [L3 CNS template - Wood2018; ventrolateral domain of larval A7 neuromere; embryonic/larval central nervous system; Lines/GMR_01-20/17B12_sp_pdf/Confocal_63x_2012-03-21_17B12_VNC/stack_TIFF/17B12_57C10FlpL_A_VNC.tif; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; GMR 17B12 FLP 4-1; P{GMR17B12-GAL4} expression pattern; 5003936_R__1; ventrolateral domain of larval A8 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; expresses]

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GMR 17B12 FLP 6-1 [VFB_00059502]

A fragment of the 17B12 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/17B12_sp_pdf/Confocal_63x_2012-03-21_17B12_VNC/stack_TIFF/17B12_57C10FlpL_C_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; P{GMR17B12-GAL4} expression pattern; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; ventrolateral domain of larval A7 neuromere; central domain of larval A6 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; Lines/GMR_01-20/17B12_sp_pdf/Confocal_63x_2012-03-21_17B12_VNC/stack_TIFF/17B12_57C10FlpL_C_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 17B12 FLP 6-1; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; is part of; 5003934_G__1; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; centrolateral domain of larval A7 neuromere; L3 CNS template - Wood2018]

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GMR 17D11 FLP 4-1 [VFB_00057739]

A single 17D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/17D11_Abd_scored/Confocal_63x_2011-10-25A_17D11_VNC_FlpL-JT/stack_TIFF/17D11_57C10wtFlp_B.tif. [embryonic/larval neuron; L3 CNS template - Wood2018; embryonic/larval central nervous system; P{GMR17D11-GAL4} expression pattern; confocal microscopy; ventrolateral domain of larval labial neuromere; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; Lines/GMR_01-20/17D11_Abd_scored/Confocal_63x_2011-10-25A_17D11_VNC_FlpL-JT/stack_TIFF/17D11_57C10wtFlp_B.tif; 5003775_R__2; ventrolateral domain of larval central nervous system; GMR 17D11 FLP 4-1; expression pattern fragment; expresses]

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GMR 17D11 FLP 5-1 [VFB_00057740]

A single 17D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/17D11_Abd_scored/Confocal_63x_2011-10-25A_17D11_VNC_FlpL-JT/stack_TIFF/17D11_57C10wtFlp_E.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 17D11 FLP 5-1; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; Lines/GMR_01-20/17D11_Abd_scored/Confocal_63x_2011-10-25A_17D11_VNC_FlpL-JT/stack_TIFF/17D11_57C10wtFlp_E.tif; 5003777_G__1; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR17D11-GAL4} expression pattern; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 17D11 FLP 6-1 [VFB_00057741]

A single 17D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/17D11_Abd_scored/Confocal_63x_2011-10-25A_17D11_VNC_FlpL-JT/stack_TIFF/17D11_57C10wtFlp_C.tif. [centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; Lines/GMR_01-20/17D11_Abd_scored/Confocal_63x_2011-10-25A_17D11_VNC_FlpL-JT/stack_TIFF/17D11_57C10wtFlp_C.tif; central domain of larval T1 neuromere; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval A2 neuromere; centrolateral domain of larval T3 neuromere; 5003776_G__1; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; GMR 17D11 FLP 6-1; embryonic/larval central nervous system; P{GMR17D11-GAL4} expression pattern; central domain of larval A1 neuromere; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 17H02 FLP 13-2 [VFB_00060889]

A single 17H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/17H02/Confocal_63x_2012-08-31_17H02_VNC/stack_TIFF/17H02_57C10FlpL_C_VNC.tif. [confocal microscopy; unlicensed; Lines/GMR_01-20/17H02/Confocal_63x_2012-08-31_17H02_VNC/stack_TIFF/17H02_57C10FlpL_C_VNC.tif; GMR 17H02 FLP 13-2; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; 5001501_R__1; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR17H02-GAL4} expression pattern]

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GMR 17H02 FLP 15-1 [VFB_00060890]

A single 17H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/17H02/Confocal_63x_2012-08-31_17H02_VNC/stack_TIFF/17H02_57C10FlpL_E_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; 5001503_R__1; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; Lines/GMR_01-20/17H02/Confocal_63x_2012-08-31_17H02_VNC/stack_TIFF/17H02_57C10FlpL_E_VNC.tif; is part of; GMR 17H02 FLP 15-1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR17H02-GAL4} expression pattern]

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GMR 17H02 FLP 18-2 [VFB_00060891]

A single 17H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/17H02/Confocal_63x_2012-08-31_17H02_VNC/stack_TIFF/17H02_57C10FlpL_B_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; GMR 17H02 FLP 18-2; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_01-20/17H02/Confocal_63x_2012-08-31_17H02_VNC/stack_TIFF/17H02_57C10FlpL_B_VNC.tif; expression pattern fragment; centrolateral domain of larval T3 neuromere; 5001506_R__1; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR17H02-GAL4} expression pattern]

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GMR 17H02 FLP 18-3 [VFB_00060892]

A single 17H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/17H02/Confocal_63x_2012-08-31_17H02_VNC/stack_TIFF/17H02_57C10FlpL_B_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_01-20/17H02/Confocal_63x_2012-08-31_17H02_VNC/stack_TIFF/17H02_57C10FlpL_B_VNC.tif; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; 5001506_G__1; GMR 17H02 FLP 18-3; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR17H02-GAL4} expression pattern]

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GMR 18A04 FLP 21-1 [VFB_00061085]

A fragment of the 18A04 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18A04_sp_B part_busy/Confocal_63x_2013-04-08_VNC/stack_TIFF/18A04_57C10wtFlp_B_VNC.tif. [confocal microscopy; 5003008_R__1; unlicensed; dorsomedial domain of larval A6 neuromere; ventrolateral domain of larval labial neuromere; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsal domain of larval A9 neuromere; Lines/GMR_01-20/18A04_sp_B part_busy/Confocal_63x_2013-04-08_VNC/stack_TIFF/18A04_57C10wtFlp_B_VNC.tif; is part of; GMR 18A04 FLP 21-1; P{GMR18A04-GAL4} expression pattern; ventral domain of larval A9 neuromere; central domain of larval A9 neuromere; centromedial domain of larval A6 neuromere; expresses; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; L3 CNS template - Wood2018]

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GMR 18A04 FLP 21-2 [VFB_00061086]

A single 18A04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18A04_sp_B part_busy/Confocal_63x_2013-04-08_VNC/stack_TIFF/18A04_57C10wtFlp_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; L3 CNS template - Wood2018; GMR 18A04 FLP 21-2; embryonic/larval central nervous system; expression pattern fragment; ventromedial domain of larval A1 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; Lines/GMR_01-20/18A04_sp_B part_busy/Confocal_63x_2013-04-08_VNC/stack_TIFF/18A04_57C10wtFlp_B_VNC.tif; 5003008_G__1; P{GMR18A04-GAL4} expression pattern; embryonic/larval neuron; ventrolateral domain of larval T3 neuromere; expresses]

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GMR 18A04 FLP 22-1 [VFB_00061087]

A single 18A04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18A04_sp_B part_busy/Confocal_63x_2013-04-08_VNC/stack_TIFF/18A04_57C10wtFlp_E_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 18A04 FLP 22-1; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; Lines/GMR_01-20/18A04_sp_B part_busy/Confocal_63x_2013-04-08_VNC/stack_TIFF/18A04_57C10wtFlp_E_VNC.tif; 5003007_R__1; centrolateral domain of larval labial neuromere; P{GMR18A04-GAL4} expression pattern; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 18A04 FLP 23-1 [VFB_00061088]

A single 18A04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18A04_sp_B part_busy/Confocal_63x_2013-04-08_VNC/stack_TIFF/18A04_57C10wtFlp_C_VNC.tif. [ventrolateral domain of larval T2 neuromere; Lines/GMR_01-20/18A04_sp_B part_busy/Confocal_63x_2013-04-08_VNC/stack_TIFF/18A04_57C10wtFlp_C_VNC.tif; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; P{GMR18A04-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 5003006_R__3; GMR 18A04 FLP 23-1; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 18A04 FLP 24-1 [VFB_00061089]

A single 18A04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18A04_sp_B part_busy/Confocal_63x_2013-04-08_VNC/stack_TIFF/18A04_57C10wtFlp_D_VNC.tif. [confocal microscopy; unlicensed; 5003005_R__4; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; GMR 18A04 FLP 24-1; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; Lines/GMR_01-20/18A04_sp_B part_busy/Confocal_63x_2013-04-08_VNC/stack_TIFF/18A04_57C10wtFlp_D_VNC.tif; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; P{GMR18A04-GAL4} expression pattern; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 18A04 FLP 32-1 [VFB_00061244]

A fragment of the 18A04 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18A04_sp_B part_busy/Confocal_63x_2011-11-30_18A04_VNC/stack_TIFF/18A04_57C10FlpL_D_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; GMR 18A04 FLP 32-1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval A1 neuromere; is part of; P{GMR18A04-GAL4} expression pattern; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; centromedial domain of larval A3 neuromere; 5003022_R__1; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; Lines/GMR_01-20/18A04_sp_B part_busy/Confocal_63x_2011-11-30_18A04_VNC/stack_TIFF/18A04_57C10FlpL_D_VNC.tif]

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GMR 18B11 FLP 22-1 [VFB_00059512]

A single 18B11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18B11_sp_AB_some SEG/Confocal_63x_2012-08-13_18B11_VNC/stack_TIFF/18B11_57C10wtFlp_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; GMR 18B11 FLP 22-1; Lines/GMR_01-20/18B11_sp_AB_some SEG/Confocal_63x_2012-08-13_18B11_VNC/stack_TIFF/18B11_57C10wtFlp_F_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; ventromedial domain of larval maxillary neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 5003327_G__1; P{GMR18B11-GAL4} expression pattern; L3 CNS template - Wood2018]

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GMR 18B11 FLP 22-2 [VFB_00059513]

A single 18B11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18B11_sp_AB_some SEG/Confocal_63x_2012-08-13_18B11_VNC/stack_TIFF/18B11_57C10wtFlp_F_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; dorsomedial domain of larval central nervous system; 5003327_G__2; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_01-20/18B11_sp_AB_some SEG/Confocal_63x_2012-08-13_18B11_VNC/stack_TIFF/18B11_57C10wtFlp_F_VNC.tif; expression pattern fragment; central domain of larval central nervous system; is part of; embryonic/larval neuron; GMR 18B11 FLP 22-2; expresses; embryonic/larval central nervous system; P{GMR18B11-GAL4} expression pattern; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 18B11 FLP 39-1 [VFB_00061521]

A single 18B11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18B11_sp_AB_some SEG/Confocal_63x_2011-08-19_18B11-JT/stack_TIFF/18B11_57C10wtFlp_F.tif. [ventrolateral domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; GMR 18B11 FLP 39-1; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; 5003314_R__1; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; Lines/GMR_01-20/18B11_sp_AB_some SEG/Confocal_63x_2011-08-19_18B11-JT/stack_TIFF/18B11_57C10wtFlp_F.tif; is part of; ventromedial domain of larval maxillary neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR18B11-GAL4} expression pattern; L3 CNS template - Wood2018]

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GMR 18B11 FLP 39-2 [VFB_00061522]

A single 18B11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18B11_sp_AB_some SEG/Confocal_63x_2011-08-19_18B11-JT/stack_TIFF/18B11_57C10wtFlp_F.tif. [confocal microscopy; unlicensed; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; Lines/GMR_01-20/18B11_sp_AB_some SEG/Confocal_63x_2011-08-19_18B11-JT/stack_TIFF/18B11_57C10wtFlp_F.tif; is part of; dorsomedial domain of larval A5 neuromere; 5003314_R__2; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 18B11 FLP 39-2; central domain of larval A5 neuromere; P{GMR18B11-GAL4} expression pattern; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 18B11 FLP 39-3 [VFB_00061523]

A single 18B11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18B11_sp_AB_some SEG/Confocal_63x_2011-08-19_18B11-JT/stack_TIFF/18B11_57C10wtFlp_F.tif. [5003314_G__3; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; Lines/GMR_01-20/18B11_sp_AB_some SEG/Confocal_63x_2011-08-19_18B11-JT/stack_TIFF/18B11_57C10wtFlp_F.tif; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; dorsolateral domain of larval A2 neuromere; GMR 18B11 FLP 39-3; P{GMR18B11-GAL4} expression pattern; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 18B11 FLP 39-4 [VFB_00061524]

A single 18B11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18B11_sp_AB_some SEG/Confocal_63x_2011-08-19_18B11-JT/stack_TIFF/18B11_57C10wtFlp_F.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; Lines/GMR_01-20/18B11_sp_AB_some SEG/Confocal_63x_2011-08-19_18B11-JT/stack_TIFF/18B11_57C10wtFlp_F.tif; 5003314_G__4; GMR 18B11 FLP 39-4; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A3 neuromere; P{GMR18B11-GAL4} expression pattern; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 18C06 FLP 10-1 [VFB_00061757]

A fragment of the 18C06 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18C06/Confocal_63x_2012-09_06_18C06_VNC/stack_TIFF/18C06_57C10wtFlp_D_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; ventromedial domain of larval A2 neuromere; Lines/GMR_01-20/18C06/Confocal_63x_2012-09_06_18C06_VNC/stack_TIFF/18C06_57C10wtFlp_D_VNC.tif; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; P{GMR18C06-GAL4} expression pattern; centromedial domain of larval A1 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5002133_G__2; expression pattern fragment; central domain of larval central nervous system; is part of; centrolateral domain of larval A3 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; GMR 18C06 FLP 10-1; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 18C06 FLP 8-1 [VFB_00061755]

A single 18C06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18C06/Confocal_63x_2012-09_06_18C06_VNC/stack_TIFF/18C06_57C10wtFlp_H_VNC.tif. [confocal microscopy; unlicensed; Lines/GMR_01-20/18C06/Confocal_63x_2012-09_06_18C06_VNC/stack_TIFF/18C06_57C10wtFlp_H_VNC.tif; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; P{GMR18C06-GAL4} expression pattern; 5002131_R__1; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval A2 neuromere; GMR 18C06 FLP 8-1; central domain of larval central nervous system; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 18C06 FLP 8-2 [VFB_00061756]

A single 18C06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18C06/Confocal_63x_2012-09_06_18C06_VNC/stack_TIFF/18C06_57C10wtFlp_H_VNC.tif. [5002131_R__3; confocal microscopy; unlicensed; Lines/GMR_01-20/18C06/Confocal_63x_2012-09_06_18C06_VNC/stack_TIFF/18C06_57C10wtFlp_H_VNC.tif; dorsomedial domain of larval central nervous system; P{GMR18C06-GAL4} expression pattern; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; expression pattern fragment; dorsomedial domain of larval A1 neuromere; is part of; GMR 18C06 FLP 8-2; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 18C11 FLP 3-1 [VFB_00061429]

A single 18C11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18C11_B/Confocal_63x_2012-09_06_18C11_VNC/stack_TIFF/18C11_57C10FlpL_A_VNC.tif. [5002433_R__2; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; P{GMR18C11-GAL4} expression pattern; Lines/GMR_01-20/18C11_B/Confocal_63x_2012-09_06_18C11_VNC/stack_TIFF/18C11_57C10FlpL_A_VNC.tif; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 18C11 FLP 3-1; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 18F04 FLP 16-1 [VFB_00058176]

A single 18F04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18F04/Confocal_63x_2013-04-08_VNC/stack_TIFF/18F04_57C10FlpL_D_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; GMR 18F04 FLP 16-1; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; 5002545_R__2; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; P{GMR18F04-GAL4} expression pattern; Lines/GMR_01-20/18F04/Confocal_63x_2013-04-08_VNC/stack_TIFF/18F04_57C10FlpL_D_VNC.tif; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 18F04 FLP 16-2 [VFB_00058177]

A single 18F04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18F04/Confocal_63x_2013-04-08_VNC/stack_TIFF/18F04_57C10FlpL_D_VNC.tif. [confocal microscopy; unlicensed; 5002545_R__3; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; GMR 18F04 FLP 16-2; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; P{GMR18F04-GAL4} expression pattern; Lines/GMR_01-20/18F04/Confocal_63x_2013-04-08_VNC/stack_TIFF/18F04_57C10FlpL_D_VNC.tif; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 18F04 FLP 16-3 [VFB_00058178]

A single 18F04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18F04/Confocal_63x_2013-04-08_VNC/stack_TIFF/18F04_57C10FlpL_D_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; 5002545_G__1; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; GMR 18F04 FLP 16-3; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR18F04-GAL4} expression pattern; Lines/GMR_01-20/18F04/Confocal_63x_2013-04-08_VNC/stack_TIFF/18F04_57C10FlpL_D_VNC.tif; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 18F04 FLP 16-4 [VFB_00058179]

A single 18F04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18F04/Confocal_63x_2013-04-08_VNC/stack_TIFF/18F04_57C10FlpL_D_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval A1 neuromere; 5002545_G__2; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 18F04 FLP 16-4; P{GMR18F04-GAL4} expression pattern; Lines/GMR_01-20/18F04/Confocal_63x_2013-04-08_VNC/stack_TIFF/18F04_57C10FlpL_D_VNC.tif; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 18F04 FLP 17-1 [VFB_00058168]

A single 18F04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18F04/Confocal_63x_2013-04-08_VNC/stack_TIFF/18F04_57C10FlpL_B_VNC.tif. [5002549_R__1; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; GMR 18F04 FLP 17-1; is part of; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; Lines/GMR_01-20/18F04/Confocal_63x_2013-04-08_VNC/stack_TIFF/18F04_57C10FlpL_B_VNC.tif; P{GMR18F04-GAL4} expression pattern; ventrolateral domain of larval A1 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 18F04 FLP 17-2 [VFB_00058169]

A single 18F04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18F04/Confocal_63x_2013-04-08_VNC/stack_TIFF/18F04_57C10FlpL_B_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; dorsolateral domain of larval A6 neuromere; expression pattern fragment; confocal microscopy; unlicensed; P{GMR18F04-GAL4} expression pattern; Truman Larval Flip-Out Collection; is part of; overlaps; Lines/GMR_01-20/18F04/Confocal_63x_2013-04-08_VNC/stack_TIFF/18F04_57C10FlpL_B_VNC.tif; dorsolateral domain of larval central nervous system; embryonic/larval neuron; GMR 18F04 FLP 17-2; 5002549_G__1; expresses]

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GMR 18F04 FLP 18-1 [VFB_00058170]

A fragment of the 18F04 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18F04/Confocal_63x_2013-04-08_VNC/stack_TIFF/18F04_57C10FlpL_K_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; GMR 18F04 FLP 18-1; unlicensed; 5002548_R__1; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; Lines/GMR_01-20/18F04/Confocal_63x_2013-04-08_VNC/stack_TIFF/18F04_57C10FlpL_K_VNC.tif; is part of; expresses; embryonic/larval central nervous system; P{GMR18F04-GAL4} expression pattern; dorsolateral domain of larval A2 neuromere; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 18F04 FLP 18-2 [VFB_00058171]

A fragment of the 18F04 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18F04/Confocal_63x_2013-04-08_VNC/stack_TIFF/18F04_57C10FlpL_K_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; 5002548_G__2; centrolateral domain of larval A1 neuromere; Lines/GMR_01-20/18F04/Confocal_63x_2013-04-08_VNC/stack_TIFF/18F04_57C10FlpL_K_VNC.tif; is part of; expresses; GMR 18F04 FLP 18-2; embryonic/larval central nervous system; P{GMR18F04-GAL4} expression pattern; centromedial domain of larval A3 neuromere; ventrolateral domain of larval A1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 18F04 FLP 20-1 [VFB_00058180]

A single 18F04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18F04/Confocal_63x_2013-04-08_VNC/stack_TIFF/18F04_57C10FlpL_I_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; 5002547_G__1; Lines/GMR_01-20/18F04/Confocal_63x_2013-04-08_VNC/stack_TIFF/18F04_57C10FlpL_I_VNC.tif; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; centrolateral domain of larval T3 neuromere; GMR 18F04 FLP 20-1; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR18F04-GAL4} expression pattern; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 18F04 FLP 9-4 [VFB_00060821]

A fragment of the 18F04 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18F04/Confocal_63x_2012-09_06_18F04_VNC/stack_TIFF/18F04_57C10FlpL_I_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_01-20/18F04/Confocal_63x_2012-09_06_18F04_VNC/stack_TIFF/18F04_57C10FlpL_I_VNC.tif; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; is part of; dorsomedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; 5002559_G__4; ventrolateral domain of larval A4 neuromere; P{GMR18F04-GAL4} expression pattern; GMR 18F04 FLP 9-4; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 18F09 FLP 11-1 [VFB_00060309]

A single 18F09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18F09_sp/Confocal_63x_2012-12-19A_18F09_VNC/stack_TIFF/18F09_57C10wtFlp_F_VNC.tif. [Lines/GMR_01-20/18F09_sp/Confocal_63x_2012-12-19A_18F09_VNC/stack_TIFF/18F09_57C10wtFlp_F_VNC.tif; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; P{GMR18F09-GAL4} expression pattern; GMR 18F09 FLP 11-1; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; 5003502_R__1; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 18F09 FLP 13-1 [VFB_00060310]

A single 18F09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18F09_sp/Confocal_63x_2012-12-19A_18F09_VNC/stack_TIFF/18F09_57C10wtFlp_A_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; 5003501_R__1; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; Lines/GMR_01-20/18F09_sp/Confocal_63x_2012-12-19A_18F09_VNC/stack_TIFF/18F09_57C10wtFlp_A_VNC.tif; centrolateral domain of larval A5 neuromere; P{GMR18F09-GAL4} expression pattern; dorsolateral domain of larval A4 neuromere; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; is part of; embryonic/larval neuron; expresses; GMR 18F09 FLP 13-1; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 18F09 FLP 3-1 [VFB_00061150]

A single 18F09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18F09_sp/Confocal_63x_2012-12-19A_18F09_VNC/stack_TIFF/18F09_57C10wtFlp_B_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; GMR 18F09 FLP 3-1; centrolateral domain of larval central nervous system; dorsolateral domain of larval A4 neuromere; P{GMR18F09-GAL4} expression pattern; Lines/GMR_01-20/18F09_sp/Confocal_63x_2012-12-19A_18F09_VNC/stack_TIFF/18F09_57C10wtFlp_B_VNC.tif; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; 5003496_G__1; expression pattern fragment; central domain of larval central nervous system; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 18F09 FLP 4-1 [VFB_00061151]

A single 18F09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18F09_sp/Confocal_63x_2012-12-19A_18F09_VNC/stack_TIFF/18F09_57C10wtFlp_C_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsolateral domain of larval A4 neuromere; P{GMR18F09-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; 5003497_G__1; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; Lines/GMR_01-20/18F09_sp/Confocal_63x_2012-12-19A_18F09_VNC/stack_TIFF/18F09_57C10wtFlp_C_VNC.tif; is part of; GMR 18F09 FLP 4-1; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 18F09 FLP 9-1 [VFB_00061152]

A single 18F09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18F09_sp/Confocal_63x_2012-12-19A_18F09_VNC/stack_TIFF/18F09_57C10wtFlp_D_VNC.tif. [Lines/GMR_01-20/18F09_sp/Confocal_63x_2012-12-19A_18F09_VNC/stack_TIFF/18F09_57C10wtFlp_D_VNC.tif; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; P{GMR18F09-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; 5003498_G__1; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; GMR 18F09 FLP 9-1; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 18H11 FLP 3-1 [VFB_00061700]

A single 18H11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18H11-sp_OL INs/Confocal_63x_2012-03-30_18H11_VNC/stack_TIFF/18H11_57C10FlpL_I_VNC.tif. [ventromedial domain of larval A8 neuromere; confocal microscopy; unlicensed; central domain of larval A7 neuromere; dorsomedial domain of larval A6 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; P{GMR18H11-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsal domain of larval A9 neuromere; central domain of larval central nervous system; is part of; ventrolateral domain of larval A8 neuromere; centromedial domain of larval A7 neuromere; ventral domain of larval A9 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; 5000149_R__1; dorsomedial domain of larval A8 neuromere; GMR 18H11 FLP 3-1; Lines/GMR_01-20/18H11-sp_OL INs/Confocal_63x_2012-03-30_18H11_VNC/stack_TIFF/18H11_57C10FlpL_I_VNC.tif; L3 CNS template - Wood2018]

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GMR 18H11 FLP 3-2 [VFB_00061701]

A fragment of the 18H11 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18H11-sp_OL INs/Confocal_63x_2012-03-30_18H11_VNC/stack_TIFF/18H11_57C10FlpL_I_VNC.tif. [ventromedial domain of larval A8 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; 5000149_G__2; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; P{GMR18H11-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A7 neuromere; expression pattern fragment; dorsal domain of larval A9 neuromere; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; GMR 18H11 FLP 3-2; is part of; ventral domain of larval A9 neuromere; central domain of larval A9 neuromere; dorsolateral domain of larval A8 neuromere; expresses; centromedial domain of larval A8 neuromere; embryonic/larval central nervous system; central domain of larval A8 neuromere; dorsomedial domain of larval A8 neuromere; Lines/GMR_01-20/18H11-sp_OL INs/Confocal_63x_2012-03-30_18H11_VNC/stack_TIFF/18H11_57C10FlpL_I_VNC.tif; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 18H11 FLP 4-1 [VFB_00061703]

A fragment of the 18H11 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18H11-sp_OL INs/Confocal_63x_2012-03-30_18H11_VNC/stack_TIFF/18H11_57C10FlpL_G_VNC.tif. [ventrolateral domain of larval T2 neuromere; L3 CNS template - Wood2018; embryonic/larval central nervous system; centromedial domain of larval T2 neuromere; ventrolateral domain of larval T1 neuromere; confocal microscopy; unlicensed; P{GMR18H11-GAL4} expression pattern; Truman Larval Flip-Out Collection; GMR 18H11 FLP 4-1; is part of; overlaps; ventromedial domain of larval central nervous system; Lines/GMR_01-20/18H11-sp_OL INs/Confocal_63x_2012-03-30_18H11_VNC/stack_TIFF/18H11_57C10FlpL_G_VNC.tif; expression pattern fragment; 5000148_G__1; expresses; centromedial domain of larval central nervous system]

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GMR 18H11 FLP 4-2 [VFB_00061704]

A single 18H11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/18H11-sp_OL INs/Confocal_63x_2012-03-30_18H11_VNC/stack_TIFF/18H11_57C10FlpL_G_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; P{GMR18H11-GAL4} expression pattern; Truman Larval Flip-Out Collection; is part of; Lines/GMR_01-20/18H11-sp_OL INs/Confocal_63x_2012-03-30_18H11_VNC/stack_TIFF/18H11_57C10FlpL_G_VNC.tif; 5000148_G__2; embryonic/larval neuron; GMR 18H11 FLP 4-2; expresses]

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GMR 19A05 FLP 13-1 [VFB_00060273]

A single 19A05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19A05/Confocal_63x_2012-07-18A_19A05_VNC/stack_TIFF/19A05_57C10FlpL_C_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; dorsomedial domain of larval A4 neuromere; central domain of larval T3 neuromere; 5000800_R__1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; P{GMR19A05-GAL4} expression pattern; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; is part of; Lines/GMR_01-20/19A05/Confocal_63x_2012-07-18A_19A05_VNC/stack_TIFF/19A05_57C10FlpL_C_VNC.tif; GMR 19A05 FLP 13-1; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 19A05 FLP 13-2 [VFB_00060274]

A single 19A05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19A05/Confocal_63x_2012-07-18A_19A05_VNC/stack_TIFF/19A05_57C10FlpL_C_VNC.tif. [ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; ventrolateral domain of larval labial neuromere; 5000800_G__2; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR19A05-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 19A05 FLP 13-2; is part of; ventromedial domain of larval maxillary neuromere; Lines/GMR_01-20/19A05/Confocal_63x_2012-07-18A_19A05_VNC/stack_TIFF/19A05_57C10FlpL_C_VNC.tif; embryonic/larval neuron; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 19A07 FLP 10-1 [VFB_00061148]

A single 19A07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19A07-sp_ascending fibers/Confocal_63x_2012-07-16_19A07_VNC/stack_TIFF/19A07_57C10wtFlp_D_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; Lines/GMR_01-20/19A07-sp_ascending fibers/Confocal_63x_2012-07-16_19A07_VNC/stack_TIFF/19A07_57C10wtFlp_D_VNC.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; 5002272_G__1; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; P{GMR19A07-GAL4} expression pattern; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; is part of; dorsomedial domain of larval A5 neuromere; GMR 19A07 FLP 10-1; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 19A07 FLP 7-1 [VFB_00061147]

A single 19A07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19A07-sp_ascending fibers/Confocal_63x_2012-07-16_19A07_VNC/stack_TIFF/19A07_57C10wtFlp_A_VNC.tif. [confocal microscopy; unlicensed; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; expression pattern fragment; P{GMR19A07-GAL4} expression pattern; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; ventromedial domain of larval A5 neuromere; GMR 19A07 FLP 7-1; is part of; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; 5002275_G__1; Lines/GMR_01-20/19A07-sp_ascending fibers/Confocal_63x_2012-07-16_19A07_VNC/stack_TIFF/19A07_57C10wtFlp_A_VNC.tif; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 19B07 FLP 3-1 [VFB_00057380]

A single 19B07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19B07/Confocal_63x_2013-04-08_VNC/stack_TIFF/19B07_57C10FlpL_B_VNC.tif. [ventromedial domain of larval A8 neuromere; confocal microscopy; unlicensed; central domain of larval A7 neuromere; GMR 19B07 FLP 3-1; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsal domain of larval A9 neuromere; centrolateral domain of larval A8 neuromere; P{GMR19B07-GAL4} expression pattern; central domain of larval central nervous system; is part of; ventrolateral domain of larval A8 neuromere; centromedial domain of larval A7 neuromere; embryonic/larval neuron; central domain of larval A9 neuromere; ventral domain of larval A9 neuromere; dorsolateral domain of larval A8 neuromere; expresses; centromedial domain of larval A8 neuromere; embryonic/larval central nervous system; central domain of larval A8 neuromere; dorsomedial domain of larval A8 neuromere; centrolateral domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; Lines/GMR_01-20/19B07/Confocal_63x_2013-04-08_VNC/stack_TIFF/19B07_57C10FlpL_B_VNC.tif; L3 CNS template - Wood2018; 5001654_R__1]

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GMR 19B07 FLP 3-2 [VFB_00057381]

A single 19B07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19B07/Confocal_63x_2013-04-08_VNC/stack_TIFF/19B07_57C10FlpL_B_VNC.tif. [ventromedial domain of larval A8 neuromere; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; central domain of larval A7 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventrolateral domain of larval A7 neuromere; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 19B07 FLP 3-2; ventromedial domain of larval A7 neuromere; 5001654_G__1; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsal domain of larval A9 neuromere; centrolateral domain of larval A8 neuromere; P{GMR19B07-GAL4} expression pattern; central domain of larval central nervous system; is part of; ventrolateral domain of larval A8 neuromere; centromedial domain of larval A7 neuromere; embryonic/larval neuron; central domain of larval A9 neuromere; ventral domain of larval A9 neuromere; dorsolateral domain of larval A8 neuromere; expresses; centromedial domain of larval A8 neuromere; embryonic/larval central nervous system; central domain of larval A8 neuromere; dorsomedial domain of larval A8 neuromere; centrolateral domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; Lines/GMR_01-20/19B07/Confocal_63x_2013-04-08_VNC/stack_TIFF/19B07_57C10FlpL_B_VNC.tif; L3 CNS template - Wood2018]

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GMR 19B07 FLP 4-1 [VFB_00057382]

A single 19B07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19B07/Confocal_63x_2013-04-08_VNC/stack_TIFF/19B07_57C10FlpL_A_VNC.tif. [confocal microscopy; unlicensed; 5001655_R__1; central domain of larval A7 neuromere; dorsomedial domain of larval A6 neuromere; GMR 19B07 FLP 4-1; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Lines/GMR_01-20/19B07/Confocal_63x_2013-04-08_VNC/stack_TIFF/19B07_57C10FlpL_A_VNC.tif; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; P{GMR19B07-GAL4} expression pattern; central domain of larval central nervous system; is part of; centromedial domain of larval A7 neuromere; embryonic/larval neuron; central domain of larval A9 neuromere; centromedial domain of larval A6 neuromere; ventral domain of larval A9 neuromere; dorsolateral domain of larval A8 neuromere; expresses; centromedial domain of larval A8 neuromere; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; central domain of larval A8 neuromere; dorsomedial domain of larval A8 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 19C05 FLP 11-1 [VFB_00061090]

A single 19C05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19C05_sp_NoB/Confocal_63x_2012-09-07_19C05_VNC/stack_TIFF/19C05_57C10wtFlp_E_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; 5000297_G__1; expression pattern fragment; Lines/GMR_01-20/19C05_sp_NoB/Confocal_63x_2012-09-07_19C05_VNC/stack_TIFF/19C05_57C10wtFlp_E_VNC.tif; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 19C05 FLP 11-1; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR19C05-GAL4} expression pattern]

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GMR 19C05 FLP 12-1 [VFB_00061091]

A single 19C05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19C05_sp_NoB/Confocal_63x_2012-09-07_19C05_VNC/stack_TIFF/19C05_57C10wtFlp_C_VNC.tif. [L3 CNS template - Wood2018; Lines/GMR_01-20/19C05_sp_NoB/Confocal_63x_2012-09-07_19C05_VNC/stack_TIFF/19C05_57C10wtFlp_C_VNC.tif; embryonic/larval central nervous system; dorsomedial domain of larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; GMR 19C05 FLP 12-1; dorsomedial domain of larval A4 neuromere; embryonic/larval neuron; 5000299_R__1; P{GMR19C05-GAL4} expression pattern; expresses]

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GMR 19C05 FLP 12-2 [VFB_00061092]

A single 19C05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19C05_sp_NoB/Confocal_63x_2012-09-07_19C05_VNC/stack_TIFF/19C05_57C10wtFlp_C_VNC.tif. [Lines/GMR_01-20/19C05_sp_NoB/Confocal_63x_2012-09-07_19C05_VNC/stack_TIFF/19C05_57C10wtFlp_C_VNC.tif; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5000299_R__2; expression pattern fragment; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; GMR 19C05 FLP 12-2; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR19C05-GAL4} expression pattern]

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GMR 19C05 FLP 13-1 [VFB_00061093]

A single 19C05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19C05_sp_NoB/Confocal_63x_2012-09-07_19C05_VNC/stack_TIFF/19C05_57C10wtFlp_D_VNC.tif. [confocal microscopy; unlicensed; Lines/GMR_01-20/19C05_sp_NoB/Confocal_63x_2012-09-07_19C05_VNC/stack_TIFF/19C05_57C10wtFlp_D_VNC.tif; centrolateral domain of larval A6 neuromere; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval central nervous system; 5000298_R__1; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 19C05 FLP 13-1; expression pattern fragment; dorsolateral domain of larval A6 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR19C05-GAL4} expression pattern]

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GMR 19C05 FLP 13-2 [VFB_00061094]

A single 19C05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19C05_sp_NoB/Confocal_63x_2012-09-07_19C05_VNC/stack_TIFF/19C05_57C10wtFlp_D_VNC.tif. [confocal microscopy; unlicensed; Lines/GMR_01-20/19C05_sp_NoB/Confocal_63x_2012-09-07_19C05_VNC/stack_TIFF/19C05_57C10wtFlp_D_VNC.tif; GMR 19C05 FLP 13-2; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5000298_G__1; expression pattern fragment; dorsolateral domain of larval A6 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR19C05-GAL4} expression pattern]

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GMR 19C05 FLP 13-3 [VFB_00061095]

A single 19C05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19C05_sp_NoB/Confocal_63x_2012-09-07_19C05_VNC/stack_TIFF/19C05_57C10wtFlp_D_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; Lines/GMR_01-20/19C05_sp_NoB/Confocal_63x_2012-09-07_19C05_VNC/stack_TIFF/19C05_57C10wtFlp_D_VNC.tif; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5000298_G__2; expression pattern fragment; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 19C05 FLP 13-3; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR19C05-GAL4} expression pattern]

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GMR 19E01 FLP 4-1 [VFB_00060704]

A fragment of the 19E01 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19E01/Confocal_63x_2013-04-17_VNC/stack_TIFF/19E01_57C10FlpL_A_VNC.tif. [centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; GMR 19E01 FLP 4-1; centromedial domain of larval labial neuromere; unlicensed; confocal microscopy; larval T2 leg neuropil; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval maxillary neuromere; P{GMR19E01-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; expression pattern fragment; Lines/GMR_01-20/19E01/Confocal_63x_2013-04-17_VNC/stack_TIFF/19E01_57C10FlpL_A_VNC.tif; central domain of larval central nervous system; is part of; ventromedial domain of larval maxillary neuromere; 5003230_R__1; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 19F09 FLP 32-1 [VFB_00061334]

A single 19F09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19F09-sp_B/Confocal_63x_2013-04-17_VNC/stack_TIFF/19F09_57C10wtFlp_H_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; expression pattern fragment; 5001919_R__2; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; P{GMR19F09-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_01-20/19F09-sp_B/Confocal_63x_2013-04-17_VNC/stack_TIFF/19F09_57C10wtFlp_H_VNC.tif; GMR 19F09 FLP 32-1; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 19F09 FLP 32-2 [VFB_00061335]

A single 19F09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19F09-sp_B/Confocal_63x_2013-04-17_VNC/stack_TIFF/19F09_57C10wtFlp_H_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; GMR 19F09 FLP 32-2; confocal microscopy; unlicensed; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; ventrolateral domain of larval T3 neuromere; 5001919_G__1; central domain of larval central nervous system; is part of; P{GMR19F09-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; Lines/GMR_01-20/19F09-sp_B/Confocal_63x_2013-04-17_VNC/stack_TIFF/19F09_57C10wtFlp_H_VNC.tif; L3 CNS template - Wood2018]

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GMR 19F09 FLP 32-3 [VFB_00061336]

A single 19F09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19F09-sp_B/Confocal_63x_2013-04-17_VNC/stack_TIFF/19F09_57C10wtFlp_H_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; GMR 19F09 FLP 32-3; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; 5001919_G__2; expression pattern fragment; central domain of larval central nervous system; is part of; P{GMR19F09-GAL4} expression pattern; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_01-20/19F09-sp_B/Confocal_63x_2013-04-17_VNC/stack_TIFF/19F09_57C10wtFlp_H_VNC.tif; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 19F09 FLP 33-1 [VFB_00061337]

A single 19F09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19F09-sp_B/Confocal_63x_2013-04-17_VNC/stack_TIFF/19F09_57C10wtFlp_A_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; 5001918_R__2; Lines/GMR_01-20/19F09-sp_B/Confocal_63x_2013-04-17_VNC/stack_TIFF/19F09_57C10wtFlp_A_VNC.tif; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; P{GMR19F09-GAL4} expression pattern; GMR 19F09 FLP 33-1; dorsomedial domain of larval A5 neuromere; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 19F09 FLP 33-2 [VFB_00061338]

A single 19F09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19F09-sp_B/Confocal_63x_2013-04-17_VNC/stack_TIFF/19F09_57C10wtFlp_A_VNC.tif. [5001918_G__1; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; expression pattern fragment; Lines/GMR_01-20/19F09-sp_B/Confocal_63x_2013-04-17_VNC/stack_TIFF/19F09_57C10wtFlp_A_VNC.tif; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; P{GMR19F09-GAL4} expression pattern; embryonic/larval neuron; GMR 19F09 FLP 33-2; expresses; embryonic/larval central nervous system; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 19F09 FLP 4-1 [VFB_00061262]

A single 19F09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19F09-sp_B/Confocal_63x_2012-07-17_19F09_VNC/stack_TIFF/19F09_57C10wtFlp_A_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; GMR 19F09 FLP 4-1; expression pattern fragment; Lines/GMR_01-20/19F09-sp_B/Confocal_63x_2012-07-17_19F09_VNC/stack_TIFF/19F09_57C10wtFlp_A_VNC.tif; central domain of larval central nervous system; 5001894_G__1; is part of; P{GMR19F09-GAL4} expression pattern; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 19F09 FLP 6-1 [VFB_00061753]

A single 19F09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19F09-sp_B/Confocal_63x_2012-07-17_19F09_VNC/stack_TIFF/19F09_57C10wtFlp_F_VNC.tif. [GMR 19F09 FLP 6-1; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; 5001898_G__1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval T3 neuromere; Lines/GMR_01-20/19F09-sp_B/Confocal_63x_2012-07-17_19F09_VNC/stack_TIFF/19F09_57C10wtFlp_F_VNC.tif; is part of; P{GMR19F09-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 19F09 FLP 7-1 [VFB_00061265]

A single 19F09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19F09-sp_B/Confocal_63x_2012-07-17_19F09_VNC/stack_TIFF/19F09_57C10wtFlp_E_VNC.tif. [dorsolateral domain of larval T3 neuromere; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5001899_G__2; expression pattern fragment; centrolateral domain of larval T3 neuromere; is part of; P{GMR19F09-GAL4} expression pattern; GMR 19F09 FLP 7-1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; Lines/GMR_01-20/19F09-sp_B/Confocal_63x_2012-07-17_19F09_VNC/stack_TIFF/19F09_57C10wtFlp_E_VNC.tif; centrolateral domain of larval T2 neuromere]

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GMR 19F12 FLP 20-1 [VFB_00061754]

A single 19F12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19F12/Confocal_63x_2013-04-22_VNC/stack_TIFF/19F12_57C10wtFlp_C_VNC.tif. [P{GMR19F12-GAL4} expression pattern; L3 CNS template - Wood2018; GMR 19F12 FLP 20-1; embryonic/larval central nervous system; ventrolateral domain of larval maxillary neuromere; expression pattern fragment; ventrolateral domain of larval T1 neuromere; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; ventrolateral domain of larval central nervous system; Lines/GMR_01-20/19F12/Confocal_63x_2013-04-22_VNC/stack_TIFF/19F12_57C10wtFlp_C_VNC.tif; ventrolateral domain of larval labial neuromere; embryonic/larval neuron; 5003624_G__1; expresses]

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GMR 19F12 FLP 7-1 [VFB_00060924]

A single 19F12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19F12/Confocal_63x_2012-09-07_19F12_VNC/stack_TIFF/19F12_57C10wtFlp_E_VNC.tif. [ventrolateral domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval maxillary neuromere; centromedial domain of larval central nervous system; P{GMR19F12-GAL4} expression pattern; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; GMR 19F12 FLP 7-1; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; ventromedial domain of larval maxillary neuromere; embryonic/larval neuron; expresses; Lines/GMR_01-20/19F12/Confocal_63x_2012-09-07_19F12_VNC/stack_TIFF/19F12_57C10wtFlp_E_VNC.tif; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; 5003613_R__1; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 19F12 FLP 7-2 [VFB_00060925]

A single 19F12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19F12/Confocal_63x_2012-09-07_19F12_VNC/stack_TIFF/19F12_57C10wtFlp_E_VNC.tif. [ventrolateral domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval maxillary neuromere; centromedial domain of larval central nervous system; P{GMR19F12-GAL4} expression pattern; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval maxillary neuromere; central domain of larval central nervous system; 5003613_G__1; is part of; ventromedial domain of larval maxillary neuromere; embryonic/larval neuron; expresses; Lines/GMR_01-20/19F12/Confocal_63x_2012-09-07_19F12_VNC/stack_TIFF/19F12_57C10wtFlp_E_VNC.tif; embryonic/larval central nervous system; central domain of larval labial neuromere; GMR 19F12 FLP 7-2; L3 CNS template - Wood2018]

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GMR 19G11 FLP 1-1 [VFB_00058261]

A single 19G11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19G11/Confocal_63x_2012-09-11_19G11_VNC/stack_TIFF/19G11_57C10FlpL_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR19G11-GAL4} expression pattern; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 19G11 FLP 1-1; central domain of larval central nervous system; is part of; embryonic/larval neuron; Lines/GMR_01-20/19G11/Confocal_63x_2012-09-11_19G11_VNC/stack_TIFF/19G11_57C10FlpL_B_VNC.tif; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; 5004006_R__1]

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GMR 19G11 FLP 1-2 [VFB_00058262]

A single 19G11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19G11/Confocal_63x_2012-09-11_19G11_VNC/stack_TIFF/19G11_57C10FlpL_B_VNC.tif. [GMR 19G11 FLP 1-2; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval maxillary neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; 5004006_G__1; Truman Larval Flip-Out Collection; overlaps; P{GMR19G11-GAL4} expression pattern; dorsomedial domain of larval mandibular neuromere; expression pattern fragment; dorsomedial domain of larval maxillary neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centromedial domain of larval mandibular neuromere; L3 CNS template - Wood2018; Lines/GMR_01-20/19G11/Confocal_63x_2012-09-11_19G11_VNC/stack_TIFF/19G11_57C10FlpL_B_VNC.tif]

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GMR 19G11 FLP 1-3 [VFB_00058263]

A single 19G11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19G11/Confocal_63x_2012-09-11_19G11_VNC/stack_TIFF/19G11_57C10FlpL_B_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; 5004006_G__2; dorsomedial domain of larval A3 neuromere; GMR 19G11 FLP 1-3; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR19G11-GAL4} expression pattern; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; Lines/GMR_01-20/19G11/Confocal_63x_2012-09-11_19G11_VNC/stack_TIFF/19G11_57C10FlpL_B_VNC.tif; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 19G11 FLP 2-1 [VFB_00058264]

A fragment of the 19G11 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19G11/Confocal_63x_2012-09-11_19G11_VNC/stack_TIFF/19G11_57C10FlpL_E_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; 5004007_R__1; Lines/GMR_01-20/19G11/Confocal_63x_2012-09-11_19G11_VNC/stack_TIFF/19G11_57C10FlpL_E_VNC.tif; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsolateral domain of larval A4 neuromere; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventrolateral domain of larval A6 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR19G11-GAL4} expression pattern; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; GMR 19G11 FLP 2-1; ventrolateral domain of larval A4 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 19G11 FLP 2-2 [VFB_00058265]

A single 19G11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19G11/Confocal_63x_2012-09-11_19G11_VNC/stack_TIFF/19G11_57C10FlpL_E_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; Lines/GMR_01-20/19G11/Confocal_63x_2012-09-11_19G11_VNC/stack_TIFF/19G11_57C10FlpL_E_VNC.tif; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; GMR 19G11 FLP 2-2; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR19G11-GAL4} expression pattern; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; 5004007_G__3; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 19G11 FLP 4-1 [VFB_00058266]

A single 19G11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19G11/Confocal_63x_2012-09-11_19G11_VNC/stack_TIFF/19G11_57C10FlpL_J_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; P{GMR19G11-GAL4} expression pattern; 5004005_R__1; Lines/GMR_01-20/19G11/Confocal_63x_2012-09-11_19G11_VNC/stack_TIFF/19G11_57C10FlpL_J_VNC.tif; embryonic/larval neuron; GMR 19G11 FLP 4-1; expresses]

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GMR 19G11 FLP 5-1 [VFB_00058267]

A single 19G11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19G11/Confocal_63x_2012-09-11_19G11_VNC/stack_TIFF/19G11_57C10FlpL_D_VNC.tif. [L3 CNS template - Wood2018; 5004002_G__1; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; Lines/GMR_01-20/19G11/Confocal_63x_2012-09-11_19G11_VNC/stack_TIFF/19G11_57C10FlpL_D_VNC.tif; unlicensed; Truman Larval Flip-Out Collection; is part of; GMR 19G11 FLP 5-1; P{GMR19G11-GAL4} expression pattern; embryonic/larval neuron; expresses]

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GMR 19G11 FLP 6-1 [VFB_00058268]

A fragment of the 19G11 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19G11/Confocal_63x_2012-09-11_19G11_VNC/stack_TIFF/19G11_57C10FlpL_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; 5004003_G__1; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; ventrolateral domain of larval labial neuromere; Lines/GMR_01-20/19G11/Confocal_63x_2012-09-11_19G11_VNC/stack_TIFF/19G11_57C10FlpL_F_VNC.tif; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR19G11-GAL4} expression pattern; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; GMR 19G11 FLP 6-1; is part of; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 19G11 FLP 7-1 [VFB_00058269]

A single 19G11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19G11/Confocal_63x_2012-09-11_19G11_VNC/stack_TIFF/19G11_57C10FlpL_G_VNC.tif. [5004000_R__1; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; GMR 19G11 FLP 7-1; centrolateral domain of larval A5 neuromere; Lines/GMR_01-20/19G11/Confocal_63x_2012-09-11_19G11_VNC/stack_TIFF/19G11_57C10FlpL_G_VNC.tif; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR19G11-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 19G11 FLP 7-2 [VFB_00058270]

A single 19G11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19G11/Confocal_63x_2012-09-11_19G11_VNC/stack_TIFF/19G11_57C10FlpL_G_VNC.tif. [confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; Lines/GMR_01-20/19G11/Confocal_63x_2012-09-11_19G11_VNC/stack_TIFF/19G11_57C10FlpL_G_VNC.tif; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR19G11-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; 5004000_G__1; embryonic/larval neuron; expresses; GMR 19G11 FLP 7-2; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 19G11 FLP 7-3 [VFB_00058271]

A single 19G11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19G11/Confocal_63x_2012-09-11_19G11_VNC/stack_TIFF/19G11_57C10FlpL_G_VNC.tif. [confocal microscopy; unlicensed; 5004000_G__2; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; Lines/GMR_01-20/19G11/Confocal_63x_2012-09-11_19G11_VNC/stack_TIFF/19G11_57C10FlpL_G_VNC.tif; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR19G11-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; GMR 19G11 FLP 7-3; is part of; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 19H05 FLP 20-1 [VFB_00061365]

A single 19H05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/19H05_Abd_scored/Confocal_63x_2011-08-19_19H05_wtFlp-JT/stack_TIFF/19H05_57C10wtFlp_B.tif. [confocal microscopy; unlicensed; P{GMR19H05-GAL4} expression pattern; centromedial domain of larval T3 neuromere; GMR 19H05 FLP 20-1; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; Lines/GMR_01-20/19H05_Abd_scored/Confocal_63x_2011-08-19_19H05_wtFlp-JT/stack_TIFF/19H05_57C10wtFlp_B.tif; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; 5002725_G__2; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 20A08 FLP 24-1 [VFB_00061526]

A single 20A08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20A08/Confocal_63x_2012-03-13_20A08_VNC/stack_TIFF/20A08_57C10wtFlp_B_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; GMR 20A08 FLP 24-1; Lines/GMR_01-20/20A08/Confocal_63x_2012-03-13_20A08_VNC/stack_TIFF/20A08_57C10wtFlp_B_VNC.tif; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; is part of; P{GMR20A08-GAL4} expression pattern; centrolateral domain of larval labial neuromere; 5002954_R__1; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; L3 CNS template - Wood2018]

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GMR 20A08 FLP 24-2 [VFB_00061527]

A single 20A08 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20A08/Confocal_63x_2012-03-13_20A08_VNC/stack_TIFF/20A08_57C10wtFlp_B_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; Lines/GMR_01-20/20A08/Confocal_63x_2012-03-13_20A08_VNC/stack_TIFF/20A08_57C10wtFlp_B_VNC.tif; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; is part of; P{GMR20A08-GAL4} expression pattern; 5002954_G__1; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; GMR 20A08 FLP 24-2; centrolateral domain of larval T1 neuromere; L3 CNS template - Wood2018]

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GMR 20B08 FLP 19-1 [VFB_00061806]

A single 20B08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20B08/Confocal_63x_2013-04-22_VNC/stack_TIFF/20B08_57C10wtFlp_H_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; Lines/GMR_01-20/20B08/Confocal_63x_2013-04-22_VNC/stack_TIFF/20B08_57C10wtFlp_H_VNC.tif; confocal microscopy; unlicensed; 5002917_R__1; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; centrolateral domain of larval T2 neuromere; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; GMR 20B08 FLP 19-1; centrolateral domain of larval T1 neuromere; L3 CNS template - Wood2018; P{GMR20B08-GAL4} expression pattern; dorsomedial domain of larval T2 neuromere]

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GMR 20C05 FLP 36-1 [VFB_00061234]

A fragment of the 20C05 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20C05_sp_B/Confocal_63x_2013-04-17_VNC/stack_TIFF/20C05_57C10wtFlp_D_VNC.tif. [confocal microscopy; unlicensed; central domain of larval A7 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; P{GMR20C05-GAL4} expression pattern; centrolateral domain of larval central nervous system; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; 5002512_R__1; Lines/GMR_01-20/20C05_sp_B/Confocal_63x_2013-04-17_VNC/stack_TIFF/20C05_57C10wtFlp_D_VNC.tif; expression pattern fragment; dorsolateral domain of larval A7 neuromere; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; is part of; centromedial domain of larval A7 neuromere; centrolateral domain of larval A3 neuromere; dorsolateral domain of larval A8 neuromere; GMR 20C05 FLP 36-1; central domain of larval A3 neuromere; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; central domain of larval A8 neuromere; dorsomedial domain of larval A8 neuromere; centrolateral domain of larval A7 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 20C05 FLP 38-1 [VFB_00061235]

A single 20C05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20C05_sp_B/Confocal_63x_2013-04-17_VNC/stack_TIFF/20C05_57C10FlpL_F_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; P{GMR20C05-GAL4} expression pattern; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; GMR 20C05 FLP 38-1; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A7 neuromere; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; is part of; dorsomedial domain of larval A5 neuromere; 5002510_R__3; embryonic/larval neuron; Lines/GMR_01-20/20C05_sp_B/Confocal_63x_2013-04-17_VNC/stack_TIFF/20C05_57C10FlpL_F_VNC.tif; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 20C05 FLP 40-1 [VFB_00061236]

A single 20C05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20C05_sp_B/Confocal_63x_2013-04-17_VNC/stack_TIFF/20C05_57C10wtFlp_A_VNC.tif. [centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; GMR 20C05 FLP 40-1; centromedial domain of larval T1 neuromere; P{GMR20C05-GAL4} expression pattern; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; 5002516_G__1; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; centrolateral domain of larval labial neuromere; Lines/GMR_01-20/20C05_sp_B/Confocal_63x_2013-04-17_VNC/stack_TIFF/20C05_57C10wtFlp_A_VNC.tif; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval maxillary neuromere; centrolateral domain of larval T1 neuromere; L3 CNS template - Wood2018]

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GMR 20C05 FLP 41-1 [VFB_00061237]

A single 20C05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20C05_sp_B/Confocal_63x_2013-04-17_VNC/stack_TIFF/20C05_57C10FlpL_A_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; P{GMR20C05-GAL4} expression pattern; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; GMR 20C05 FLP 41-1; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A7 neuromere; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; is part of; dorsomedial domain of larval A5 neuromere; Lines/GMR_01-20/20C05_sp_B/Confocal_63x_2013-04-17_VNC/stack_TIFF/20C05_57C10FlpL_A_VNC.tif; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; 5002517_G__1; L3 CNS template - Wood2018]

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GMR 20C05 FLP 43-1 [VFB_00061238]

A single 20C05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20C05_sp_B/Confocal_63x_2013-04-17_VNC/stack_TIFF/20C05_57C10wtFlp_C_VNC.tif. [confocal microscopy; unlicensed; central domain of larval A7 neuromere; P{GMR20C05-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; expression pattern fragment; GMR 20C05 FLP 43-1; central domain of larval central nervous system; is part of; centromedial domain of larval A7 neuromere; ventral domain of larval A9 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; 5002515_G__1; centromedial domain of larval A8 neuromere; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; central domain of larval A8 neuromere; Lines/GMR_01-20/20C05_sp_B/Confocal_63x_2013-04-17_VNC/stack_TIFF/20C05_57C10wtFlp_C_VNC.tif; dorsomedial domain of larval A8 neuromere; L3 CNS template - Wood2018]

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GMR 20C05 FLP 44-1 [VFB_00058341]

A single 20C05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20C05_sp_B/Confocal_63x_2013-04-17_VNC/stack_TIFF/20C05_57C10FlpL_D_VNC.tif. [centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; P{GMR20C05-GAL4} expression pattern; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; 5002520_G__1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; centrolateral domain of larval labial neuromere; embryonic/larval neuron; GMR 20C05 FLP 44-1; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; Lines/GMR_01-20/20C05_sp_B/Confocal_63x_2013-04-17_VNC/stack_TIFF/20C05_57C10FlpL_D_VNC.tif; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 20C12 FLP 10-1 [VFB_00060824]

A single 20C12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20C12_sp_part B/Confocal_63x_2012-03-13_20C12_VNC/stack_TIFF/20C12_57C10wtFlp_D_VNC.tif. [confocal microscopy; unlicensed; GMR 20C12 FLP 10-1; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_01-20/20C12_sp_part B/Confocal_63x_2012-03-13_20C12_VNC/stack_TIFF/20C12_57C10wtFlp_D_VNC.tif; expression pattern fragment; is part of; 5002085_R__1; P{GMR20C12-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 20C12 FLP 24-1 [VFB_00058175]

A single 20C12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20C12_sp_part B/Confocal_63x_2012-03-13_20C12_VNC/stack_TIFF/20C12_57C10wtFlp_E_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; GMR 20C12 FLP 24-1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Lines/GMR_01-20/20C12_sp_part B/Confocal_63x_2012-03-13_20C12_VNC/stack_TIFF/20C12_57C10wtFlp_E_VNC.tif; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; 5002091_G__1; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; P{GMR20C12-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 20C12 FLP 4-1 [VFB_00060822]

A single 20C12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20C12_sp_part B/Confocal_63x_2012-03-13_20C12_VNC/stack_TIFF/20C12_57C10wtFlp_G_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; GMR 20C12 FLP 4-1; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; is part of; P{GMR20C12-GAL4} expression pattern; embryonic/larval neuron; Lines/GMR_01-20/20C12_sp_part B/Confocal_63x_2012-03-13_20C12_VNC/stack_TIFF/20C12_57C10wtFlp_G_VNC.tif; expresses; embryonic/larval central nervous system; 5002089_G__1; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 20C12 FLP 9-1 [VFB_00060823]

A single 20C12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20C12_sp_part B/Confocal_63x_2011-12-03_20C12_VNC/stack_TIFF/20C12_57C10FlpL_F_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; expression pattern fragment; ventromedial domain of larval A5 neuromere; is part of; P{GMR20C12-GAL4} expression pattern; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; GMR 20C12 FLP 9-1; embryonic/larval central nervous system; Lines/GMR_01-20/20C12_sp_part B/Confocal_63x_2011-12-03_20C12_VNC/stack_TIFF/20C12_57C10FlpL_F_VNC.tif; L3 CNS template - Wood2018; 5002084_R__1]

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GMR 20D02 FLP 11-2 [VFB_00060702]

A single 20D02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20D02/Confocal_63x_2012-09-11_20D02_VNC/stack_TIFF/20D02_57C10wtFlp_D_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; Lines/GMR_01-20/20D02/Confocal_63x_2012-09-11_20D02_VNC/stack_TIFF/20D02_57C10wtFlp_D_VNC.tif; centrolateral domain of larval A5 neuromere; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; GMR 20D02 FLP 11-2; is part of; overlaps; 5003239_R__3; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; P{GMR20D02-GAL4} expression pattern; embryonic/larval neuron; expresses]

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GMR 20D02 FLP 2-1 [VFB_00061873]

A single 20D02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20D02/Confocal_63x_2012-03-29A_20D02_VNC/stack_TIFF/20D02_57C10wtFlp_F_VNC.tif. [confocal microscopy; GMR 20D02 FLP 2-1; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; Lines/GMR_01-20/20D02/Confocal_63x_2012-03-29A_20D02_VNC/stack_TIFF/20D02_57C10wtFlp_F_VNC.tif; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; P{GMR20D02-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 5003252_G__2; central domain of larval A1 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 20D02 FLP 7-1 [VFB_00061877]

A single 20D02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20D02/Confocal_63x_2012-03-29A_20D02_VNC/stack_TIFF/20D02_57C10wtFlp_A_VNC.tif. [confocal microscopy; unlicensed; central domain of larval A7 neuromere; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; GMR 20D02 FLP 7-1; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; 5003257_R__3; Lines/GMR_01-20/20D02/Confocal_63x_2012-03-29A_20D02_VNC/stack_TIFF/20D02_57C10wtFlp_A_VNC.tif; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A7 neuromere; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; is part of; centromedial domain of larval A7 neuromere; P{GMR20D02-GAL4} expression pattern; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; centrolateral domain of larval A7 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 20D02 FLP 7-2 [VFB_00061878]

A single 20D02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20D02/Confocal_63x_2012-03-29A_20D02_VNC/stack_TIFF/20D02_57C10wtFlp_A_VNC.tif. [ventromedial domain of larval A8 neuromere; confocal microscopy; unlicensed; central domain of larval A7 neuromere; 5003257_G__2; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; GMR 20D02 FLP 7-2; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A7 neuromere; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Lines/GMR_01-20/20D02/Confocal_63x_2012-03-29A_20D02_VNC/stack_TIFF/20D02_57C10wtFlp_A_VNC.tif; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval A7 neuromere; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; is part of; ventrolateral domain of larval A8 neuromere; centromedial domain of larval A7 neuromere; P{GMR20D02-GAL4} expression pattern; ventral domain of larval A9 neuromere; embryonic/larval neuron; centrolateral domain of larval A3 neuromere; dorsolateral domain of larval A8 neuromere; central domain of larval A3 neuromere; expresses; centromedial domain of larval A8 neuromere; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; central domain of larval A8 neuromere; dorsomedial domain of larval A8 neuromere; centrolateral domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 20D04 FLP 2-1 [VFB_00057529]

A single 20D04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20D04/Confocal_63x_2012-11-06_20D04_VNC/stack_TIFF/20D04_57C10FlpL_G_VNC.tif. [centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; GMR 20D04 FLP 2-1; unlicensed; centromedial domain of larval T1 neuromere; centromedial domain of larval maxillary neuromere; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval mandibular neuromere; dorsomedial domain of larval T1 neuromere; Lines/GMR_01-20/20D04/Confocal_63x_2012-11-06_20D04_VNC/stack_TIFF/20D04_57C10FlpL_G_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; dorsomedial domain of larval maxillary neuromere; is part of; embryonic/larval neuron; P{GMR20D04-GAL4} expression pattern; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; 5002661_R__1; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 20D04 FLP 4-1 [VFB_00057530]

A single 20D04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20D04/Confocal_63x_2012-11-06_20D04_VNC/stack_TIFF/20D04_57C10FlpL_F_VNC.tif. [centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; 5002663_G__1; centromedial domain of larval central nervous system; GMR 20D04 FLP 4-1; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; Lines/GMR_01-20/20D04/Confocal_63x_2012-11-06_20D04_VNC/stack_TIFF/20D04_57C10FlpL_F_VNC.tif; is part of; embryonic/larval neuron; expresses; P{GMR20D04-GAL4} expression pattern; embryonic/larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 20D04 FLP 5-1 [VFB_00057531]

A single 20D04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20D04/Confocal_63x_2012-11-06_20D04_VNC/stack_TIFF/20D04_57C10FlpL_D_VNC.tif. [ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centromedial domain of larval maxillary neuromere; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval mandibular neuromere; dorsomedial domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 20D04 FLP 5-1; central domain of larval central nervous system; dorsomedial domain of larval maxillary neuromere; is part of; Lines/GMR_01-20/20D04/Confocal_63x_2012-11-06_20D04_VNC/stack_TIFF/20D04_57C10FlpL_D_VNC.tif; embryonic/larval neuron; P{GMR20D04-GAL4} expression pattern; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; 5002664_G__1; centromedial domain of larval mandibular neuromere; L3 CNS template - Wood2018]

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GMR 20D07 FLP 11-1 [VFB_00061745]

A single 20D07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20D07/Confocal_63x_2013-04-22_VNC/stack_TIFF/20D07_57C10wtFlp_A_VNC.tif. [confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; central domain of larval A6 neuromere; ventrolateral domain of larval A6 neuromere; centromedial domain of larval central nervous system; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; P{GMR20D07-GAL4} expression pattern; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; central domain of larval A3 neuromere; Lines/GMR_01-20/20D07/Confocal_63x_2013-04-22_VNC/stack_TIFF/20D07_57C10wtFlp_A_VNC.tif; embryonic/larval central nervous system; GMR 20D07 FLP 11-1; central domain of larval A5 neuromere; L3 CNS template - Wood2018; 5000961_R__3]

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GMR 20D11 FLP 10-1 [VFB_00061698]

A single 20D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20D11/Confocal_63x_2013-06-07_VNC/stack_TIFF/20D11_57C10FlpL_E_VNC.tif. [confocal microscopy; unlicensed; 5001110_R__3; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; GMR 20D11 FLP 10-1; is part of; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; P{GMR20D11-GAL4} expression pattern; expresses; embryonic/larval central nervous system; Lines/GMR_01-20/20D11/Confocal_63x_2013-06-07_VNC/stack_TIFF/20D11_57C10FlpL_E_VNC.tif; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 20D11 FLP 10-2 [VFB_00061699]

A single 20D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20D11/Confocal_63x_2013-06-07_VNC/stack_TIFF/20D11_57C10FlpL_E_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; 5001110_G__3; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; GMR 20D11 FLP 10-2; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; P{GMR20D11-GAL4} expression pattern; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; Lines/GMR_01-20/20D11/Confocal_63x_2013-06-07_VNC/stack_TIFF/20D11_57C10FlpL_E_VNC.tif; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 20D11 FLP 9-1 [VFB_00061697]

A single 20D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20D11/Confocal_63x_2013-06-07_VNC/stack_TIFF/20D11_57C10FlpL_F_VNC.tif. [GMR 20D11 FLP 9-1; L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; Lines/GMR_01-20/20D11/Confocal_63x_2013-06-07_VNC/stack_TIFF/20D11_57C10FlpL_F_VNC.tif; unlicensed; Truman Larval Flip-Out Collection; is part of; 5001111_R__2; embryonic/larval neuron; P{GMR20D11-GAL4} expression pattern; expresses]

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GMR 20F04 FLP 12-1 [VFB_00060412]

A single 20F04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20F04/Confocal_63x_2012-09-11_20F04_VNC/stack_TIFF/20F04_57C10FlpL_B_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; Lines/GMR_01-20/20F04/Confocal_63x_2012-09-11_20F04_VNC/stack_TIFF/20F04_57C10FlpL_B_VNC.tif; unlicensed; P{GMR20F04-GAL4} expression pattern; Truman Larval Flip-Out Collection; is part of; GMR 20F04 FLP 12-1; 5003972_G__2; embryonic/larval neuron; expresses]

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GMR 20F04 FLP 14-1 [VFB_00060413]

A single 20F04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20F04/Confocal_63x_2012-09-11_20F04_VNC/stack_TIFF/20F04_57C10FlpL_C_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; Lines/GMR_01-20/20F04/Confocal_63x_2012-09-11_20F04_VNC/stack_TIFF/20F04_57C10FlpL_C_VNC.tif; centrolateral domain of larval central nervous system; GMR 20F04 FLP 14-1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; P{GMR20F04-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; is part of; embryonic/larval neuron; expresses; 5003970_R__2; embryonic/larval central nervous system; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 20F04 FLP 14-2 [VFB_00060414]

A single 20F04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20F04/Confocal_63x_2012-09-11_20F04_VNC/stack_TIFF/20F04_57C10FlpL_C_VNC.tif. [confocal microscopy; unlicensed; Lines/GMR_01-20/20F04/Confocal_63x_2012-09-11_20F04_VNC/stack_TIFF/20F04_57C10FlpL_C_VNC.tif; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; P{GMR20F04-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; GMR 20F04 FLP 14-2; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; 5003970_G__4]

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GMR 20G01 FLP 13-1 [VFB_00061620]

A single 20G01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20G01_sp_A_part SEG/Confocal_63x_2011-10-26_20G01_VNC-JT/stack_TIFF/20G01_57C10wtFlp_F.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; 5004181_G__2; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; P{GMR20G01-GAL4} expression pattern; ventromedial domain of larval central nervous system; Lines/GMR_01-20/20G01_sp_A_part SEG/Confocal_63x_2011-10-26_20G01_VNC-JT/stack_TIFF/20G01_57C10wtFlp_F.tif; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; GMR 20G01 FLP 13-1; ventromedial domain of larval A5 neuromere; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 20G01 FLP 14-1 [VFB_00061382]

A single 20G01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20G01_sp_A_part SEG/Confocal_63x_2011-10-26_20G01_VNC-JT/stack_TIFF/20G01_57C10wtFlp_A.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; P{GMR20G01-GAL4} expression pattern; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; Lines/GMR_01-20/20G01_sp_A_part SEG/Confocal_63x_2011-10-26_20G01_VNC-JT/stack_TIFF/20G01_57C10wtFlp_A.tif; GMR 20G01 FLP 14-1; 5004180_G__1; embryonic/larval neuron; expresses]

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GMR 20G01 FLP 16-1 [VFB_00061619]

A single 20G01 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20G01_sp_A_part SEG/Confocal_63x_2011-10-26_20G01_VNC-JT/stack_TIFF/20G01_57C10wtFlp_G.tif. [confocal microscopy; unlicensed; 5004188_R__2; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; P{GMR20G01-GAL4} expression pattern; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; expression pattern fragment; GMR 20G01 FLP 16-1; ventromedial domain of larval A5 neuromere; is part of; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; Lines/GMR_01-20/20G01_sp_A_part SEG/Confocal_63x_2011-10-26_20G01_VNC-JT/stack_TIFF/20G01_57C10wtFlp_G.tif; L3 CNS template - Wood2018]

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GMR 20G06 FLP 10-1 [VFB_00058458]

A single 20G06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20G06-sp_BA_NEW/Confocal_63x_2012-01-10A_20G06_VNC/stack_MOV/20G06_57C10FlpL_G_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsolateral domain of larval A4 neuromere; 5000610_R__1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; central domain of larval A4 neuromere; dorsolateral domain of larval A1 neuromere; Lines/GMR_01-20/20G06-sp_BA_NEW/Confocal_63x_2012-01-10A_20G06_VNC/stack_MOV/20G06_57C10FlpL_G_VNC.tif; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; central domain of larval A1 neuromere; P{GMR20G06-GAL4} expression pattern; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; GMR 20G06 FLP 10-1; dorsomedial domain of larval A2 neuromere]

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GMR 20G06 FLP 14-1 [VFB_00061180]

A single 20G06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20G06-sp_BA_NEW/Confocal_63x_2012-01-10A_20G06_VNC/stack_MOV/20G06_57C10FlpL_C_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; Lines/GMR_01-20/20G06-sp_BA_NEW/Confocal_63x_2012-01-10A_20G06_VNC/stack_MOV/20G06_57C10FlpL_C_VNC.tif; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5000608_G__2; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; GMR 20G06 FLP 14-1; P{GMR20G06-GAL4} expression pattern; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 20G06 FLP 24-2 [VFB_00061676]

A single 20G06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20G06-sp_BA_NEW/Confocal_63x_2012-03-19_20G06_VNC/stack_TIFF/20G06_57C10FlpL_C_VNC.tif. [5000628_R__3; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; Lines/GMR_01-20/20G06-sp_BA_NEW/Confocal_63x_2012-03-19_20G06_VNC/stack_TIFF/20G06_57C10FlpL_C_VNC.tif; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; P{GMR20G06-GAL4} expression pattern; GMR 20G06 FLP 24-2; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 20G06 FLP 4-1 [VFB_00058451]

A fragment of the 20G06 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20G06-sp_BA_NEW/Confocal_63x_2012-01-10A_20G06_VNC/stack_MOV/20G06_57C10FlpL_A_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; central domain of larval A4 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; central domain of larval A1 neuromere; P{GMR20G06-GAL4} expression pattern; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; GMR 20G06 FLP 4-1; L3 CNS template - Wood2018; Lines/GMR_01-20/20G06-sp_BA_NEW/Confocal_63x_2012-01-10A_20G06_VNC/stack_MOV/20G06_57C10FlpL_A_VNC.tif; dorsomedial domain of larval A2 neuromere; 5000616_G__1]

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GMR 20G06 FLP 5-1 [VFB_00058452]

A single 20G06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20G06-sp_BA_NEW/Confocal_63x_2012-01-10A_20G06_VNC/stack_MOV/20G06_57C10FlpL_F_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; Lines/GMR_01-20/20G06-sp_BA_NEW/Confocal_63x_2012-01-10A_20G06_VNC/stack_MOV/20G06_57C10FlpL_F_VNC.tif; expression pattern fragment; confocal microscopy; unlicensed; P{GMR20G06-GAL4} expression pattern; Truman Larval Flip-Out Collection; is part of; 5000615_R__2; embryonic/larval neuron; GMR 20G06 FLP 5-1; expresses]

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GMR 20G06 FLP 5-2 [VFB_00058453]

A single 20G06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20G06-sp_BA_NEW/Confocal_63x_2012-01-10A_20G06_VNC/stack_MOV/20G06_57C10FlpL_F_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; 5000615_G__2; central domain of larval central nervous system; is part of; dorsomedial domain of larval A5 neuromere; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; Lines/GMR_01-20/20G06-sp_BA_NEW/Confocal_63x_2012-01-10A_20G06_VNC/stack_MOV/20G06_57C10FlpL_F_VNC.tif; P{GMR20G06-GAL4} expression pattern; GMR 20G06 FLP 5-2; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 20G06 FLP 6-1 [VFB_00058454]

A single 20G06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20G06-sp_BA_NEW/Confocal_63x_2012-01-10A_20G06_VNC/stack_MOV/20G06_57C10FlpL_D_VNC.tif. [confocal microscopy; unlicensed; 5000614_G__1; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Lines/GMR_01-20/20G06-sp_BA_NEW/Confocal_63x_2012-01-10A_20G06_VNC/stack_MOV/20G06_57C10FlpL_D_VNC.tif; dorsomedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; GMR 20G06 FLP 6-1; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; central domain of larval A1 neuromere; P{GMR20G06-GAL4} expression pattern; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 20G06 FLP 7-1 [VFB_00058455]

A fragment of the 20G06 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20G06-sp_BA_NEW/Confocal_63x_2012-01-10A_20G06_VNC/stack_MOV/20G06_57C10FlpL_B_VNC.tif. [5000613_G__1; centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; L3 CNS template - Wood2018; central domain of larval A2 neuromere; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; Lines/GMR_01-20/20G06-sp_BA_NEW/Confocal_63x_2012-01-10A_20G06_VNC/stack_MOV/20G06_57C10FlpL_B_VNC.tif; centrolateral domain of larval A3 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; central domain of larval A1 neuromere; P{GMR20G06-GAL4} expression pattern; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; GMR 20G06 FLP 7-1; dorsomedial domain of larval A2 neuromere]

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GMR 20G06 FLP 8-2 [VFB_00058457]

A fragment of the 20G06 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20G06-sp_BA_NEW/Confocal_63x_2012-01-10A_20G06_VNC/stack_MOV/20G06_57C10FlpL_I_VNC.tif. [centromedial domain of larval A4 neuromere; GMR 20G06 FLP 8-2; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; expression pattern fragment; 5000612_G__1; dorsolateral domain of larval A6 neuromere; ventromedial domain of larval A5 neuromere; is part of; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; P{GMR20G06-GAL4} expression pattern; Lines/GMR_01-20/20G06-sp_BA_NEW/Confocal_63x_2012-01-10A_20G06_VNC/stack_MOV/20G06_57C10FlpL_I_VNC.tif; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 20G07 FLP 16-1 [VFB_00061149]

A single 20G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20G07_sp/Confocal_63x_2012-11-29_20G07_VNC/stack_TIFF/20G07_57C10FlpL_C_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; centrolateral domain of larval A8 neuromere; Lines/GMR_01-20/20G07_sp/Confocal_63x_2012-11-29_20G07_VNC/stack_TIFF/20G07_57C10FlpL_C_VNC.tif; P{GMR20G07-GAL4} expression pattern; is part of; ventrolateral domain of larval A8 neuromere; ventral domain of larval A9 neuromere; embryonic/larval neuron; central domain of larval A9 neuromere; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A8 neuromere; 5002279_R__1; L3 CNS template - Wood2018; GMR 20G07 FLP 16-1]

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GMR 20G08 FLP 10-1 [VFB_00061787]

A single 20G08 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20G08_sp_B_SEG/Confocal_63x_2012-03-21_20G08_VNC/stack_TIFF/20G08_57C10wtFlp_D_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; GMR 20G08 FLP 10-1; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; P{GMR20G08-GAL4} expression pattern; 5000869_G__1; embryonic/larval neuron; Lines/GMR_01-20/20G08_sp_B_SEG/Confocal_63x_2012-03-21_20G08_VNC/stack_TIFF/20G08_57C10wtFlp_D_VNC.tif; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 20G08 FLP 9-1 [VFB_00061786]

A single 20G08 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20G08_sp_B_SEG/Confocal_63x_2012-03-21_20G08_VNC/stack_TIFF/20G08_57C10wtFlp_E_VNC.tif. [5000868_G__1; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; Lines/GMR_01-20/20G08_sp_B_SEG/Confocal_63x_2012-03-21_20G08_VNC/stack_TIFF/20G08_57C10wtFlp_E_VNC.tif; dorsomedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 20G08 FLP 9-1; dorsolateral domain of larval T1 neuromere; is part of; P{GMR20G08-GAL4} expression pattern; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; dorsolateral domain of larval maxillary neuromere; L3 CNS template - Wood2018]

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GMR 20H08 FLP 1-1 [VFB_00061078]

A single 20H08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20H08_Abd_scored/Confocal_63x_2011-09-28_20H08_VNC-JT/stack_TIFF/20H08_57C10FlpL_F.tif. [P{GMR20H08-GAL4} expression pattern; confocal microscopy; unlicensed; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_01-20/20H08_Abd_scored/Confocal_63x_2011-09-28_20H08_VNC-JT/stack_TIFF/20H08_57C10FlpL_F.tif; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; GMR 20H08 FLP 1-1; expresses; embryonic/larval central nervous system; 5003911_R__1; central domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 20H08 FLP 1-2 [VFB_00061079]

A single 20H08 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20H08_Abd_scored/Confocal_63x_2011-09-28_20H08_VNC-JT/stack_TIFF/20H08_57C10FlpL_F.tif. [P{GMR20H08-GAL4} expression pattern; ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; 5003911_G__1; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_01-20/20H08_Abd_scored/Confocal_63x_2011-09-28_20H08_VNC-JT/stack_TIFF/20H08_57C10FlpL_F.tif; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; GMR 20H08 FLP 1-2; embryonic/larval neuron; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 20H11 FLP 26-1 [VFB_00061240]

A single 20H11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20H11-sp_BA_New/Confocal_63x_2012-06-11_20H11_VNC/stack_TIFF/20H11_57C10FlpL_E_VNC.tif. [P{GMR20H11-GAL4} expression pattern; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; is part of; 5003392_R__2; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; GMR 20H11 FLP 26-1; ventrolateral domain of larval A2 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018; Lines/GMR_01-20/20H11-sp_BA_New/Confocal_63x_2012-06-11_20H11_VNC/stack_TIFF/20H11_57C10FlpL_E_VNC.tif]

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GMR 20H11 FLP 26-2 [VFB_00061241]

A single 20H11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20H11-sp_BA_New/Confocal_63x_2012-06-11_20H11_VNC/stack_TIFF/20H11_57C10FlpL_E_VNC.tif. [P{GMR20H11-GAL4} expression pattern; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; GMR 20H11 FLP 26-2; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; 5003392_R__5; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; L3 CNS template - Wood2018; Lines/GMR_01-20/20H11-sp_BA_New/Confocal_63x_2012-06-11_20H11_VNC/stack_TIFF/20H11_57C10FlpL_E_VNC.tif]

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GMR 20H11 FLP 27-1 [VFB_00061242]

A fragment of the 20H11 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20H11-sp_BA_New/Confocal_63x_2012-06-11_20H11_VNC/stack_TIFF/20H11_57C10FlpL_G_VNC.tif. [P{GMR20H11-GAL4} expression pattern; ventromedial domain of larval A8 neuromere; 5003391_R__1; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; central domain of larval A7 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; ventrolateral domain of larval A7 neuromere; GMR 20H11 FLP 27-1; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsal domain of larval A9 neuromere; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; ventrolateral domain of larval A8 neuromere; expresses; centromedial domain of larval A8 neuromere; embryonic/larval central nervous system; Lines/GMR_01-20/20H11-sp_BA_New/Confocal_63x_2012-06-11_20H11_VNC/stack_TIFF/20H11_57C10FlpL_G_VNC.tif; ventrolateral domain of larval A4 neuromere; central domain of larval A8 neuromere; centrolateral domain of larval A7 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 20H11 FLP 28-1 [VFB_00061695]

A fragment of the 20H11 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20H11-sp_BA_New/Confocal_63x_2012-06-11_20H11_VNC/stack_TIFF/20H11_57C10FlpL_D_VNC.tif. [P{GMR20H11-GAL4} expression pattern; centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; GMR 20H11 FLP 28-1; ventrolateral domain of larval central nervous system; expression pattern fragment; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; is part of; ventrolateral domain of larval A8 neuromere; Lines/GMR_01-20/20H11-sp_BA_New/Confocal_63x_2012-06-11_20H11_VNC/stack_TIFF/20H11_57C10FlpL_D_VNC.tif; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; central domain of larval A8 neuromere; 5003390_R__2; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 20H11 FLP 28-2 [VFB_00061696]

A single 20H11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/20H11-sp_BA_New/Confocal_63x_2012-06-11_20H11_VNC/stack_TIFF/20H11_57C10FlpL_D_VNC.tif. [P{GMR20H11-GAL4} expression pattern; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; 5003390_G__2; GMR 20H11 FLP 28-2; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; Lines/GMR_01-20/20H11-sp_BA_New/Confocal_63x_2012-06-11_20H11_VNC/stack_TIFF/20H11_57C10FlpL_D_VNC.tif; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 21A03 FLP 12-1 [VFB_00061343]

A single 21A03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21A03-sp_B SEG/Confocal_63x_2012-09-13_21A03_VNC/stack_TIFF/21A03_57C10FlpL_E_VNC.tif. [L3 CNS template - Wood2018; 5303865_R__2; ventromedial domain of larval A3 neuromere; embryonic/larval central nervous system; Lines/GMR_21-40/21A03-sp_B SEG/Confocal_63x_2012-09-13_21A03_VNC/stack_TIFF/21A03_57C10FlpL_E_VNC.tif; expression pattern fragment; P{GMR21A03-GAL4} expression pattern; confocal microscopy; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; ventromedial domain of larval A4 neuromere; embryonic/larval neuron; expresses; GMR 21A03 FLP 12-1]

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GMR 21A03 FLP 15-1 [VFB_00061344]

A single 21A03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21A03-sp_B SEG/Confocal_63x_2012-09-13_21A03_VNC/stack_TIFF/21A03_57C10FlpL_D_VNC.tif. [confocal microscopy; unlicensed; central domain of larval A7 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A7 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; 5303860_R__2; is part of; ventrolateral domain of larval A8 neuromere; centromedial domain of larval A7 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_21-40/21A03-sp_B SEG/Confocal_63x_2012-09-13_21A03_VNC/stack_TIFF/21A03_57C10FlpL_D_VNC.tif; P{GMR21A03-GAL4} expression pattern; GMR 21A03 FLP 15-1; L3 CNS template - Wood2018]

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GMR 21A03 FLP 15-2 [VFB_00061345]

A single 21A03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21A03-sp_B SEG/Confocal_63x_2012-09-13_21A03_VNC/stack_TIFF/21A03_57C10FlpL_D_VNC.tif. [ventromedial domain of larval A8 neuromere; confocal microscopy; unlicensed; central domain of larval A7 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; ventrolateral domain of larval A7 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsal domain of larval A9 neuromere; 5303860_G__5; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; is part of; ventrolateral domain of larval A8 neuromere; centromedial domain of larval A7 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; expresses; embryonic/larval central nervous system; Lines/GMR_21-40/21A03-sp_B SEG/Confocal_63x_2012-09-13_21A03_VNC/stack_TIFF/21A03_57C10FlpL_D_VNC.tif; P{GMR21A03-GAL4} expression pattern; central domain of larval A8 neuromere; centrolateral domain of larval A7 neuromere; L3 CNS template - Wood2018; GMR 21A03 FLP 15-2]

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GMR 21B02 FLP 20-1 [VFB_00060299]

A fragment of the 21B02 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21B02_sp_A_GoodB/Confocal_63x_2012-09-17A_21B02_VNC/stack_TIFF/21B02_57C10FlpL_D_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; Lines/GMR_21-40/21B02_sp_A_GoodB/Confocal_63x_2012-09-17A_21B02_VNC/stack_TIFF/21B02_57C10FlpL_D_VNC.tif; unlicensed; dorsomedial domain of larval A6 neuromere; P{GMR21B02-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsal domain of larval A9 neuromere; is part of; centromedial domain of larval A7 neuromere; ventral domain of larval A9 neuromere; central domain of larval A9 neuromere; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; centromedial domain of larval A8 neuromere; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; dorsomedial domain of larval A8 neuromere; GMR 21B02 FLP 20-1; 5303068_R__2; L3 CNS template - Wood2018]

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GMR 21B05 FLP 14-1 [VFB_00061232]

A single 21B05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21B05/Confocal_63x_2011-11-29A_21B05_VNC/stack_TIFF/21B05_57C10FlpL_G_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 21B05 FLP 14-1; ventrolateral domain of larval central nervous system; expression pattern fragment; 5301130_G__1; centrolateral domain of larval A2 neuromere; is part of; Lines/GMR_21-40/21B05/Confocal_63x_2011-11-29A_21B05_VNC/stack_TIFF/21B05_57C10FlpL_G_VNC.tif; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018; P{GMR21B05-GAL4} expression pattern]

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GMR 21B05 FLP 14-2 [VFB_00061233]

A single 21B05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21B05/Confocal_63x_2011-11-29A_21B05_VNC/stack_TIFF/21B05_57C10FlpL_G_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5301130_G__3; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; GMR 21B05 FLP 14-2; is part of; Lines/GMR_21-40/21B05/Confocal_63x_2011-11-29A_21B05_VNC/stack_TIFF/21B05_57C10FlpL_G_VNC.tif; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR21B05-GAL4} expression pattern]

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GMR 21B05 FLP 36-1 [VFB_00061060]

A single 21B05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21B05/Confocal_63x_2011-09-23_21B05_VNC/stack_TIFF/21B05_57C10wtFlp_A.tif. [GMR 21B05 FLP 36-1; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; 5301125_G__1; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; centrolateral domain of larval A2 neuromere; is part of; Lines/GMR_21-40/21B05/Confocal_63x_2011-09-23_21B05_VNC/stack_TIFF/21B05_57C10wtFlp_A.tif; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR21B05-GAL4} expression pattern]

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GMR 21B09 FLP 1-1 [VFB_00060603]

A single 21B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21B09/Confocal_63x_2012-08-01_21B09_VNC/stack_TIFF/21B09_57C10wtFlp_C_VNC.tif. [P{GMR21B09-GAL4} expression pattern; centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; 5302566_R__1; dorsolateral domain of larval A5 neuromere; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; Lines/GMR_21-40/21B09/Confocal_63x_2012-08-01_21B09_VNC/stack_TIFF/21B09_57C10wtFlp_C_VNC.tif; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; GMR 21B09 FLP 1-1; embryonic/larval central nervous system; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 21B09 FLP 2-1 [VFB_00060604]

A single 21B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21B09/Confocal_63x_2012-08-01_21B09_VNC/stack_TIFF/21B09_57C10wtFlp_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; P{GMR21B09-GAL4} expression pattern; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; GMR 21B09 FLP 2-1; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; Lines/GMR_21-40/21B09/Confocal_63x_2012-08-01_21B09_VNC/stack_TIFF/21B09_57C10wtFlp_F_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; 5302567_R__1; larval T1 leg neuropil; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 21B09 FLP 2-2 [VFB_00060605]

A single 21B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21B09/Confocal_63x_2012-08-01_21B09_VNC/stack_TIFF/21B09_57C10wtFlp_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; P{GMR21B09-GAL4} expression pattern; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; 5302567_G__4; larval T2 leg neuropil; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_21-40/21B09/Confocal_63x_2012-08-01_21B09_VNC/stack_TIFF/21B09_57C10wtFlp_F_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; GMR 21B09 FLP 2-2; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 21B09 FLP 4-1 [VFB_00060606]

A single 21B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21B09/Confocal_63x_2012-08-01_21B09_VNC/stack_TIFF/21B09_57C10wtFlp_E_VNC.tif. [P{GMR21B09-GAL4} expression pattern; dorsolateral domain of larval T3 neuromere; confocal microscopy; Lines/GMR_21-40/21B09/Confocal_63x_2012-08-01_21B09_VNC/stack_TIFF/21B09_57C10wtFlp_E_VNC.tif; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; GMR 21B09 FLP 4-1; 5302565_R__2; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 21B09 FLP 5-1 [VFB_00060607]

A fragment of the 21B09 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21B09/Confocal_63x_2012-08-01_21B09_VNC/stack_TIFF/21B09_57C10wtFlp_H_VNC.tif. [P{GMR21B09-GAL4} expression pattern; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; Lines/GMR_21-40/21B09/Confocal_63x_2012-08-01_21B09_VNC/stack_TIFF/21B09_57C10wtFlp_H_VNC.tif; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5302562_R__3; expression pattern fragment; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; is part of; expresses; embryonic/larval central nervous system; dorsolateral domain of larval T2 neuromere; GMR 21B09 FLP 5-1; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 21B09 FLP 6-1 [VFB_00060608]

A single 21B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21B09/Confocal_63x_2012-08-01_21B09_VNC/stack_TIFF/21B09_57C10wtFlp_G_VNC.tif. [P{GMR21B09-GAL4} expression pattern; confocal microscopy; unlicensed; central domain of larval A7 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; GMR 21B09 FLP 6-1; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A7 neuromere; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; is part of; centromedial domain of larval A7 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; expresses; embryonic/larval central nervous system; 5302563_R__3; dorsomedial domain of larval A7 neuromere; Lines/GMR_21-40/21B09/Confocal_63x_2012-08-01_21B09_VNC/stack_TIFF/21B09_57C10wtFlp_G_VNC.tif; centrolateral domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 21B09 FLP 7-1 [VFB_00060610]

A single 21B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21B09/Confocal_63x_2012-08-01_21B09_VNC/stack_TIFF/21B09_57C10wtFlp_D_VNC.tif. [P{GMR21B09-GAL4} expression pattern; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; GMR 21B09 FLP 7-1; expresses; 5302561_G__1; embryonic/larval central nervous system; Lines/GMR_21-40/21B09/Confocal_63x_2012-08-01_21B09_VNC/stack_TIFF/21B09_57C10wtFlp_D_VNC.tif; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 21B09 FLP 9-1 [VFB_00060611]

A single 21B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21B09/Confocal_63x_2012-08-01_21B09_VNC/stack_TIFF/21B09_57C10wtFlp_K_VNC.tif. [P{GMR21B09-GAL4} expression pattern; centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; 5302569_R__1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; Lines/GMR_21-40/21B09/Confocal_63x_2012-08-01_21B09_VNC/stack_TIFF/21B09_57C10wtFlp_K_VNC.tif; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; GMR 21B09 FLP 9-1]

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GMR 21B10 FLP 27-1 [VFB_00061758]

A single 21B10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21B10/Confocal_63x_2012-03-29A_21B10_VNC/stack_TIFF/21B10_57C10FlpL_B_VNC.tif. [5303806_G__3; confocal microscopy; unlicensed; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; P{GMR21B10-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval A2 neuromere; Lines/GMR_21-40/21B10/Confocal_63x_2012-03-29A_21B10_VNC/stack_TIFF/21B10_57C10FlpL_B_VNC.tif; central domain of larval central nervous system; is part of; embryonic/larval neuron; GMR 21B10 FLP 27-1; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 21B10 FLP 32-1 [VFB_00061546]

A fragment of the 21B10 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21B10/Confocal_63x_2012-09-13_21B10_VNC/stack_TIFF/21B10_57C10FlpL_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; centromedial domain of larval maxillary neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; P{GMR21B10-GAL4} expression pattern; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; ventrolateral domain of larval T3 neuromere; is part of; ventromedial domain of larval maxillary neuromere; 5303779_G__1; expresses; embryonic/larval central nervous system; GMR 21B10 FLP 32-1; Lines/GMR_21-40/21B10/Confocal_63x_2012-09-13_21B10_VNC/stack_TIFF/21B10_57C10FlpL_B_VNC.tif; L3 CNS template - Wood2018]

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GMR 21B10 FLP 8-1 [VFB_00058416]

A fragment of the 21B10 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21B10/Confocal_63x_2012-09-13_21B10_VNC/stack_TIFF/21B10_57C10FlpL_C_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; 5303782_R__1; GMR 21B10 FLP 8-1; P{GMR21B10-GAL4} expression pattern; unlicensed; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; is part of; overlaps; ventromedial domain of larval central nervous system; confocal microscopy; Lines/GMR_21-40/21B10/Confocal_63x_2012-09-13_21B10_VNC/stack_TIFF/21B10_57C10FlpL_C_VNC.tif; expression pattern fragment; expresses]

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GMR 21C08 FLP 17-1 [VFB_00061553]

A single 21C08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21C08_sp_partial B/Confocal_63x_2012-11-19_21C08_VNC/stack_TIFF/21C08_57C10wtFlp_B_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; P{GMR21C08-GAL4} expression pattern; central domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T1 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; GMR 21C08 FLP 17-1; is part of; overlaps; 5301510_R__1; Lines/GMR_21-40/21C08_sp_partial B/Confocal_63x_2012-11-19_21C08_VNC/stack_TIFF/21C08_57C10wtFlp_B_VNC.tif; central domain of larval T1 neuromere; embryonic/larval neuron; expresses]

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GMR 21C08 FLP 17-2 [VFB_00061554]

A single 21C08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21C08_sp_partial B/Confocal_63x_2012-11-19_21C08_VNC/stack_TIFF/21C08_57C10wtFlp_B_VNC.tif. [P{GMR21C08-GAL4} expression pattern; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; 5301510_R__2; GMR 21C08 FLP 17-2; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; Lines/GMR_21-40/21C08_sp_partial B/Confocal_63x_2012-11-19_21C08_VNC/stack_TIFF/21C08_57C10wtFlp_B_VNC.tif; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 21C12 FLP 6-1 [VFB_00060331]

A single 21C12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21C12_sp_AB/Confocal_63x_2011-08-23_21C12-JT/stack_TIFF/21C12_57C10wtFlp_A.tif. [confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; 5303239_R__1; centrolateral domain of larval central nervous system; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Lines/GMR_21-40/21C12_sp_AB/Confocal_63x_2011-08-23_21C12-JT/stack_TIFF/21C12_57C10wtFlp_A.tif; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; GMR 21C12 FLP 6-1; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; P{GMR21C12-GAL4} expression pattern; central domain of larval A3 neuromere; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 21C12 FLP 6-2 [VFB_00060332]

A single 21C12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21C12_sp_AB/Confocal_63x_2011-08-23_21C12-JT/stack_TIFF/21C12_57C10wtFlp_A.tif. [5303239_G__1; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; GMR 21C12 FLP 6-2; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Lines/GMR_21-40/21C12_sp_AB/Confocal_63x_2011-08-23_21C12-JT/stack_TIFF/21C12_57C10wtFlp_A.tif; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; central domain of larval A3 neuromere; P{GMR21C12-GAL4} expression pattern; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 21D05 FLP 15-1 [VFB_00061064]

A fragment of the 21D05 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21D05_Abd_scored/Confocal_63x_2011-08-26_21D05_VNC/stack_TIFF/21D05_57C10FlpL_P.tif. [confocal microscopy; GMR 21D05 FLP 15-1; unlicensed; centrolateral domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5300380_R__1; expression pattern fragment; central domain of larval A2 neuromere; P{GMR21D05-GAL4} expression pattern; Lines/GMR_21-40/21D05_Abd_scored/Confocal_63x_2011-08-26_21D05_VNC/stack_TIFF/21D05_57C10FlpL_P.tif; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 21D05 FLP 15-2 [VFB_00061065]

A single 21D05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21D05_Abd_scored/Confocal_63x_2011-08-26_21D05_VNC/stack_TIFF/21D05_57C10FlpL_P.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; central domain of larval A4 neuromere; 5300380_R__3; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR21D05-GAL4} expression pattern; Lines/GMR_21-40/21D05_Abd_scored/Confocal_63x_2011-08-26_21D05_VNC/stack_TIFF/21D05_57C10FlpL_P.tif; central domain of larval central nervous system; GMR 21D05 FLP 15-2; is part of; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; L3 CNS template - Wood2018]

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GMR 21D05 FLP 17-1 [VFB_00061567]

A single 21D05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21D05_Abd_scored/Confocal_63x_2011-08-26_21D05_VNC/stack_TIFF/21D05_57C10FlpL_O.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; P{GMR21D05-GAL4} expression pattern; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; GMR 21D05 FLP 17-1; embryonic/larval neuron; 5300382_R__3; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; Lines/GMR_21-40/21D05_Abd_scored/Confocal_63x_2011-08-26_21D05_VNC/stack_TIFF/21D05_57C10FlpL_O.tif; L3 CNS template - Wood2018]

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GMR 21D05 FLP 17-2 [VFB_00061568]

A single 21D05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21D05_Abd_scored/Confocal_63x_2011-08-26_21D05_VNC/stack_TIFF/21D05_57C10FlpL_O.tif. [GMR 21D05 FLP 17-2; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; P{GMR21D05-GAL4} expression pattern; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; 5300382_G__4; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; Lines/GMR_21-40/21D05_Abd_scored/Confocal_63x_2011-08-26_21D05_VNC/stack_TIFF/21D05_57C10FlpL_O.tif; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 21D05 FLP 22-1 [VFB_00061068]

A single 21D05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21D05_Abd_scored/Confocal_63x_2011-10-31_21D05_VNC-JT/stack_TIFF/21D05_57C10FlpL_G_VNC.tif. [L3 CNS template - Wood2018; P{GMR21D05-GAL4} expression pattern; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; Lines/GMR_21-40/21D05_Abd_scored/Confocal_63x_2011-10-31_21D05_VNC-JT/stack_TIFF/21D05_57C10FlpL_G_VNC.tif; Truman Larval Flip-Out Collection; is part of; 5300387_R__3; embryonic/larval neuron; GMR 21D05 FLP 22-1; expresses]

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GMR 21D05 FLP 24-1 [VFB_00057442]

A fragment of the 21D05 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21D05_Abd_scored/Confocal_63x_2011-08-26_21D05_VNC/stack_TIFF/21D05_57C10FlpL_S.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_21-40/21D05_Abd_scored/Confocal_63x_2011-08-26_21D05_VNC/stack_TIFF/21D05_57C10FlpL_S.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; GMR 21D05 FLP 24-1; P{GMR21D05-GAL4} expression pattern; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; ventrolateral domain of larval A2 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; L3 CNS template - Wood2018; 5300377_R__1]

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GMR 21D05 FLP 24-2 [VFB_00057443]

A single 21D05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21D05_Abd_scored/Confocal_63x_2011-08-26_21D05_VNC/stack_TIFF/21D05_57C10FlpL_S.tif. [embryonic/larval neuron; P{GMR21D05-GAL4} expression pattern; L3 CNS template - Wood2018; embryonic/larval central nervous system; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; Lines/GMR_21-40/21D05_Abd_scored/Confocal_63x_2011-08-26_21D05_VNC/stack_TIFF/21D05_57C10FlpL_S.tif; 5300377_R__3; expression pattern fragment; GMR 21D05 FLP 24-2; expresses]

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GMR 21D05 FLP 24-3 [VFB_00057444]

A single 21D05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21D05_Abd_scored/Confocal_63x_2011-08-26_21D05_VNC/stack_TIFF/21D05_57C10FlpL_S.tif. [L3 CNS template - Wood2018; P{GMR21D05-GAL4} expression pattern; embryonic/larval central nervous system; 5300377_G__3; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; Lines/GMR_21-40/21D05_Abd_scored/Confocal_63x_2011-08-26_21D05_VNC/stack_TIFF/21D05_57C10FlpL_S.tif; GMR 21D05 FLP 24-3; embryonic/larval neuron; expresses]

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GMR 21D05 FLP 3-1 [VFB_00058358]

A single 21D05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21D05_Abd_scored/Confocal_63x_2011-10-31_21D05_VNC-JT/stack_TIFF/21D05_57C10FlpL_C_VNC.tif. [L3 CNS template - Wood2018; P{GMR21D05-GAL4} expression pattern; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; GMR 21D05 FLP 3-1; unlicensed; Truman Larval Flip-Out Collection; is part of; 5300392_R__2; embryonic/larval neuron; expresses; Lines/GMR_21-40/21D05_Abd_scored/Confocal_63x_2011-10-31_21D05_VNC-JT/stack_TIFF/21D05_57C10FlpL_C_VNC.tif]

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GMR 21D05 FLP 3-2 [VFB_00058359]

A fragment of the 21D05 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21D05_Abd_scored/Confocal_63x_2011-10-31_21D05_VNC-JT/stack_TIFF/21D05_57C10FlpL_C_VNC.tif. [GMR 21D05 FLP 3-2; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_21-40/21D05_Abd_scored/Confocal_63x_2011-10-31_21D05_VNC-JT/stack_TIFF/21D05_57C10FlpL_C_VNC.tif; P{GMR21D05-GAL4} expression pattern; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; is part of; expresses; 5300392_G__1; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 21D05 FLP 3-3 [VFB_00058360]

A fragment of the 21D05 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21D05_Abd_scored/Confocal_63x_2011-10-31_21D05_VNC-JT/stack_TIFF/21D05_57C10FlpL_C_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centrolateral domain of larval A5 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval A2 neuromere; centrolateral domain of larval T3 neuromere; Lines/GMR_21-40/21D05_Abd_scored/Confocal_63x_2011-10-31_21D05_VNC-JT/stack_TIFF/21D05_57C10FlpL_C_VNC.tif; P{GMR21D05-GAL4} expression pattern; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; ventrolateral domain of larval A5 neuromere; is part of; GMR 21D05 FLP 3-3; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; 5300392_G__4; ventrolateral domain of larval A1 neuromere; larval T3 leg neuropil; L3 CNS template - Wood2018]

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GMR 21D05 FLP 4-1 [VFB_00058361]

A single 21D05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21D05_Abd_scored/Confocal_63x_2011-10-31_21D05_VNC-JT/stack_TIFF/21D05_57C10FlpL_D_VNC.tif. [L3 CNS template - Wood2018; P{GMR21D05-GAL4} expression pattern; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; GMR 21D05 FLP 4-1; Lines/GMR_21-40/21D05_Abd_scored/Confocal_63x_2011-10-31_21D05_VNC-JT/stack_TIFF/21D05_57C10FlpL_D_VNC.tif; 5300391_R__2; embryonic/larval neuron; expresses]

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GMR 21D05 FLP 5-1 [VFB_00058362]

A single 21D05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21D05_Abd_scored/Confocal_63x_2011-10-31_21D05_VNC-JT/stack_TIFF/21D05_57C10FlpL_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; central domain of larval T3 neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; GMR 21D05 FLP 5-1; Lines/GMR_21-40/21D05_Abd_scored/Confocal_63x_2011-10-31_21D05_VNC-JT/stack_TIFF/21D05_57C10FlpL_F_VNC.tif; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR21D05-GAL4} expression pattern; 5300390_R__1; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 21D05 FLP 5-2 [VFB_00058363]

A single 21D05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21D05_Abd_scored/Confocal_63x_2011-10-31_21D05_VNC-JT/stack_TIFF/21D05_57C10FlpL_F_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; 5300390_R__3; centrolateral domain of larval central nervous system; GMR 21D05 FLP 5-2; centrolateral domain of larval A5 neuromere; ventrolateral domain of larval A3 neuromere; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_21-40/21D05_Abd_scored/Confocal_63x_2011-10-31_21D05_VNC-JT/stack_TIFF/21D05_57C10FlpL_F_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR21D05-GAL4} expression pattern; central domain of larval central nervous system; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; L3 CNS template - Wood2018]

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GMR 21D06 FLP 15-1 [VFB_00057505]

A single 21D06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21D06-sp_B/Confocal_63x_2011-11-19_21D06_VNC/stack_TIFF/21D06_57C10wtFlp_D_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; GMR 21D06 FLP 15-1; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; is part of; embryonic/larval neuron; 5303503_R__1; expresses; embryonic/larval central nervous system; P{GMR21D06-GAL4} expression pattern; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; Lines/GMR_21-40/21D06-sp_B/Confocal_63x_2011-11-19_21D06_VNC/stack_TIFF/21D06_57C10wtFlp_D_VNC.tif]

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GMR 21D06 FLP 15-2 [VFB_00057506]

A single 21D06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21D06-sp_B/Confocal_63x_2011-11-19_21D06_VNC/stack_TIFF/21D06_57C10wtFlp_D_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; 5303503_G__1; centromedial domain of larval central nervous system; GMR 21D06 FLP 15-2; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR21D06-GAL4} expression pattern; L3 CNS template - Wood2018; Lines/GMR_21-40/21D06-sp_B/Confocal_63x_2011-11-19_21D06_VNC/stack_TIFF/21D06_57C10wtFlp_D_VNC.tif; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 21D07 FLP 9-1 [VFB_00061728]

A fragment of the 21D07 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21D07_sp/Confocal_63x_2012-11-19_21D07_VNC/stack_TIFF/21D07_57C10FlpL_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; Lines/GMR_21-40/21D07_sp/Confocal_63x_2012-11-19_21D07_VNC/stack_TIFF/21D07_57C10FlpL_F_VNC.tif; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; 5302182_G__1; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; P{GMR21D07-GAL4} expression pattern; is part of; expresses; GMR 21D07 FLP 9-1; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; ventrolateral domain of larval A4 neuromere; L3 CNS template - Wood2018]

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GMR 21D12 FLP 11-1 [VFB_00061835]

A fragment of the 21D12 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21D12/Confocal_63x_2011-12-14_21D12_VNC/stack_TIFF/21D12_57C10FlpL_F_VNC.tif. [GMR 21D12 FLP 11-1; 5300549_R__1; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; Lines/GMR_21-40/21D12/Confocal_63x_2011-12-14_21D12_VNC/stack_TIFF/21D12_57C10FlpL_F_VNC.tif; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR21D12-GAL4} expression pattern; centrolateral domain of larval A1 neuromere; is part of; expresses; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 21D12 FLP 11-2 [VFB_00061836]

A single 21D12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21D12/Confocal_63x_2011-12-14_21D12_VNC/stack_TIFF/21D12_57C10FlpL_F_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; 5300549_G__2; ventrolateral domain of larval labial neuromere; Lines/GMR_21-40/21D12/Confocal_63x_2011-12-14_21D12_VNC/stack_TIFF/21D12_57C10FlpL_F_VNC.tif; centromedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; centromedial domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; GMR 21D12 FLP 11-2; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR21D12-GAL4} expression pattern; central domain of larval maxillary neuromere; central domain of larval central nervous system; is part of; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval maxillary neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 21F01 FLP 4-1 [VFB_00060268]

A single 21F01 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21F01_sp/Confocal_63x_2013-05-01_VNC/stack_TIFF/21F01_57C10wtFlp_A_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; 5301978_R__1; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; Lines/GMR_21-40/21F01_sp/Confocal_63x_2013-05-01_VNC/stack_TIFF/21F01_57C10wtFlp_A_VNC.tif; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR21F01-GAL4} expression pattern; GMR 21F01 FLP 4-1; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 21F01 FLP 5-1 [VFB_00060269]

A fragment of the 21F01 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21F01_sp/Confocal_63x_2013-05-01_VNC/stack_TIFF/21F01_57C10wtFlp_C_VNC.tif. [confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5301979_R__1; ventrolateral domain of larval central nervous system; expression pattern fragment; is part of; GMR 21F01 FLP 5-1; expresses; embryonic/larval central nervous system; P{GMR21F01-GAL4} expression pattern; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; Lines/GMR_21-40/21F01_sp/Confocal_63x_2013-05-01_VNC/stack_TIFF/21F01_57C10wtFlp_C_VNC.tif; L3 CNS template - Wood2018]

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GMR 21F03 FLP 18-1 [VFB_00060270]

A fragment of the 21F03 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21F03-sp_Br-commissurals/Confocal_63x_2013-05-01_VNC/stack_TIFF/21F03_57C10wtFlp_C_VNC.tif. [5302199_G__1; confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; GMR 21F03 FLP 18-1; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; dorsolateral domain of larval A7 neuromere; expression pattern fragment; Lines/GMR_21-40/21F03-sp_Br-commissurals/Confocal_63x_2013-05-01_VNC/stack_TIFF/21F03_57C10wtFlp_C_VNC.tif; dorsolateral domain of larval A6 neuromere; ventrolateral domain of larval A5 neuromere; is part of; dorsomedial domain of larval A5 neuromere; ventral domain of larval A9 neuromere; central domain of larval A9 neuromere; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; dorsolateral domain of larval A8 neuromere; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; dorsomedial domain of larval A8 neuromere; P{GMR21F03-GAL4} expression pattern; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 21F05 FLP 3-2 [VFB_00061496]

A fragment of the 21F05 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21F05_sp_B_ good SEG cells/Confocal_63x_2011-08-26_21F05_VNC/stack_TIFF/21F05_57C10FlpL_B.tif. [confocal microscopy; unlicensed; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5302777_R__3; expression pattern fragment; dorsomedial domain of larval A1 neuromere; Lines/GMR_21-40/21F05_sp_B_ good SEG cells/Confocal_63x_2011-08-26_21F05_VNC/stack_TIFF/21F05_57C10FlpL_B.tif; P{GMR21F05-GAL4} expression pattern; centrolateral domain of larval A2 neuromere; is part of; GMR 21F05 FLP 3-2; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 21F05 FLP 3-3 [VFB_00061497]

A single 21F05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21F05_sp_B_ good SEG cells/Confocal_63x_2011-08-26_21F05_VNC/stack_TIFF/21F05_57C10FlpL_B.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; 5302777_G__2; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; Lines/GMR_21-40/21F05_sp_B_ good SEG cells/Confocal_63x_2011-08-26_21F05_VNC/stack_TIFF/21F05_57C10FlpL_B.tif; P{GMR21F05-GAL4} expression pattern; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; GMR 21F05 FLP 3-3; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 21F05 FLP 3-4 [VFB_00061498]

A single 21F05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21F05_sp_B_ good SEG cells/Confocal_63x_2011-08-26_21F05_VNC/stack_TIFF/21F05_57C10FlpL_B.tif. [confocal microscopy; unlicensed; GMR 21F05 FLP 3-4; ventromedial domain of larval A4 neuromere; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_21-40/21F05_sp_B_ good SEG cells/Confocal_63x_2011-08-26_21F05_VNC/stack_TIFF/21F05_57C10FlpL_B.tif; P{GMR21F05-GAL4} expression pattern; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; 5302777_G__4; L3 CNS template - Wood2018]

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GMR 21F05 FLP 4-1 [VFB_00060277]

A single 21F05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21F05_sp_B_ good SEG cells/Confocal_63x_2011-08-26_21F05_VNC/stack_TIFF/21F05_57C10FlpL_A.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; GMR 21F05 FLP 4-1; P{GMR21F05-GAL4} expression pattern; expression pattern fragment; confocal microscopy; unlicensed; 5302776_G__4; Truman Larval Flip-Out Collection; is part of; embryonic/larval neuron; Lines/GMR_21-40/21F05_sp_B_ good SEG cells/Confocal_63x_2011-08-26_21F05_VNC/stack_TIFF/21F05_57C10FlpL_A.tif; expresses]

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GMR 21F05 FLP 5-1 [VFB_00060278]

A single 21F05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21F05_sp_B_ good SEG cells/Confocal_63x_2011-08-26_21F05_VNC/stack_TIFF/21F05_57C10FlpL_C.tif. [centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval maxillary neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; Lines/GMR_21-40/21F05_sp_B_ good SEG cells/Confocal_63x_2011-08-26_21F05_VNC/stack_TIFF/21F05_57C10FlpL_C.tif; P{GMR21F05-GAL4} expression pattern; dorsomedial domain of larval maxillary neuromere; is part of; 5302775_R__1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 21F05 FLP 5-1; L3 CNS template - Wood2018]

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GMR 21F05 FLP 5-2 [VFB_00060279]

A fragment of the 21F05 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21F05_sp_B_ good SEG cells/Confocal_63x_2011-08-26_21F05_VNC/stack_TIFF/21F05_57C10FlpL_C.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; GMR 21F05 FLP 5-2; overlaps; expression pattern fragment; Lines/GMR_21-40/21F05_sp_B_ good SEG cells/Confocal_63x_2011-08-26_21F05_VNC/stack_TIFF/21F05_57C10FlpL_C.tif; P{GMR21F05-GAL4} expression pattern; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; 5302775_G__2; is part of; dorsomedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 21F05 FLP 6-1 [VFB_00060280]

A single 21F05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21F05_sp_B_ good SEG cells/Confocal_63x_2011-08-26_21F05_VNC/stack_TIFF/21F05_57C10FlpL_E.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_21-40/21F05_sp_B_ good SEG cells/Confocal_63x_2011-08-26_21F05_VNC/stack_TIFF/21F05_57C10FlpL_E.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR21F05-GAL4} expression pattern; is part of; embryonic/larval neuron; expresses; GMR 21F05 FLP 6-1; 5302774_R__1; embryonic/larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 21H03 FLP 13-1 [VFB_00061839]

A single 21H03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21H03/Confocal_63x_2013-05-17_VNC/stack_TIFF/21H03_57C10wtFlp_C_VNC.tif. [Lines/GMR_21-40/21H03/Confocal_63x_2013-05-17_VNC/stack_TIFF/21H03_57C10wtFlp_C_VNC.tif; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; GMR 21H03 FLP 13-1; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; P{GMR21H03-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 5303589_G__1; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 21H03 FLP 13-2 [VFB_00061840]

A single 21H03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21H03/Confocal_63x_2013-05-17_VNC/stack_TIFF/21H03_57C10wtFlp_C_VNC.tif. [Lines/GMR_21-40/21H03/Confocal_63x_2013-05-17_VNC/stack_TIFF/21H03_57C10wtFlp_C_VNC.tif; confocal microscopy; unlicensed; GMR 21H03 FLP 13-2; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; 5303589_G__2; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; P{GMR21H03-GAL4} expression pattern; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 21H03 FLP 14-1 [VFB_00061841]

A single 21H03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21H03/Confocal_63x_2013-05-17_VNC/stack_TIFF/21H03_57C10FlpL_D_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; Lines/GMR_21-40/21H03/Confocal_63x_2013-05-17_VNC/stack_TIFF/21H03_57C10FlpL_D_VNC.tif; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; centrolateral domain of larval A1 neuromere; is part of; P{GMR21H03-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 21H03 FLP 14-1; ventrolateral domain of larval A4 neuromere; 5303588_G__1; L3 CNS template - Wood2018]

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GMR 21H04 FLP 7-1 [VFB_00061847]

A single 21H04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21H04_Abd_scored/Confocal_63x_2011-12-08_21H04_VNC-JT/stack_TIFF/21H04_57C10wtFlp_C_VNC.tif. [Lines/GMR_21-40/21H04_Abd_scored/Confocal_63x_2011-12-08_21H04_VNC-JT/stack_TIFF/21H04_57C10wtFlp_C_VNC.tif; confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval A5 neuromere; is part of; embryonic/larval neuron; centromedial domain of larval A6 neuromere; expresses; embryonic/larval central nervous system; P{GMR21H04-GAL4} expression pattern; L3 CNS template - Wood2018; 5300630_G__3; GMR 21H04 FLP 7-1]

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GMR 21H10 FLP 1-1 [VFB_00060321]

A single 21H10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21H10/Confocal_63x_2013-05-07_VNC/stack_TIFF/21H10_57C10wtFlp_B_VNC.tif. [confocal microscopy; unlicensed; P{GMR21H10-GAL4} expression pattern; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_21-40/21H10/Confocal_63x_2013-05-07_VNC/stack_TIFF/21H10_57C10wtFlp_B_VNC.tif; is part of; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; GMR 21H10 FLP 1-1; 5300443_R__1; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 21H10 FLP 1-2 [VFB_00060322]

A single 21H10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21H10/Confocal_63x_2013-05-07_VNC/stack_TIFF/21H10_57C10wtFlp_B_VNC.tif. [confocal microscopy; unlicensed; P{GMR21H10-GAL4} expression pattern; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; 5300443_R__2; GMR 21H10 FLP 1-2; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; dorsolateral domain of larval A7 neuromere; expression pattern fragment; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; Lines/GMR_21-40/21H10/Confocal_63x_2013-05-07_VNC/stack_TIFF/21H10_57C10wtFlp_B_VNC.tif; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 21H10 FLP 2-1 [VFB_00060323]

A single 21H10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21H10/Confocal_63x_2013-05-07_VNC/stack_TIFF/21H10_57C10wtFlp_C_VNC.tif. [confocal microscopy; unlicensed; central domain of larval A7 neuromere; P{GMR21H10-GAL4} expression pattern; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; expression pattern fragment; dorsolateral domain of larval A7 neuromere; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; GMR 21H10 FLP 2-1; embryonic/larval central nervous system; Lines/GMR_21-40/21H10/Confocal_63x_2013-05-07_VNC/stack_TIFF/21H10_57C10wtFlp_C_VNC.tif; dorsomedial domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; 5300442_G__2]

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GMR 21H10 FLP 20-1 [VFB_00061395]

A single 21H10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/21H10/Confocal_63x_2012-09-13_21H10_VNC/stack_TIFF/21H10_57C10FlpL_E_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; P{GMR21H10-GAL4} expression pattern; centromedial domain of larval T1 neuromere; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; GMR 21H10 FLP 20-1; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval T3 neuromere; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; Lines/GMR_21-40/21H10/Confocal_63x_2012-09-13_21H10_VNC/stack_TIFF/21H10_57C10FlpL_E_VNC.tif; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; 5300433_R__1; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 22A09 FLP 13-1 [VFB_00061220]

A single 22A09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22A09/Confocal_63x_2013-05-01_VNC/stack_TIFF/22A09_57C10wtFlp_K_VNC.tif. [confocal microscopy; unlicensed; P{GMR22A09-GAL4} expression pattern; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; dorsomedial domain of larval central nervous system; GMR 22A09 FLP 13-1; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; Lines/GMR_21-40/22A09/Confocal_63x_2013-05-01_VNC/stack_TIFF/22A09_57C10wtFlp_K_VNC.tif; 5301811_R__1]

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GMR 22A09 FLP 14-1 [VFB_00061221]

A single 22A09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22A09/Confocal_63x_2013-05-01_VNC/stack_TIFF/22A09_57C10wtFlp_E_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; P{GMR22A09-GAL4} expression pattern; 5301810_G__1; Lines/GMR_21-40/22A09/Confocal_63x_2013-05-01_VNC/stack_TIFF/22A09_57C10wtFlp_E_VNC.tif; GMR 22A09 FLP 14-1; embryonic/larval neuron; expresses]

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GMR 22A09 FLP 16-1 [VFB_00061222]

A single 22A09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22A09/Confocal_63x_2013-05-01_VNC/stack_TIFF/22A09_57C10wtFlp_B_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; P{GMR22A09-GAL4} expression pattern; larval T2 leg neuropil; 5301816_R__2; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; GMR 22A09 FLP 16-1; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; is part of; embryonic/larval neuron; expresses; Lines/GMR_21-40/22A09/Confocal_63x_2013-05-01_VNC/stack_TIFF/22A09_57C10wtFlp_B_VNC.tif; embryonic/larval central nervous system; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 22A09 FLP 16-2 [VFB_00061223]

A single 22A09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22A09/Confocal_63x_2013-05-01_VNC/stack_TIFF/22A09_57C10wtFlp_B_VNC.tif. [L3 CNS template - Wood2018; Lines/GMR_21-40/22A09/Confocal_63x_2013-05-01_VNC/stack_TIFF/22A09_57C10wtFlp_B_VNC.tif; embryonic/larval central nervous system; dorsomedial domain of larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; GMR 22A09 FLP 16-2; overlaps; P{GMR22A09-GAL4} expression pattern; dorsolateral domain of larval A2 neuromere; 5301816_R__3; dorsolateral domain of larval central nervous system; embryonic/larval neuron; dorsomedial domain of larval A2 neuromere; expresses]

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GMR 22A09 FLP 17-1 [VFB_00061224]

A single 22A09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22A09/Confocal_63x_2013-05-01_VNC/stack_TIFF/22A09_57C10wtFlp_F_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; P{GMR22A09-GAL4} expression pattern; dorsolateral domain of larval A5 neuromere; dorsomedial domain of larval A4 neuromere; 5301815_R__2; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; GMR 22A09 FLP 17-1; central domain of larval central nervous system; Lines/GMR_21-40/22A09/Confocal_63x_2013-05-01_VNC/stack_TIFF/22A09_57C10wtFlp_F_VNC.tif; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 22A09 FLP 18-1 [VFB_00061225]

A single 22A09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22A09/Confocal_63x_2013-05-01_VNC/stack_TIFF/22A09_57C10wtFlp_A_VNC.tif. [confocal microscopy; unlicensed; P{GMR22A09-GAL4} expression pattern; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; 5301814_R__1; expression pattern fragment; GMR 22A09 FLP 18-1; Lines/GMR_21-40/22A09/Confocal_63x_2013-05-01_VNC/stack_TIFF/22A09_57C10wtFlp_A_VNC.tif; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 22A09 FLP 22-1 [VFB_00058330]

A fragment of the 22A09 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22A09/Confocal_63x_2012-06-11_22A09_VNC/stack_TIFF/22A09_57C10wtFlp_F1_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; ventrolateral domain of larval T1 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; 5301845_G__2; P{GMR22A09-GAL4} expression pattern; GMR 22A09 FLP 22-1; Lines/GMR_21-40/22A09/Confocal_63x_2012-06-11_22A09_VNC/stack_TIFF/22A09_57C10wtFlp_F1_VNC.tif; expression pattern fragment; ventrolateral domain of larval T3 neuromere; ventromedial domain of larval A2 neuromere; expresses]

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GMR 22A09 FLP 23-1 [VFB_00058331]

A single 22A09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22A09/Confocal_63x_2012-06-11_22A09_VNC/stack_TIFF/22A09_57C10wtFlp_I_VNC.tif. [confocal microscopy; unlicensed; P{GMR22A09-GAL4} expression pattern; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; dorsomedial domain of larval central nervous system; 5301846_G__4; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; Lines/GMR_21-40/22A09/Confocal_63x_2012-06-11_22A09_VNC/stack_TIFF/22A09_57C10wtFlp_I_VNC.tif; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; GMR 22A09 FLP 23-1; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 22A09 FLP 24-1 [VFB_00058332]

A single 22A09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22A09/Confocal_63x_2012-06-11_22A09_VNC/stack_TIFF/22A09_57C10wtFlp_J_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; centromedial domain of larval A4 neuromere; expression pattern fragment; confocal microscopy; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; GMR 22A09 FLP 24-1; is part of; overlaps; P{GMR22A09-GAL4} expression pattern; ventromedial domain of larval A4 neuromere; 5301847_R__1; Lines/GMR_21-40/22A09/Confocal_63x_2012-06-11_22A09_VNC/stack_TIFF/22A09_57C10wtFlp_J_VNC.tif; embryonic/larval neuron; expresses; centromedial domain of larval central nervous system]

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GMR 22A09 FLP 25-1 [VFB_00058333]

A single 22A09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22A09/Confocal_63x_2012-06-11_22A09_VNC/stack_TIFF/22A09_57C10wtFlp_A_VNC.tif. [ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; P{GMR22A09-GAL4} expression pattern; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval maxillary neuromere; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; GMR 22A09 FLP 25-1; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval maxillary neuromere; central domain of larval central nervous system; dorsomedial domain of larval maxillary neuromere; is part of; 5301840_R__1; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; Lines/GMR_21-40/22A09/Confocal_63x_2012-06-11_22A09_VNC/stack_TIFF/22A09_57C10wtFlp_A_VNC.tif; L3 CNS template - Wood2018]

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GMR 22A09 FLP 25-2 [VFB_00058334]

A single 22A09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22A09/Confocal_63x_2012-06-11_22A09_VNC/stack_TIFF/22A09_57C10wtFlp_A_VNC.tif. [confocal microscopy; unlicensed; GMR 22A09 FLP 25-2; P{GMR22A09-GAL4} expression pattern; 5301840_G__1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; ventromedial domain of larval A5 neuromere; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; Lines/GMR_21-40/22A09/Confocal_63x_2012-06-11_22A09_VNC/stack_TIFF/22A09_57C10wtFlp_A_VNC.tif; L3 CNS template - Wood2018]

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GMR 22A09 FLP 26-1 [VFB_00058335]

A single 22A09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22A09/Confocal_63x_2012-06-11_22A09_VNC/stack_TIFF/22A09_57C10wtFlp_K1_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; P{GMR22A09-GAL4} expression pattern; centrolateral domain of larval central nervous system; Lines/GMR_21-40/22A09/Confocal_63x_2012-06-11_22A09_VNC/stack_TIFF/22A09_57C10wtFlp_K1_VNC.tif; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval A1 neuromere; is part of; GMR 22A09 FLP 26-1; 5301841_G__1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 22A09 FLP 28-1 [VFB_00058336]

A single 22A09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22A09/Confocal_63x_2012-06-11_22A09_VNC/stack_TIFF/22A09_57C10wtFlp_H2_VNC.tif. [embryonic/larval neuron; L3 CNS template - Wood2018; embryonic/larval central nervous system; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; Lines/GMR_21-40/22A09/Confocal_63x_2012-06-11_22A09_VNC/stack_TIFF/22A09_57C10wtFlp_H2_VNC.tif; P{GMR22A09-GAL4} expression pattern; ventromedial domain of larval maxillary neuromere; 5301843_R__3; GMR 22A09 FLP 28-1; expression pattern fragment; ventromedial domain of larval A2 neuromere; expresses]

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GMR 22A11 FLP 22-1 [VFB_00061039]

A fragment of the 22A11 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22A11/Confocal_63x_2013-05-07_VNC/stack_TIFF/22A11_57C10wtFlp_G_VNC.tif. [ventrolateral domain of larval T2 neuromere; GMR 22A11 FLP 22-1; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; P{GMR22A11-GAL4} expression pattern; Lines/GMR_21-40/22A11/Confocal_63x_2013-05-07_VNC/stack_TIFF/22A11_57C10wtFlp_G_VNC.tif; ventromedial domain of larval A2 neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5301878_R__2; expression pattern fragment; ventrolateral domain of larval T3 neuromere; is part of; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 22A11 FLP 24-1 [VFB_00061041]

A single 22A11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22A11/Confocal_63x_2013-05-07_VNC/stack_TIFF/22A11_57C10wtFlp_C_VNC.tif. [confocal microscopy; unlicensed; P{GMR22A11-GAL4} expression pattern; dorsomedial domain of larval A6 neuromere; Lines/GMR_21-40/22A11/Confocal_63x_2013-05-07_VNC/stack_TIFF/22A11_57C10wtFlp_C_VNC.tif; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; expression pattern fragment; dorsolateral domain of larval A7 neuromere; dorsolateral domain of larval A6 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; GMR 22A11 FLP 24-1; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; 5301873_R__2]

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GMR 22A11 FLP 26-1 [VFB_00061042]

A single 22A11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22A11/Confocal_63x_2013-05-07_VNC/stack_TIFF/22A11_57C10wtFlp_B2_VNC.tif. [GMR 22A11 FLP 26-1; ventromedial domain of larval A8 neuromere; 5301875_G__1; confocal microscopy; unlicensed; P{GMR22A11-GAL4} expression pattern; Lines/GMR_21-40/22A11/Confocal_63x_2013-05-07_VNC/stack_TIFF/22A11_57C10wtFlp_B2_VNC.tif; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; ventrolateral domain of larval A8 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A8 neuromere; L3 CNS template - Wood2018]

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GMR 22B10 FLP 11-1 [VFB_00058337]

A single 22B10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22B10/Confocal_63x_2013-05-07_VNC/stack_TIFF/22B10_57C10FlpL_F_VNC.tif. [P{GMR22B10-GAL4} expression pattern; centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; Lines/GMR_21-40/22B10/Confocal_63x_2013-05-07_VNC/stack_TIFF/22B10_57C10FlpL_F_VNC.tif; centromedial domain of larval T1 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; expression pattern fragment; 5303622_G__2; is part of; embryonic/larval neuron; GMR 22B10 FLP 11-1; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 22B10 FLP 13-1 [VFB_00058338]

A fragment of the 22B10 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22B10/Confocal_63x_2013-05-07_VNC/stack_TIFF/22B10_57C10FlpL_A_VNC.tif. [P{GMR22B10-GAL4} expression pattern; centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; centrolateral domain of larval mandibular neuromere; ventromedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; GMR 22B10 FLP 13-1; 5303620_R__1; expression pattern fragment; central domain of larval maxillary neuromere; central domain of larval central nervous system; central domain of larval mandibular neuromere; Lines/GMR_21-40/22B10/Confocal_63x_2013-05-07_VNC/stack_TIFF/22B10_57C10FlpL_A_VNC.tif; dorsomedial domain of larval maxillary neuromere; is part of; dorsolateral domain of larval labial neuromere; expresses; embryonic/larval central nervous system; centrolateral domain of larval maxillary neuromere; dorsolateral domain of larval central nervous system; dorsolateral domain of larval maxillary neuromere; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 22B10 FLP 13-2 [VFB_00058339]

A fragment of the 22B10 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22B10/Confocal_63x_2013-05-07_VNC/stack_TIFF/22B10_57C10FlpL_A_VNC.tif. [P{GMR22B10-GAL4} expression pattern; confocal microscopy; unlicensed; 5303620_G__1; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; dorsomedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; centrolateral domain of larval mandibular neuromere; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval maxillary neuromere; central domain of larval central nervous system; central domain of larval mandibular neuromere; GMR 22B10 FLP 13-2; Lines/GMR_21-40/22B10/Confocal_63x_2013-05-07_VNC/stack_TIFF/22B10_57C10FlpL_A_VNC.tif; dorsomedial domain of larval maxillary neuromere; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; expresses; embryonic/larval central nervous system; centrolateral domain of larval maxillary neuromere; dorsolateral domain of larval central nervous system; dorsolateral domain of larval maxillary neuromere; L3 CNS template - Wood2018]

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GMR 22C02 FLP 4-1 [VFB_00061214]

A single 22C02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22C02_Abd scored/Confocal_63x_2013-06-04_VNC/stack_TIFF/22C02_57C10FlpL_C_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; P{GMR22C02-GAL4} expression pattern; GMR 22C02 FLP 4-1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; 5303410_G__2; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; dorsolateral domain of larval A2 neuromere; larval T3 leg neuropil; Lines/GMR_21-40/22C02_Abd scored/Confocal_63x_2013-06-04_VNC/stack_TIFF/22C02_57C10FlpL_C_VNC.tif; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 22C02 FLP 9-1 [VFB_00061215]

A single 22C02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22C02_Abd scored/Confocal_63x_2012-07-17_22C02_VNC/stack_TIFF/22C02_57C10FlpL_I_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; P{GMR22C02-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_21-40/22C02_Abd scored/Confocal_63x_2012-07-17_22C02_VNC/stack_TIFF/22C02_57C10FlpL_I_VNC.tif; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; GMR 22C02 FLP 9-1; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; dorsolateral domain of larval A2 neuromere; 5303417_G__1; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 22D04 FLP 2-1 [VFB_00057386]

A single 22D04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22D04_Abd_scored/Confocal_63x_2011-08-11_22D04-JT/stack_TIFF/22D04_57C10FlpL_D.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; P{GMR22D04-GAL4} expression pattern; GMR 22D04 FLP 2-1; embryonic/larval neuron; 5301636_R__4; Lines/GMR_21-40/22D04_Abd_scored/Confocal_63x_2011-08-11_22D04-JT/stack_TIFF/22D04_57C10FlpL_D.tif; expresses]

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GMR 22D04 FLP 2-2 [VFB_00057387]

A single 22D04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22D04_Abd_scored/Confocal_63x_2011-08-11_22D04-JT/stack_TIFF/22D04_57C10FlpL_D.tif. [confocal microscopy; unlicensed; central domain of larval A7 neuromere; dorsomedial domain of larval A6 neuromere; Lines/GMR_21-40/22D04_Abd_scored/Confocal_63x_2011-08-11_22D04-JT/stack_TIFF/22D04_57C10FlpL_D.tif; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; expression pattern fragment; 5301636_G__2; central domain of larval central nervous system; is part of; P{GMR22D04-GAL4} expression pattern; dorsomedial domain of larval A5 neuromere; centromedial domain of larval A7 neuromere; ventral domain of larval A9 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018; GMR 22D04 FLP 2-2]

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GMR 22D11 FLP 11-1 [VFB_00061831]

A single 22D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22D11_sp_B/Confocal_63x_2013-05-07A_VNC/stack_TIFF/22D11_57C10FlpL_F_VNC.tif. [centromedial domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; P{GMR22D11-GAL4} expression pattern; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval A2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; 5300542_G__1; central domain of larval A2 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; Lines/GMR_21-40/22D11_sp_B/Confocal_63x_2013-05-07A_VNC/stack_TIFF/22D11_57C10FlpL_F_VNC.tif; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; GMR 22D11 FLP 11-1; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 22D12 FLP 7-1 [VFB_00058298]

A single 22D12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22D12-sp_B good SEG/Confocal_63x_2011-09-23_22D12_VNC/stack_TIFF/22D12_57C10FlpL_D.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Lines/GMR_21-40/22D12-sp_B good SEG/Confocal_63x_2011-09-23_22D12_VNC/stack_TIFF/22D12_57C10FlpL_D.tif; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; GMR 22D12 FLP 7-1; is part of; embryonic/larval neuron; expresses; 5302535_G__1; embryonic/larval central nervous system; P{GMR22D12-GAL4} expression pattern; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 22D12 FLP 9-1 [VFB_00058299]

A fragment of the 22D12 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22D12-sp_B good SEG/Confocal_63x_2011-09-23_22D12_VNC/stack_TIFF/22D12_57C10FlpL_B.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; Lines/GMR_21-40/22D12-sp_B good SEG/Confocal_63x_2011-09-23_22D12_VNC/stack_TIFF/22D12_57C10FlpL_B.tif; centromedial domain of larval central nervous system; GMR 22D12 FLP 9-1; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; 5302537_R__2; centrolateral domain of larval A3 neuromere; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; P{GMR22D12-GAL4} expression pattern; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 22E07 FLP 14-1 [VFB_00061863]

A single 22E07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22E07-sp_gnathal neurons/Confocal_63x_2012-07-09_22E07_VNC/stack_TIFF/22E07_57C10FlpL_G_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; Lines/GMR_21-40/22E07-sp_gnathal neurons/Confocal_63x_2012-07-09_22E07_VNC/stack_TIFF/22E07_57C10FlpL_G_VNC.tif; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; GMR 22E07 FLP 14-1; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR22E07-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; 5302341_G__2; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 22E07 FLP 16-1 [VFB_00061875]

A single 22E07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22E07-sp_gnathal neurons/Confocal_63x_2012-07-09_22E07_VNC/stack_TIFF/22E07_57C10FlpL_F_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR22E07-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 22E07 FLP 16-1; Lines/GMR_21-40/22E07-sp_gnathal neurons/Confocal_63x_2012-07-09_22E07_VNC/stack_TIFF/22E07_57C10FlpL_F_VNC.tif; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; 5302345_G__1; ventrolateral domain of larval A4 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 22E09 FLP 1-1 [VFB_00060272]

A single 22E09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22E09-sp_Abd_scored/Confocal_63x_2011-10-31_22E09_VNC-JT/stack_TIFF/22E09_57C10wtFlp_D_VNC.tif. [5302031_R__1; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; P{GMR22E09-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Lines/GMR_21-40/22E09-sp_Abd_scored/Confocal_63x_2011-10-31_22E09_VNC-JT/stack_TIFF/22E09_57C10wtFlp_D_VNC.tif; centromedial domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 22E09 FLP 1-1; centrolateral domain of larval maxillary neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 22E09 FLP 25-1 [VFB_00061709]

A single 22E09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22E09-sp_Abd_scored/Confocal_63x_2013-05-01_VNC/stack_TIFF/21E09_57C10wtFlp_B_VNC.tif. [centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centromedial domain of larval maxillary neuromere; P{GMR22E09-GAL4} expression pattern; 5302030_R__1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval mandibular neuromere; dorsomedial domain of larval T1 neuromere; expression pattern fragment; central domain of larval maxillary neuromere; central domain of larval central nervous system; dorsomedial domain of larval maxillary neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 22E09 FLP 25-1; Lines/GMR_21-40/22E09-sp_Abd_scored/Confocal_63x_2013-05-01_VNC/stack_TIFF/21E09_57C10wtFlp_B_VNC.tif; centromedial domain of larval mandibular neuromere; L3 CNS template - Wood2018]

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GMR 22G09 FLP 1-1 [VFB_00061569]

A single 22G09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22G09/Confocal_63x_2012-11-01_22G09_VNC/stack_TIFF/22G09_57C10FlpL_B_VNC.tif. [ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; GMR 22G09 FLP 1-1; ventrolateral domain of larval labial neuromere; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR22G09-GAL4} expression pattern; is part of; ventromedial domain of larval maxillary neuromere; embryonic/larval neuron; 5300951_R__1; expresses; embryonic/larval central nervous system; Lines/GMR_21-40/22G09/Confocal_63x_2012-11-01_22G09_VNC/stack_TIFF/22G09_57C10FlpL_B_VNC.tif; L3 CNS template - Wood2018]

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GMR 22G09 FLP 2-1 [VFB_00061570]

A fragment of the 22G09 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22G09/Confocal_63x_2012-11-01_22G09_VNC/stack_TIFF/22G09_57C10FlpL_A_VNC.tif. [ventrolateral domain of larval T2 neuromere; 5300950_R__1; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; larval T2 leg neuropil; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; Lines/GMR_21-40/22G09/Confocal_63x_2012-11-01_22G09_VNC/stack_TIFF/22G09_57C10FlpL_A_VNC.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; GMR 22G09 FLP 2-1; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR22G09-GAL4} expression pattern; expression pattern fragment; ventrolateral domain of larval T3 neuromere; ventrolateral domain of larval central nervous system; central domain of larval central nervous system; is part of; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 22G09 FLP 3-1 [VFB_00061571]

A single 22G09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22G09/Confocal_63x_2012-11-01_22G09_VNC/stack_TIFF/22G09_57C10FlpL_E_VNC.tif. [ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; ventrolateral domain of larval labial neuromere; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR22G09-GAL4} expression pattern; 5300953_R__1; is part of; ventromedial domain of larval maxillary neuromere; embryonic/larval neuron; expresses; GMR 22G09 FLP 3-1; embryonic/larval central nervous system; Lines/GMR_21-40/22G09/Confocal_63x_2012-11-01_22G09_VNC/stack_TIFF/22G09_57C10FlpL_E_VNC.tif; L3 CNS template - Wood2018]

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GMR 22G09 FLP 3-2 [VFB_00061572]

A single 22G09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22G09/Confocal_63x_2012-11-01_22G09_VNC/stack_TIFF/22G09_57C10FlpL_E_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; central domain of larval T3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR22G09-GAL4} expression pattern; ventrolateral domain of larval T3 neuromere; GMR 22G09 FLP 3-2; central domain of larval central nervous system; is part of; 5300953_R__2; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_21-40/22G09/Confocal_63x_2012-11-01_22G09_VNC/stack_TIFF/22G09_57C10FlpL_E_VNC.tif; L3 CNS template - Wood2018]

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GMR 22G09 FLP 5-1 [VFB_00061573]

A fragment of the 22G09 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22G09/Confocal_63x_2012-11-01_22G09_VNC/stack_TIFF/22G09_57C10FlpL_H_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; larval T2 leg neuropil; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; P{GMR22G09-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; Lines/GMR_21-40/22G09/Confocal_63x_2012-11-01_22G09_VNC/stack_TIFF/22G09_57C10FlpL_H_VNC.tif; is part of; 5300955_R__1; GMR 22G09 FLP 5-1; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 22G09 FLP 6-1 [VFB_00061574]

A single 22G09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22G09/Confocal_63x_2012-11-01_22G09_VNC/stack_TIFF/22G09_57C10FlpL_I_VNC.tif. [ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; Lines/GMR_21-40/22G09/Confocal_63x_2012-11-01_22G09_VNC/stack_TIFF/22G09_57C10FlpL_I_VNC.tif; centromedial domain of larval maxillary neuromere; centromedial domain of larval central nervous system; 5300954_R__1; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval mandibular neuromere; P{GMR22G09-GAL4} expression pattern; expression pattern fragment; central domain of larval central nervous system; dorsomedial domain of larval maxillary neuromere; is part of; GMR 22G09 FLP 6-1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; centromedial domain of larval mandibular neuromere; L3 CNS template - Wood2018]

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GMR 22G09 FLP 8-1 [VFB_00061575]

A fragment of the 22G09 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22G09/Confocal_63x_2012-11-01_22G09_VNC/stack_TIFF/22G09_57C10FlpL_C_VNC.tif. [ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; ventrolateral domain of larval labial neuromere; 5300956_R__1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; P{GMR22G09-GAL4} expression pattern; expression pattern fragment; central domain of larval maxillary neuromere; GMR 22G09 FLP 8-1; central domain of larval central nervous system; is part of; ventromedial domain of larval maxillary neuromere; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; Lines/GMR_21-40/22G09/Confocal_63x_2012-11-01_22G09_VNC/stack_TIFF/22G09_57C10FlpL_C_VNC.tif; L3 CNS template - Wood2018]

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GMR 22H02 FLP 11-1 [VFB_00060276]

A single 22H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22H02-sp_partial B/Confocal_63x_2013-06-04_VNC/22H02_57C10wtFlp_B_VNC.tif. [ventromedial domain of larval A8 neuromere; confocal microscopy; unlicensed; GMR 22H02 FLP 11-1; centrolateral domain of larval central nervous system; Lines/GMR_21-40/22H02-sp_partial B/Confocal_63x_2013-06-04_VNC/22H02_57C10wtFlp_B_VNC.tif; ventrolateral domain of larval A6 neuromere; ventrolateral domain of larval A7 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsal domain of larval A9 neuromere; centrolateral domain of larval A8 neuromere; P{GMR22H02-GAL4} expression pattern; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; ventrolateral domain of larval A8 neuromere; 5302953_R__1; embryonic/larval neuron; central domain of larval A9 neuromere; expresses; embryonic/larval central nervous system; central domain of larval A8 neuromere; L3 CNS template - Wood2018]

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GMR 22H02 FLP 12-1 [VFB_00060281]

A single 22H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22H02-sp_partial B/Confocal_63x_2013-06-04_VNC/22H02_57C10wtFlp_D_VNC.tif. [GMR 22H02 FLP 12-1; confocal microscopy; unlicensed; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; 5302957_R__1; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; P{GMR22H02-GAL4} expression pattern; is part of; embryonic/larval neuron; expresses; Lines/GMR_21-40/22H02-sp_partial B/Confocal_63x_2013-06-04_VNC/22H02_57C10wtFlp_D_VNC.tif; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 22H02 FLP 12-2 [VFB_00060282]

A single 22H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22H02-sp_partial B/Confocal_63x_2013-06-04_VNC/22H02_57C10wtFlp_D_VNC.tif. [embryonic/larval neuron; L3 CNS template - Wood2018; Lines/GMR_21-40/22H02-sp_partial B/Confocal_63x_2013-06-04_VNC/22H02_57C10wtFlp_D_VNC.tif; embryonic/larval central nervous system; P{GMR22H02-GAL4} expression pattern; ventromedial domain of larval labial neuromere; GMR 22H02 FLP 12-2; ventrolateral domain of larval T1 neuromere; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; confocal microscopy; ventromedial domain of larval maxillary neuromere; expression pattern fragment; 5302957_R__2; expresses]

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GMR 22H02 FLP 12-3 [VFB_00060283]

A single 22H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22H02-sp_partial B/Confocal_63x_2013-06-04_VNC/22H02_57C10wtFlp_D_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; GMR 22H02 FLP 12-3; 5302957_G__1; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR22H02-GAL4} expression pattern; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; Lines/GMR_21-40/22H02-sp_partial B/Confocal_63x_2013-06-04_VNC/22H02_57C10wtFlp_D_VNC.tif; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 22H02 FLP 13-1 [VFB_00060284]

A single 22H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22H02-sp_partial B/Confocal_63x_2013-06-04_VNC/22H02_57C10wtFlp_C_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; P{GMR22H02-GAL4} expression pattern; expression pattern fragment; confocal microscopy; 5302956_R__1; unlicensed; Truman Larval Flip-Out Collection; is part of; Lines/GMR_21-40/22H02-sp_partial B/Confocal_63x_2013-06-04_VNC/22H02_57C10wtFlp_C_VNC.tif; embryonic/larval neuron; GMR 22H02 FLP 13-1; expresses]

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GMR 22H02 FLP 13-2 [VFB_00060285]

A single 22H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22H02-sp_partial B/Confocal_63x_2013-06-04_VNC/22H02_57C10wtFlp_C_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; 5302956_R__2; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; GMR 22H02 FLP 13-2; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_21-40/22H02-sp_partial B/Confocal_63x_2013-06-04_VNC/22H02_57C10wtFlp_C_VNC.tif; expression pattern fragment; P{GMR22H02-GAL4} expression pattern; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 22H02 FLP 13-3 [VFB_00060286]

A single 22H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22H02-sp_partial B/Confocal_63x_2013-06-04_VNC/22H02_57C10wtFlp_C_VNC.tif. [GMR 22H02 FLP 13-3; L3 CNS template - Wood2018; embryonic/larval central nervous system; P{GMR22H02-GAL4} expression pattern; expression pattern fragment; ventromedial domain of larval labial neuromere; ventrolateral domain of larval T1 neuromere; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; confocal microscopy; 5302956_G__1; Lines/GMR_21-40/22H02-sp_partial B/Confocal_63x_2013-06-04_VNC/22H02_57C10wtFlp_C_VNC.tif; embryonic/larval neuron; expresses]

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GMR 22H02 FLP 14-1 [VFB_00060287]

A single 22H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22H02-sp_partial B/Confocal_63x_2013-06-04_VNC/22H02_57C10wtFlp_E_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; P{GMR22H02-GAL4} expression pattern; central domain of larval central nervous system; 5302955_R__1; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_21-40/22H02-sp_partial B/Confocal_63x_2013-06-04_VNC/22H02_57C10wtFlp_E_VNC.tif; GMR 22H02 FLP 14-1; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 22H02 FLP 21-1 [VFB_00061869]

A single 22H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22H02-sp_partial B/Confocal_63x_2012-10-19_22H02_VNC/stack_TIFF/22H02_57C10wtFlp_H_VNC.tif. [5302987_R__1; centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; P{GMR22H02-GAL4} expression pattern; central domain of larval central nervous system; GMR 22H02 FLP 21-1; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_21-40/22H02-sp_partial B/Confocal_63x_2012-10-19_22H02_VNC/stack_TIFF/22H02_57C10wtFlp_H_VNC.tif; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 22H02 FLP 24-1 [VFB_00061872]

A single 22H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22H02-sp_partial B/Confocal_63x_2012-07-24_22H02_VNC/stack_TIFF/22H02_57C10FlpL_E_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; P{GMR22H02-GAL4} expression pattern; expression pattern fragment; dorsolateral domain of larval A1 neuromere; confocal microscopy; unlicensed; 5302982_R__2; Truman Larval Flip-Out Collection; is part of; overlaps; GMR 22H02 FLP 24-1; dorsolateral domain of larval central nervous system; embryonic/larval neuron; Lines/GMR_21-40/22H02-sp_partial B/Confocal_63x_2012-07-24_22H02_VNC/stack_TIFF/22H02_57C10FlpL_E_VNC.tif; expresses]

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GMR 22H02 FLP 26-1 [VFB_00061876]

A fragment of the 22H02 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22H02-sp_partial B/Confocal_63x_2012-10-19_22H02_VNC/stack_TIFF/22H02_57C10wtFlp_F_VNC.tif. [Lines/GMR_21-40/22H02-sp_partial B/Confocal_63x_2012-10-19_22H02_VNC/stack_TIFF/22H02_57C10wtFlp_F_VNC.tif; centromedial domain of larval A4 neuromere; ventromedial domain of larval A8 neuromere; confocal microscopy; unlicensed; central domain of larval A7 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; ventrolateral domain of larval A7 neuromere; central domain of larval A6 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; 5302988_R__1; dorsal domain of larval A9 neuromere; P{GMR22H02-GAL4} expression pattern; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; ventrolateral domain of larval A8 neuromere; GMR 22H02 FLP 26-1; centromedial domain of larval A5 neuromere; centromedial domain of larval A6 neuromere; expresses; embryonic/larval central nervous system; central domain of larval A8 neuromere; L3 CNS template - Wood2018]

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GMR 22H09 FLP 11-1 [VFB_00061054]

A single 22H09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22H09_Abd_scored/Confocal_63x_2012-03-12_22H09_VNC-JT/stack_TIFF/22H09_57C10wtFlp_E1_VNC.tif. [centromedial domain of larval A4 neuromere; 5301381_R__3; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; GMR 22H09 FLP 11-1; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; P{GMR22H09-GAL4} expression pattern; expression pattern fragment; Lines/GMR_21-40/22H09_Abd_scored/Confocal_63x_2012-03-12_22H09_VNC-JT/stack_TIFF/22H09_57C10wtFlp_E1_VNC.tif; central domain of larval central nervous system; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 22H09 FLP 12-1 [VFB_00061055]

A fragment of the 22H09 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22H09_Abd_scored/Confocal_63x_2012-03-12_22H09_VNC-JT/stack_TIFF/22H09_57C10wtFlp_D_VNC.tif. [centromedial domain of larval A4 neuromere; ventromedial domain of larval A8 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A7 neuromere; dorsomedial domain of larval central nervous system; Lines/GMR_21-40/22H09_Abd_scored/Confocal_63x_2012-03-12_22H09_VNC-JT/stack_TIFF/22H09_57C10wtFlp_D_VNC.tif; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5301380_R__1; P{GMR22H09-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; is part of; GMR 22H09 FLP 12-1; ventrolateral domain of larval A8 neuromere; centromedial domain of larval A7 neuromere; centrolateral domain of larval A3 neuromere; expresses; centromedial domain of larval A8 neuromere; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; dorsomedial domain of larval A8 neuromere; L3 CNS template - Wood2018]

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GMR 22H09 FLP 12-2 [VFB_00061056]

A single 22H09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22H09_Abd_scored/Confocal_63x_2012-03-12_22H09_VNC-JT/stack_TIFF/22H09_57C10wtFlp_D_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval central nervous system; 5301380_G__2; dorsomedial domain of larval central nervous system; Lines/GMR_21-40/22H09_Abd_scored/Confocal_63x_2012-03-12_22H09_VNC-JT/stack_TIFF/22H09_57C10wtFlp_D_VNC.tif; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR22H09-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; is part of; GMR 22H09 FLP 12-2; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 22H09 FLP 12-3 [VFB_00061057]

A single 22H09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22H09_Abd_scored/Confocal_63x_2012-03-12_22H09_VNC-JT/stack_TIFF/22H09_57C10wtFlp_D_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; centromedial domain of larval central nervous system; GMR 22H09 FLP 12-3; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Lines/GMR_21-40/22H09_Abd_scored/Confocal_63x_2012-03-12_22H09_VNC-JT/stack_TIFF/22H09_57C10wtFlp_D_VNC.tif; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; P{GMR22H09-GAL4} expression pattern; expression pattern fragment; central domain of larval central nervous system; is part of; 5301380_G__3; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 22H09 FLP 16-1 [VFB_00061059]

A single 22H09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22H09_Abd_scored/Confocal_63x_2012-03-12_22H09_VNC-JT/stack_TIFF/22H09_57C10wtFlp_A_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; 5301384_R__1; P{GMR22H09-GAL4} expression pattern; expression pattern fragment; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 22H09 FLP 16-1; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; Lines/GMR_21-40/22H09_Abd_scored/Confocal_63x_2012-03-12_22H09_VNC-JT/stack_TIFF/22H09_57C10wtFlp_A_VNC.tif; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 22H09 FLP 9-1 [VFB_00061053]

A single 22H09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22H09_Abd_scored/Confocal_63x_2012-03-12_22H09_VNC-JT/stack_TIFF/22H09_57C10wtFlp_E2_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; 5301383_R__4; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_21-40/22H09_Abd_scored/Confocal_63x_2012-03-12_22H09_VNC-JT/stack_TIFF/22H09_57C10wtFlp_E2_VNC.tif; P{GMR22H09-GAL4} expression pattern; expression pattern fragment; central domain of larval central nervous system; is part of; dorsomedial domain of larval A5 neuromere; GMR 22H09 FLP 9-1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 22H12 FLP 12-1 [VFB_00061693]

A fragment of the 22H12 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22H12_sp_B/Confocal_63x_2012-11-01_22H12_VNC/stack_TIFF/22H12_57C10FlpL_A_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval A6 neuromere; 5303823_R__1; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; centrolateral domain of larval A5 neuromere; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; central domain of larval A4 neuromere; ventrolateral domain of larval T1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; centrolateral domain of larval T3 neuromere; central domain of larval A2 neuromere; central domain of larval maxillary neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval labial neuromere; centrolateral domain of larval A3 neuromere; ventral domain of larval A9 neuromere; P{GMR22H12-GAL4} expression pattern; dorsolateral domain of larval A8 neuromere; central domain of larval A3 neuromere; expresses; embryonic/larval central nervous system; Lines/GMR_21-40/22H12_sp_B/Confocal_63x_2012-11-01_22H12_VNC/stack_TIFF/22H12_57C10FlpL_A_VNC.tif; central domain of larval labial neuromere; central domain of larval A1 neuromere; centrolateral domain of larval T1 neuromere; dorsomedial domain of larval A8 neuromere; dorsolateral domain of larval A2 neuromere; GMR 22H12 FLP 12-1; dorsolateral domain of larval central nervous system; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 22H12 FLP 15-1 [VFB_00061482]

A fragment of the 22H12 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22H12_sp_B/Confocal_63x_2012-11-01_22H12_VNC/stack_TIFF/22H12_57C10FlpL_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centromedial domain of larval maxillary neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; Lines/GMR_21-40/22H12_sp_B/Confocal_63x_2012-11-01_22H12_VNC/stack_TIFF/22H12_57C10FlpL_B_VNC.tif; 5303826_G__1; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; dorsomedial domain of larval maxillary neuromere; is part of; P{GMR22H12-GAL4} expression pattern; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; GMR 22H12 FLP 15-1; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 22H12 FLP 17-1 [VFB_00061576]

A single 22H12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22H12_sp_B/Confocal_63x_2012-11-01_22H12_VNC/stack_TIFF/22H12_57C10FlpL_I_VNC.tif. [centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centromedial domain of larval maxillary neuromere; ventrolateral domain of larval labial neuromere; 5303828_R__1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval mandibular neuromere; dorsomedial domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval T3 neuromere; GMR 22H12 FLP 17-1; dorsomedial domain of larval maxillary neuromere; is part of; embryonic/larval neuron; Lines/GMR_21-40/22H12_sp_B/Confocal_63x_2012-11-01_22H12_VNC/stack_TIFF/22H12_57C10FlpL_I_VNC.tif; P{GMR22H12-GAL4} expression pattern; expresses; embryonic/larval central nervous system; centromedial domain of larval mandibular neuromere; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 22H12 FLP 17-2 [VFB_00061577]

A single 22H12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/22H12_sp_B/Confocal_63x_2012-11-01_22H12_VNC/stack_TIFF/22H12_57C10FlpL_I_VNC.tif. [5303828_G__1; GMR 22H12 FLP 17-2; centromedial domain of larval labial neuromere; unlicensed; confocal microscopy; centromedial domain of larval T1 neuromere; centromedial domain of larval maxillary neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval mandibular neuromere; dorsomedial domain of larval T1 neuromere; expression pattern fragment; dorsomedial domain of larval maxillary neuromere; is part of; embryonic/larval neuron; Lines/GMR_21-40/22H12_sp_B/Confocal_63x_2012-11-01_22H12_VNC/stack_TIFF/22H12_57C10FlpL_I_VNC.tif; P{GMR22H12-GAL4} expression pattern; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 23B09 FLP 5-1 [VFB_00057427]

A single 23B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/23B09_sp_B/Confocal_63x_2011-12-14_23B09_VNC/stack_TIFF/23B09_57C10wtFlp_D_VNC.tif. [confocal microscopy; unlicensed; Lines/GMR_21-40/23B09_sp_B/Confocal_63x_2011-12-14_23B09_VNC/stack_TIFF/23B09_57C10wtFlp_D_VNC.tif; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval A2 neuromere; 5301247_G__1; central domain of larval central nervous system; is part of; GMR 23B09 FLP 5-1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR23B09-GAL4} expression pattern; centromedial domain of larval A2 neuromere; L3 CNS template - Wood2018]

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GMR 23B09 FLP 7-1 [VFB_00057428]

A single 23B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/23B09_sp_B/Confocal_63x_2011-12-14_23B09_VNC/stack_TIFF/23B09_57C10wtFlp_I_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; GMR 23B09 FLP 7-1; expression pattern fragment; central domain of larval central nervous system; Lines/GMR_21-40/23B09_sp_B/Confocal_63x_2011-12-14_23B09_VNC/stack_TIFF/23B09_57C10wtFlp_I_VNC.tif; is part of; embryonic/larval neuron; centromedial domain of larval A6 neuromere; expresses; embryonic/larval central nervous system; P{GMR23B09-GAL4} expression pattern; L3 CNS template - Wood2018; 5301249_G__2]

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GMR 23C12 FLP 3-1 [VFB_00061678]

A single 23C12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/23C12-sp_A_noB/Confocal_63x_2011-12-08_23C12_VNC-JT/stack_TIFF/23C12_57C10FlpL_J_VNC.tif. [ventrolateral domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; ventrolateral domain of larval labial neuromere; P{GMR23C12-GAL4} expression pattern; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5301530_R__1; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; GMR 23C12 FLP 3-1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; Lines/GMR_21-40/23C12-sp_A_noB/Confocal_63x_2011-12-08_23C12_VNC-JT/stack_TIFF/23C12_57C10FlpL_J_VNC.tif; L3 CNS template - Wood2018]

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GMR 23D10 FLP 12-1 [VFB_00060211]

A fragment of the 23D10 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/23D10/Confocal_63x_2013-04-29_VNC/stack_TIFF/23D10_57C10FlpL_A_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; 5301218_R__1; dorsolateral domain of larval T1 neuromere; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; GMR 23D10 FLP 12-1; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; Lines/GMR_21-40/23D10/Confocal_63x_2013-04-29_VNC/stack_TIFF/23D10_57C10FlpL_A_VNC.tif; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR23D10-GAL4} expression pattern]

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GMR 23D10 FLP 12-2 [VFB_00060212]

A single 23D10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/23D10/Confocal_63x_2013-04-29_VNC/stack_TIFF/23D10_57C10FlpL_A_VNC.tif. [centromedial domain of larval T2 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval maxillary neuromere; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval mandibular neuromere; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval maxillary neuromere; central domain of larval central nervous system; central domain of larval mandibular neuromere; dorsomedial domain of larval maxillary neuromere; is part of; 5301218_G__1; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; Lines/GMR_21-40/23D10/Confocal_63x_2013-04-29_VNC/stack_TIFF/23D10_57C10FlpL_A_VNC.tif; GMR 23D10 FLP 12-2; centrolateral domain of larval maxillary neuromere; centrolateral domain of larval T1 neuromere; centromedial domain of larval mandibular neuromere; dorsolateral domain of larval central nervous system; dorsolateral domain of larval maxillary neuromere; L3 CNS template - Wood2018; P{GMR23D10-GAL4} expression pattern; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 23E10 FLP 11-1 [VFB_00061481]

A single 23E10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/23E10-sp/Confocal_63x_2011-12-16_23E10_VNC/stack_TIFF/23E10_57C10FlpL_G_VNC.tif. [confocal microscopy; unlicensed; Lines/GMR_21-40/23E10-sp/Confocal_63x_2011-12-16_23E10_VNC/stack_TIFF/23E10_57C10FlpL_G_VNC.tif; centromedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; GMR 23E10 FLP 11-1; expression pattern fragment; ventromedial domain of larval A5 neuromere; 5303820_R__1; is part of; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; P{GMR23E10-GAL4} expression pattern; L3 CNS template - Wood2018]

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GMR 23E11 FLP 13-1 [VFB_00060383]

A single 23E11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/23E11-sp_AB/Confocal_63x_2011-08-23_23E11-JT/stack_TIFF/23E11_57C10wtFlp_F.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; GMR 23E11 FLP 13-1; ventrolateral domain of larval A6 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; Lines/GMR_21-40/23E11-sp_AB/Confocal_63x_2011-08-23_23E11-JT/stack_TIFF/23E11_57C10wtFlp_F.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR23E11-GAL4} expression pattern; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; embryonic/larval neuron; 5302017_R__2; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 23F05 FLP 6-1 [VFB_00061555]

A fragment of the 23F05 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/23F05_sp/Confocal_63x_2012-12-01_23F05_VNC/stack_TIFF/23F05_57C10wtFlp_A_VNC.tif. [ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval maxillary neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; expression pattern fragment; 5302657_R__1; dorsomedial domain of larval maxillary neuromere; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; Lines/GMR_21-40/23F05_sp/Confocal_63x_2012-12-01_23F05_VNC/stack_TIFF/23F05_57C10wtFlp_A_VNC.tif; expresses; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; GMR 23F05 FLP 6-1; P{GMR23F05-GAL4} expression pattern; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 23F07 FLP 14-1 [VFB_00061713]

A single 23F07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/23F07/Confocal_63x_2012-06-11_23F07_VNC/stack_TIFF/23F07_57C10FlpL_D_VNC.tif. [GMR 23F07 FLP 14-1; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; P{GMR23F07-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; expression pattern fragment; central domain of larval maxillary neuromere; central domain of larval central nervous system; 5300725_R__1; is part of; embryonic/larval neuron; Lines/GMR_21-40/23F07/Confocal_63x_2012-06-11_23F07_VNC/stack_TIFF/23F07_57C10FlpL_D_VNC.tif; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 23F07 FLP 18-1 [VFB_00060945]

A single 23F07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/23F07/Confocal_63x_2013-05-02_VNC/stack_TIFF/23F07_57C10wtFlp_E_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; Lines/GMR_21-40/23F07/Confocal_63x_2013-05-02_VNC/stack_TIFF/23F07_57C10wtFlp_E_VNC.tif; expresses; embryonic/larval central nervous system; 5300719_G__1; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; GMR 23F07 FLP 18-1; P{GMR23F07-GAL4} expression pattern]

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GMR 23F07 FLP 19-1 [VFB_00060946]

A single 23F07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/23F07/Confocal_63x_2013-05-02_VNC/stack_TIFF/23F07_57C10wtFlp_A_VNC.tif. [ventrolateral domain of larval T2 neuromere; L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; ventrolateral domain of larval T1 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; 5300718_G__1; Lines/GMR_21-40/23F07/Confocal_63x_2013-05-02_VNC/stack_TIFF/23F07_57C10wtFlp_A_VNC.tif; embryonic/larval neuron; ventrolateral domain of larval T3 neuromere; P{GMR23F07-GAL4} expression pattern; expresses; GMR 23F07 FLP 19-1]

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GMR 23F07 FLP 20-1 [VFB_00060947]

A single 23F07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/23F07/Confocal_63x_2013-05-02_VNC/stack_TIFF/23F07_57C10wtFlp_D_VNC.tif. [L3 CNS template - Wood2018; Lines/GMR_21-40/23F07/Confocal_63x_2013-05-02_VNC/stack_TIFF/23F07_57C10wtFlp_D_VNC.tif; embryonic/larval central nervous system; centrolateral domain of larval A5 neuromere; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; GMR 23F07 FLP 20-1; centrolateral domain of larval central nervous system; embryonic/larval neuron; 5300717_G__1; P{GMR23F07-GAL4} expression pattern; expresses]

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GMR 23F07 FLP 21-1 [VFB_00060948]

A fragment of the 23F07 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/23F07/Confocal_63x_2013-05-02_VNC/stack_TIFF/23F07_57C10wtFlp_C_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; GMR 23F07 FLP 21-1; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_21-40/23F07/Confocal_63x_2013-05-02_VNC/stack_TIFF/23F07_57C10wtFlp_C_VNC.tif; expression pattern fragment; 5300716_R__1; central domain of larval central nervous system; is part of; centrolateral domain of larval A3 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR23F07-GAL4} expression pattern]

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GMR 23F07 FLP 24-1 [VFB_00060949]

A single 23F07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/23F07/Confocal_63x_2013-05-02_VNC/stack_TIFF/23F07_57C10wtFlp_B_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; P{GMR23F07-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; GMR 23F07 FLP 24-1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; 5300713_R__1; Lines/GMR_21-40/23F07/Confocal_63x_2013-05-02_VNC/stack_TIFF/23F07_57C10wtFlp_B_VNC.tif; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 23F07 FLP 25-1 [VFB_00060950]

A fragment of the 23F07 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/23F07/Confocal_63x_2013-05-02_VNC/stack_TIFF/23F07_57C10wtFlp_I_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval A6 neuromere; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; is part of; Lines/GMR_21-40/23F07/Confocal_63x_2013-05-02_VNC/stack_TIFF/23F07_57C10wtFlp_I_VNC.tif; dorsomedial domain of larval A5 neuromere; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; 5300712_R__2; embryonic/larval central nervous system; GMR 23F07 FLP 25-1; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR23F07-GAL4} expression pattern]

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GMR 23F07 FLP 27-1 [VFB_00061491]

A single 23F07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/23F07/Confocal_63x_2012-06-11_23F07_VNC/stack_TIFF/23F07_57C10FlpL_B_VNC.tif. [confocal microscopy; unlicensed; central domain of larval A7 neuromere; centrolateral domain of larval A6 neuromere; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Lines/GMR_21-40/23F07/Confocal_63x_2012-06-11_23F07_VNC/stack_TIFF/23F07_57C10FlpL_B_VNC.tif; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A7 neuromere; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; is part of; centromedial domain of larval A7 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; GMR 23F07 FLP 27-1; 5300723_R__2; centrolateral domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR23F07-GAL4} expression pattern]

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GMR 23F07 FLP 27-2 [VFB_00061492]

A fragment of the 23F07 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/23F07/Confocal_63x_2012-06-11_23F07_VNC/stack_TIFF/23F07_57C10FlpL_B_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Lines/GMR_21-40/23F07/Confocal_63x_2012-06-11_23F07_VNC/stack_TIFF/23F07_57C10FlpL_B_VNC.tif; 5300723_R__3; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval A2 neuromere; expression pattern fragment; central domain of larval A2 neuromere; GMR 23F07 FLP 27-2; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR23F07-GAL4} expression pattern]

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GMR 23G01 FLP 5-1 [VFB_00058459]

A single 23G01 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/23G01_sp/Confocal_63x_2012-12-19A_23G01_VNC/stack_TIFF/23G01_57C10wtFlp_H_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; GMR 23G01 FLP 5-1; ventrolateral domain of larval A7 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval A7 neuromere; dorsolateral domain of larval A6 neuromere; is part of; P{GMR23G01-GAL4} expression pattern; ventral domain of larval A9 neuromere; embryonic/larval neuron; dorsolateral domain of larval A8 neuromere; expresses; Lines/GMR_21-40/23G01_sp/Confocal_63x_2012-12-19A_23G01_VNC/stack_TIFF/23G01_57C10wtFlp_H_VNC.tif; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; centrolateral domain of larval A7 neuromere; 5301616_R__4; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 23H04 FLP 10-1 [VFB_00057417]

A single 23H04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/23H04_sp/Confocal_63x_2012-12-07_23H04_VNC/stack_TIFF/23H04_57C10FlpL_C_VNC.tif. [confocal microscopy; unlicensed; GMR 23H04 FLP 10-1; centrolateral domain of larval A6 neuromere; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR23H04-GAL4} expression pattern; ventromedial domain of larval A6 neuromere; expression pattern fragment; Lines/GMR_21-40/23H04_sp/Confocal_63x_2012-12-07_23H04_VNC/stack_TIFF/23H04_57C10FlpL_C_VNC.tif; is part of; embryonic/larval neuron; centromedial domain of larval A6 neuromere; expresses; embryonic/larval central nervous system; 5300995_R__1; L3 CNS template - Wood2018]

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GMR 23H04 FLP 10-2 [VFB_00057418]

A fragment of the 23H04 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/23H04_sp/Confocal_63x_2012-12-07_23H04_VNC/stack_TIFF/23H04_57C10FlpL_C_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR23H04-GAL4} expression pattern; ventromedial domain of larval A6 neuromere; expression pattern fragment; Lines/GMR_21-40/23H04_sp/Confocal_63x_2012-12-07_23H04_VNC/stack_TIFF/23H04_57C10FlpL_C_VNC.tif; 5300995_G__1; is part of; centromedial domain of larval A6 neuromere; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; L3 CNS template - Wood2018; GMR 23H04 FLP 10-2]

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GMR 23H04 FLP 11-1 [VFB_00057419]

A single 23H04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/23H04_sp/Confocal_63x_2012-12-07_23H04_VNC/stack_TIFF/23H04_57C10FlpL_A_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; dorsomedial domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR23H04-GAL4} expression pattern; 5300997_R__1; expression pattern fragment; is part of; GMR 23H04 FLP 11-1; embryonic/larval neuron; expresses; Lines/GMR_21-40/23H04_sp/Confocal_63x_2012-12-07_23H04_VNC/stack_TIFF/23H04_57C10FlpL_A_VNC.tif; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 23H04 FLP 11-2 [VFB_00057420]

A single 23H04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/23H04_sp/Confocal_63x_2012-12-07_23H04_VNC/stack_TIFF/23H04_57C10FlpL_A_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR23H04-GAL4} expression pattern; expression pattern fragment; 5300997_G__1; ventromedial domain of larval A5 neuromere; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; GMR 23H04 FLP 11-2; centromedial domain of larval A5 neuromere; expresses; Lines/GMR_21-40/23H04_sp/Confocal_63x_2012-12-07_23H04_VNC/stack_TIFF/23H04_57C10FlpL_A_VNC.tif; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 23H04 FLP 12-1 [VFB_00057421]

A fragment of the 23H04 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/23H04_sp/Confocal_63x_2012-12-07_23H04_VNC/stack_TIFF/23H04_57C10FlpL_H_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; P{GMR23H04-GAL4} expression pattern; centromedial domain of larval A3 neuromere; 5300996_R__1; GMR 23H04 FLP 12-1; expression pattern fragment; Lines/GMR_21-40/23H04_sp/Confocal_63x_2012-12-07_23H04_VNC/stack_TIFF/23H04_57C10FlpL_H_VNC.tif; expresses; centromedial domain of larval central nervous system]

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GMR 23H04 FLP 16-1 [VFB_00057422]

A fragment of the 23H04 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/23H04_sp/Confocal_63x_2012-12-07_23H04_VNC/stack_TIFF/23H04_57C10FlpL_B_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; Lines/GMR_21-40/23H04_sp/Confocal_63x_2012-12-07_23H04_VNC/stack_TIFF/23H04_57C10FlpL_B_VNC.tif; centromedial domain of larval A1 neuromere; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; P{GMR23H04-GAL4} expression pattern; centromedial domain of larval A3 neuromere; 5300992_G__1; expression pattern fragment; GMR 23H04 FLP 16-1; expresses; centromedial domain of larval central nervous system]

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GMR 23H04 FLP 7-1 [VFB_00061874]

A single 23H04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/23H04_sp/Confocal_63x_2012-12-07_23H04_VNC/stack_TIFF/23H04_57C10FlpL_D_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; 5300994_R__2; dorsomedial domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR23H04-GAL4} expression pattern; expression pattern fragment; GMR 23H04 FLP 7-1; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_21-40/23H04_sp/Confocal_63x_2012-12-07_23H04_VNC/stack_TIFF/23H04_57C10FlpL_D_VNC.tif; L3 CNS template - Wood2018]

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GMR 24A03 FLP 11-1 [VFB_00060275]

A single 24A03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/24A03-sp_B/Confocal_63x_2012-03-27_24A03_VNC/stack_TIFF/24A03_57C10wtFlp_A_VNC.tif. [embryonic/larval neuron; L3 CNS template - Wood2018; embryonic/larval central nervous system; confocal microscopy; unlicensed; Lines/GMR_21-40/24A03-sp_B/Confocal_63x_2012-03-27_24A03_VNC/stack_TIFF/24A03_57C10wtFlp_A_VNC.tif; Truman Larval Flip-Out Collection; is part of; 5302527_G__1; GMR 24A03 FLP 11-1; expression pattern fragment; P{GMR24A03-GAL4} expression pattern; expresses]

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GMR 24A03 FLP 13-1 [VFB_00061004]

A fragment of the 24A03 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/24A03-sp_B/Confocal_63x_2013-05-07A_VNC/stack_TIFF/24A03_57C10FlpL_E_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; P{GMR24A03-GAL4} expression pattern; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; centrolateral domain of larval T3 neuromere; centrolateral domain of larval A1 neuromere; is part of; expresses; Lines/GMR_21-40/24A03-sp_B/Confocal_63x_2013-05-07A_VNC/stack_TIFF/24A03_57C10FlpL_E_VNC.tif; GMR 24A03 FLP 13-1; embryonic/larval central nervous system; 5302525_R__2; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 24A03 FLP 13-2 [VFB_00061005]

A single 24A03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/24A03-sp_B/Confocal_63x_2013-05-07A_VNC/stack_TIFF/24A03_57C10FlpL_E_VNC.tif. [L3 CNS template - Wood2018; Lines/GMR_21-40/24A03-sp_B/Confocal_63x_2013-05-07A_VNC/stack_TIFF/24A03_57C10FlpL_E_VNC.tif; embryonic/larval central nervous system; expression pattern fragment; GMR 24A03 FLP 13-2; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; 5302525_R__4; embryonic/larval neuron; P{GMR24A03-GAL4} expression pattern; expresses]

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GMR 24A03 FLP 13-3 [VFB_00061006]

A single 24A03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/24A03-sp_B/Confocal_63x_2013-05-07A_VNC/stack_TIFF/24A03_57C10FlpL_E_VNC.tif. [confocal microscopy; unlicensed; 5302525_G__1; larval T2 leg neuropil; centrolateral domain of larval central nervous system; GMR 24A03 FLP 13-3; P{GMR24A03-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; is part of; embryonic/larval neuron; expresses; Lines/GMR_21-40/24A03-sp_B/Confocal_63x_2013-05-07A_VNC/stack_TIFF/24A03_57C10FlpL_E_VNC.tif; embryonic/larval central nervous system; larval T3 leg neuropil; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 24A03 FLP 4-1 [VFB_00060271]

A fragment of the 24A03 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/24A03-sp_B/Confocal_63x_2012-03-27_24A03_VNC/stack_TIFF/24A03_57C10wtFlp_D2_VNC.tif. [ventrolateral domain of larval T2 neuromere; GMR 24A03 FLP 4-1; confocal microscopy; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; P{GMR24A03-GAL4} expression pattern; Lines/GMR_21-40/24A03-sp_B/Confocal_63x_2012-03-27_24A03_VNC/stack_TIFF/24A03_57C10wtFlp_D2_VNC.tif; 5302528_G__1; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; centrolateral domain of larval T3 neuromere; is part of; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 24A03 FLP 5-1 [VFB_00060987]

A fragment of the 24A03 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/24A03-sp_B/Confocal_63x_2012-03-27_24A03_VNC/stack_TIFF/24A03_57C10wtFlp_D1_VNC.tif. [ventrolateral domain of larval T2 neuromere; Lines/GMR_21-40/24A03-sp_B/Confocal_63x_2012-03-27_24A03_VNC/stack_TIFF/24A03_57C10wtFlp_D1_VNC.tif; confocal microscopy; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; P{GMR24A03-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; centrolateral domain of larval T3 neuromere; is part of; 5302529_G__1; expresses; embryonic/larval central nervous system; GMR 24A03 FLP 5-1; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 24A03 FLP 6-1 [VFB_00060992]

A single 24A03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/24A03-sp_B/Confocal_63x_2013-05-07A_VNC/stack_TIFF/24A03_57C10FlpL_D_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; P{GMR24A03-GAL4} expression pattern; Lines/GMR_21-40/24A03-sp_B/Confocal_63x_2013-05-07A_VNC/stack_TIFF/24A03_57C10FlpL_D_VNC.tif; 5302522_R__1; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; GMR 24A03 FLP 6-1; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval T1 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 24A03 FLP 8-1 [VFB_00060993]

A single 24A03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/24A03-sp_B/Confocal_63x_2013-05-07A_VNC/stack_TIFF/24A03_57C10FlpL_A_VNC.tif. [ventrolateral domain of larval T2 neuromere; 5302520_R__1; confocal microscopy; unlicensed; Lines/GMR_21-40/24A03-sp_B/Confocal_63x_2013-05-07A_VNC/stack_TIFF/24A03_57C10FlpL_A_VNC.tif; centrolateral domain of larval central nervous system; P{GMR24A03-GAL4} expression pattern; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval T1 neuromere; is part of; GMR 24A03 FLP 8-1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 24A03 FLP 8-2 [VFB_00060994]

A single 24A03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/24A03-sp_B/Confocal_63x_2013-05-07A_VNC/stack_TIFF/24A03_57C10FlpL_A_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; Lines/GMR_21-40/24A03-sp_B/Confocal_63x_2013-05-07A_VNC/stack_TIFF/24A03_57C10FlpL_A_VNC.tif; centrolateral domain of larval central nervous system; P{GMR24A03-GAL4} expression pattern; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; centrolateral domain of larval T3 neuromere; is part of; GMR 24A03 FLP 8-2; embryonic/larval neuron; expresses; embryonic/larval central nervous system; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; 5302520_R__2; L3 CNS template - Wood2018]

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GMR 24A03 FLP 8-3 [VFB_00060995]

A single 24A03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/24A03-sp_B/Confocal_63x_2013-05-07A_VNC/stack_TIFF/24A03_57C10FlpL_A_VNC.tif. [confocal microscopy; unlicensed; Lines/GMR_21-40/24A03-sp_B/Confocal_63x_2013-05-07A_VNC/stack_TIFF/24A03_57C10FlpL_A_VNC.tif; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; P{GMR24A03-GAL4} expression pattern; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; GMR 24A03 FLP 8-3; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 5302520_R__4; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 24A03 FLP 8-4 [VFB_00060996]

A single 24A03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/24A03-sp_B/Confocal_63x_2013-05-07A_VNC/stack_TIFF/24A03_57C10FlpL_A_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; expresses; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; Lines/GMR_21-40/24A03-sp_B/Confocal_63x_2013-05-07A_VNC/stack_TIFF/24A03_57C10FlpL_A_VNC.tif; larval T2 leg neuropil; centrolateral domain of larval central nervous system; embryonic/larval neuron; 5302520_G__1; P{GMR24A03-GAL4} expression pattern; centrolateral domain of larval T2 neuromere; GMR 24A03 FLP 8-4]

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GMR 24A03 FLP 8-5 [VFB_00060997]

A fragment of the 24A03 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/24A03-sp_B/Confocal_63x_2013-05-07A_VNC/stack_TIFF/24A03_57C10FlpL_A_VNC.tif. [confocal microscopy; unlicensed; Lines/GMR_21-40/24A03-sp_B/Confocal_63x_2013-05-07A_VNC/stack_TIFF/24A03_57C10FlpL_A_VNC.tif; centrolateral domain of larval A6 neuromere; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; P{GMR24A03-GAL4} expression pattern; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; is part of; dorsomedial domain of larval A5 neuromere; 5302520_G__3; expresses; embryonic/larval central nervous system; GMR 24A03 FLP 8-5; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 24A05 FLP 12-1 [VFB_00061639]

A single 24A05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/24A05/Confocal_63x_2012-01-12_24A05_VNC/stack_TIFF/24A05_57C10FlpL_J_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; 5301405_R__1; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; Lines/GMR_21-40/24A05/Confocal_63x_2012-01-12_24A05_VNC/stack_TIFF/24A05_57C10FlpL_J_VNC.tif; expression pattern fragment; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; P{GMR24A05-GAL4} expression pattern; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; GMR 24A05 FLP 12-1; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 24A05 FLP 26-1 [VFB_00061826]

A single 24A05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/24A05/Confocal_63x_2011-08-25_24A05_VNC/stack_TIFF/24A05_57C10FlpL_A.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; Lines/GMR_21-40/24A05/Confocal_63x_2011-08-25_24A05_VNC/stack_TIFF/24A05_57C10FlpL_A.tif; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; 5301429_G__2; GMR 24A05 FLP 26-1; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; is part of; P{GMR24A05-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 24A08 FLP 3-1 [VFB_00061746]

A single 24A08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/24A08-sp/Confocal_63x_2012-11-15_24A08_VNC/stack_TIFF/24A08_57C10FlpL_J_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR24A08-GAL4} expression pattern; expression pattern fragment; dorsolateral domain of larval T1 neuromere; is part of; 5303308_R__2; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_21-40/24A08-sp/Confocal_63x_2012-11-15_24A08_VNC/stack_TIFF/24A08_57C10FlpL_J_VNC.tif; GMR 24A08 FLP 3-1; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 24A12 FLP 12-1 [VFB_00061226]

A single 24A12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/24A12_sp_good B/Confocal_63x_2012-03-27_24A12_VNC/stack_TIFF/24A12_57C10wtFlp_K_VNC.tif. [P{GMR24A12-GAL4} expression pattern; confocal microscopy; unlicensed; 5303675_G__1; larval T2 leg neuropil; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; expression pattern fragment; centrolateral domain of larval T3 neuromere; dorsolateral domain of larval T1 neuromere; Lines/GMR_21-40/24A12_sp_good B/Confocal_63x_2012-03-27_24A12_VNC/stack_TIFF/24A12_57C10wtFlp_K_VNC.tif; is part of; embryonic/larval neuron; expresses; GMR 24A12 FLP 12-1; embryonic/larval central nervous system; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 24A12 FLP 14-1 [VFB_00061227]

A single 24A12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/24A12_sp_good B/Confocal_63x_2012-03-27_24A12_VNC/stack_TIFF/24A12_57C10wtFlp_A_VNC.tif. [P{GMR24A12-GAL4} expression pattern; L3 CNS template - Wood2018; embryonic/larval central nervous system; Lines/GMR_21-40/24A12_sp_good B/Confocal_63x_2012-03-27_24A12_VNC/stack_TIFF/24A12_57C10wtFlp_A_VNC.tif; expression pattern fragment; ventrolateral domain of larval T1 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; 5303677_G__1; embryonic/larval neuron; GMR 24A12 FLP 14-1; expresses]

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GMR 24A12 FLP 15-1 [VFB_00061228]

A single 24A12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/24A12_sp_good B/Confocal_63x_2012-03-27_24A12_VNC/stack_TIFF/24A12_57C10wtFlp_I_VNC.tif. [P{GMR24A12-GAL4} expression pattern; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; 5303676_G__1; dorsomedial domain of larval labial neuromere; Lines/GMR_21-40/24A12_sp_good B/Confocal_63x_2012-03-27_24A12_VNC/stack_TIFF/24A12_57C10wtFlp_I_VNC.tif; Truman Larval Flip-Out Collection; overlaps; GMR 24A12 FLP 15-1; expression pattern fragment; is part of; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 24B07 FLP 12-1 [VFB_00060938]

A fragment of the 24B07 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/24B07_Abd_scored/Confocal_63x_2012-03-12_24B07_VNC-JT/stack_TIFF/24B07_57C10wtFlp_I_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; dorsolateral domain of larval A4 neuromere; P{GMR24B07-GAL4} expression pattern; GMR 24B07 FLP 12-1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; Lines/GMR_21-40/24B07_Abd_scored/Confocal_63x_2012-03-12_24B07_VNC-JT/stack_TIFF/24B07_57C10wtFlp_I_VNC.tif; dorsomedial domain of larval A5 neuromere; centromedial domain of larval A5 neuromere; expresses; 5301446_R__1; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 24B07 FLP 12-2 [VFB_00060939]

A single 24B07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/24B07_Abd_scored/Confocal_63x_2012-03-12_24B07_VNC-JT/stack_TIFF/24B07_57C10wtFlp_I_VNC.tif. [confocal microscopy; unlicensed; 5301446_R__2; centrolateral domain of larval central nervous system; P{GMR24B07-GAL4} expression pattern; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; Lines/GMR_21-40/24B07_Abd_scored/Confocal_63x_2012-03-12_24B07_VNC-JT/stack_TIFF/24B07_57C10wtFlp_I_VNC.tif; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; GMR 24B07 FLP 12-2; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 24B07 FLP 12-3 [VFB_00060940]

A fragment of the 24B07 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/24B07_Abd_scored/Confocal_63x_2012-03-12_24B07_VNC-JT/stack_TIFF/24B07_57C10wtFlp_I_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; P{GMR24B07-GAL4} expression pattern; central domain of larval A6 neuromere; ventrolateral domain of larval A6 neuromere; ventrolateral domain of larval A7 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; 5301446_G__1; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; Lines/GMR_21-40/24B07_Abd_scored/Confocal_63x_2012-03-12_24B07_VNC-JT/stack_TIFF/24B07_57C10wtFlp_I_VNC.tif; dorsomedial domain of larval A5 neuromere; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; GMR 24B07 FLP 12-3; centrolateral domain of larval A7 neuromere; L3 CNS template - Wood2018]

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GMR 24B07 FLP 12-4 [VFB_00060941]

A single 24B07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/24B07_Abd_scored/Confocal_63x_2012-03-12_24B07_VNC-JT/stack_TIFF/24B07_57C10wtFlp_I_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; P{GMR24B07-GAL4} expression pattern; centromedial domain of larval central nervous system; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; 5301446_G__2; is part of; Lines/GMR_21-40/24B07_Abd_scored/Confocal_63x_2012-03-12_24B07_VNC-JT/stack_TIFF/24B07_57C10wtFlp_I_VNC.tif; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; GMR 24B07 FLP 12-4; L3 CNS template - Wood2018]

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GMR 24B07 FLP 13-1 [VFB_00060942]

A single 24B07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/24B07_Abd_scored/Confocal_63x_2012-03-12_24B07_VNC-JT/stack_TIFF/24B07_57C10wtFlp_A_VNC.tif. [confocal microscopy; Lines/GMR_21-40/24B07_Abd_scored/Confocal_63x_2012-03-12_24B07_VNC-JT/stack_TIFF/24B07_57C10wtFlp_A_VNC.tif; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; P{GMR24B07-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; GMR 24B07 FLP 13-1; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; 5301447_G__1; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 24B07 FLP 7-1 [VFB_00061388]

A fragment of the 24B07 expression pattern from the flip-out collection of Jim Truman consisting of 3 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/24B07_Abd_scored/Confocal_63x_2012-03-12_24B07_VNC-JT/stack_TIFF/24B07_57C10wtFlp_D_VNC.tif. [centromedial domain of larval A4 neuromere; GMR 24B07 FLP 7-1; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centromedial domain of larval T3 neuromere; centrolateral domain of larval A4 neuromere; 5301441_G__1; centrolateral domain of larval central nervous system; P{GMR24B07-GAL4} expression pattern; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; ventrolateral domain of larval A4 neuromere; ventrolateral domain of larval A1 neuromere; Lines/GMR_21-40/24B07_Abd_scored/Confocal_63x_2012-03-12_24B07_VNC-JT/stack_TIFF/24B07_57C10wtFlp_D_VNC.tif; L3 CNS template - Wood2018]

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GMR 24C10 FLP 1-1 [VFB_00061832]

A single 24C10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/24C10_sp_NoB/Confocal_63x_2012-06-25_24C10_VNC/stack_TIFF/24C10_57C10wtFlp_C_VNC.tif. [centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; Lines/GMR_21-40/24C10_sp_NoB/Confocal_63x_2012-06-25_24C10_VNC/stack_TIFF/24C10_57C10wtFlp_C_VNC.tif; centromedial domain of larval T3 neuromere; centromedial domain of larval central nervous system; P{GMR24C10-GAL4} expression pattern; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 24C10 FLP 1-1; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; 5300546_R__1; dorsomedial domain of larval T3 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 24C10 FLP 2-1 [VFB_00061833]

A single 24C10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/24C10_sp_NoB/Confocal_63x_2012-06-25_24C10_VNC/stack_TIFF/24C10_57C10wtFlp_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; larval T2 leg neuropil; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; P{GMR24C10-GAL4} expression pattern; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_21-40/24C10_sp_NoB/Confocal_63x_2012-06-25_24C10_VNC/stack_TIFF/24C10_57C10wtFlp_B_VNC.tif; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; 5300547_R__1; GMR 24C10 FLP 2-1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 24E09 FLP 7-2 [VFB_00057738]

A single 24E09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/24E09_sp/Confocal_63x_2012-12-07_24E09_VNC/stack_TIFF/24E09_57C10wtFlp_H_VNC.tif. [confocal microscopy; unlicensed; Lines/GMR_21-40/24E09_sp/Confocal_63x_2012-12-07_24E09_VNC/stack_TIFF/24E09_57C10wtFlp_H_VNC.tif; centromedial domain of larval T3 neuromere; GMR 24E09 FLP 7-2; centrolateral domain of larval central nervous system; 5301780_R__2; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR24E09-GAL4} expression pattern]

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GMR 24F10 FLP 7-1 [VFB_00061823]

A single 24F10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/24F10-sp_AB/Confocal_63x_2011-10-30_24F10_VNC-JT/stack_TIFF/24F10_57C10wtFlp_C_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; GMR 24F10 FLP 7-1; confocal microscopy; unlicensed; 5303400_R__1; Truman Larval Flip-Out Collection; is part of; P{GMR24F10-GAL4} expression pattern; Lines/GMR_21-40/24F10-sp_AB/Confocal_63x_2011-10-30_24F10_VNC-JT/stack_TIFF/24F10_57C10wtFlp_C_VNC.tif; embryonic/larval neuron; expresses]

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GMR 24F10 FLP 7-2 [VFB_00061824]

A single 24F10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/24F10-sp_AB/Confocal_63x_2011-10-30_24F10_VNC-JT/stack_TIFF/24F10_57C10wtFlp_C_VNC.tif. [embryonic/larval neuron; L3 CNS template - Wood2018; embryonic/larval central nervous system; GMR 24F10 FLP 7-2; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; P{GMR24F10-GAL4} expression pattern; Lines/GMR_21-40/24F10-sp_AB/Confocal_63x_2011-10-30_24F10_VNC-JT/stack_TIFF/24F10_57C10wtFlp_C_VNC.tif; expression pattern fragment; expresses; 5303400_G__1]

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GMR 24G12 FLP 12-1 [VFB_00061031]

A fragment of the 24G12 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/24G12_DBD/Confocal_63x_2013-02-07_24G12_VNC_DBD/stack_TIFF/24G12_57C10FlpL_G_VNC.tif. [confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; central domain of larval A7 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; ventromedial domain of larval A2 neuromere; central domain of larval A6 neuromere; ventrolateral domain of larval A6 neuromere; ventrolateral domain of larval A7 neuromere; ventromedial domain of larval A3 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; L3 CNS template - Wood2018; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; centrolateral domain of larval A3 neuromere; ventrolateral domain of larval A2 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; P{GMR24G12-GAL4} expression pattern; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; Lines/GMR_21-40/24G12_DBD/Confocal_63x_2013-02-07_24G12_VNC_DBD/stack_TIFF/24G12_57C10FlpL_G_VNC.tif; centrolateral domain of larval A7 neuromere; central domain of larval A5 neuromere; GMR 24G12 FLP 12-1; 5302385_G__1]

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GMR 24G12 FLP 14-1 [VFB_00061032]

A fragment of the 24G12 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/24G12_DBD/Confocal_63x_2013-02-07_24G12_VNC_DBD/stack_TIFF/24G12_57C10FlpL_F_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; Lines/GMR_21-40/24G12_DBD/Confocal_63x_2013-02-07_24G12_VNC_DBD/stack_TIFF/24G12_57C10FlpL_F_VNC.tif; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5302383_R__1; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; GMR 24G12 FLP 14-1; centrolateral domain of larval A3 neuromere; ventrolateral domain of larval A2 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; P{GMR24G12-GAL4} expression pattern; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 24G12 FLP 14-2 [VFB_00061033]

A fragment of the 24G12 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/24G12_DBD/Confocal_63x_2013-02-07_24G12_VNC_DBD/stack_TIFF/24G12_57C10FlpL_F_VNC.tif. [confocal microscopy; unlicensed; Lines/GMR_21-40/24G12_DBD/Confocal_63x_2013-02-07_24G12_VNC_DBD/stack_TIFF/24G12_57C10FlpL_F_VNC.tif; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; 5302383_G__2; central domain of larval central nervous system; GMR 24G12 FLP 14-2; is part of; centrolateral domain of larval A3 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; P{GMR24G12-GAL4} expression pattern; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 24H12 FLP 26-1 [VFB_00061690]

A single 24H12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/24H12/Confocal_63x_2013-05-02A_VNC/stack_TIFF/24H12_57C10wtFlp_B_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; Lines/GMR_21-40/24H12/Confocal_63x_2013-05-02A_VNC/stack_TIFF/24H12_57C10wtFlp_B_VNC.tif; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; GMR 24H12 FLP 26-1; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; P{GMR24H12-GAL4} expression pattern; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; 5303457_R__1; ventrolateral domain of larval A4 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 25A06 FLP 15-1 [VFB_00057450]

A fragment of the 25A06 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/25A06-transferred/Confocal_63x_2013-05-10_VNC/stack_TIFF/25A06_57C10wtFlp_D_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; expression pattern fragment; dorsal domain of larval A9 neuromere; Lines/GMR_21-40/25A06-transferred/Confocal_63x_2013-05-10_VNC/stack_TIFF/25A06_57C10wtFlp_D_VNC.tif; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; GMR 25A06 FLP 15-1; is part of; dorsomedial domain of larval A5 neuromere; ventral domain of larval A9 neuromere; central domain of larval A9 neuromere; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; 5302665_R__1; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR25A06-GAL4} expression pattern]

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GMR 25A06 FLP 15-2 [VFB_00057451]

A single 25A06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/25A06-transferred/Confocal_63x_2013-05-10_VNC/stack_TIFF/25A06_57C10wtFlp_D_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; 5302665_R__2; expression pattern fragment; L3 CNS template - Wood2018; Lines/GMR_21-40/25A06-transferred/Confocal_63x_2013-05-10_VNC/stack_TIFF/25A06_57C10wtFlp_D_VNC.tif; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; GMR 25A06 FLP 15-2; P{GMR25A06-GAL4} expression pattern; dorsomedial domain of larval A2 neuromere]

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GMR 25F07 FLP 18-1 [VFB_00061128]

A fragment of the 25F07 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/25F07-sp_messy/Confocal_63x_2012-03-21_25F07_VNC/stack_TIFF/25F07_57C10wtFlp_J_VNC.tif. [P{GMR25F07-GAL4} expression pattern; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_21-40/25F07-sp_messy/Confocal_63x_2012-03-21_25F07_VNC/stack_TIFF/25F07_57C10wtFlp_J_VNC.tif; expression pattern fragment; GMR 25F07 FLP 18-1; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; 5302847_G__2; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval labial neuromere; centrolateral domain of larval A3 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centrolateral domain of larval T1 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 25F07 FLP 21-1 [VFB_00061129]

A single 25F07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/25F07-sp_messy/Confocal_63x_2012-03-21_25F07_VNC/stack_TIFF/25F07_57C10wtFlp_I_VNC.tif. [P{GMR25F07-GAL4} expression pattern; centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; Lines/GMR_21-40/25F07-sp_messy/Confocal_63x_2012-03-21_25F07_VNC/stack_TIFF/25F07_57C10wtFlp_I_VNC.tif; is part of; GMR 25F07 FLP 21-1; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; 5302848_R__1; L3 CNS template - Wood2018]

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GMR 25F07 FLP 21-2 [VFB_00061130]

A single 25F07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/25F07-sp_messy/Confocal_63x_2012-03-21_25F07_VNC/stack_TIFF/25F07_57C10wtFlp_I_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; P{GMR25F07-GAL4} expression pattern; expression pattern fragment; confocal microscopy; unlicensed; Lines/GMR_21-40/25F07-sp_messy/Confocal_63x_2012-03-21_25F07_VNC/stack_TIFF/25F07_57C10wtFlp_I_VNC.tif; Truman Larval Flip-Out Collection; is part of; 5302848_R__3; embryonic/larval neuron; GMR 25F07 FLP 21-2; expresses]

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GMR 25G10 FLP 10-1 [VFB_00059453]

A single 25G10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/25G10_Abd_scored/Confocal_63x_2013-05-02A_VNC/stack_TIFF/25G10_57C10wtFlp_H_VNC.tif. [centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; expression pattern fragment; Lines/GMR_21-40/25G10_Abd_scored/Confocal_63x_2013-05-02A_VNC/stack_TIFF/25G10_57C10wtFlp_H_VNC.tif; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; 5302049_R__1; GMR 25G10 FLP 10-1; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR25G10-GAL4} expression pattern; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 25G10 FLP 14-1 [VFB_00057402]

A single 25G10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/25G10_Abd_scored/Confocal_63x_2013-05-02A_VNC/stack_TIFF/25G10_57C10wtFlp_J_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; Lines/GMR_21-40/25G10_Abd_scored/Confocal_63x_2013-05-02A_VNC/stack_TIFF/25G10_57C10wtFlp_J_VNC.tif; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; dorsomedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; GMR 25G10 FLP 14-1; 5302043_R__1; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR25G10-GAL4} expression pattern; dorsomedial domain of larval A2 neuromere]

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GMR 25G10 FLP 16-1 [VFB_00059463]

A single 25G10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/25G10_Abd_scored/Confocal_63x_2013-05-02A_VNC/stack_TIFF/25G10_57C10wtFlp_C_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; GMR 25G10 FLP 16-1; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; 5302045_R__1; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; Lines/GMR_21-40/25G10_Abd_scored/Confocal_63x_2013-05-02A_VNC/stack_TIFF/25G10_57C10wtFlp_C_VNC.tif; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR25G10-GAL4} expression pattern; dorsomedial domain of larval A2 neuromere]

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GMR 25G10 FLP 17-1 [VFB_00057404]

A single 25G10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/25G10_Abd_scored/Confocal_63x_2013-05-02A_VNC/stack_TIFF/25G10_57C10wtFlp_D_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; dorsolateral domain of larval A1 neuromere; 5302044_R__1; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; GMR 25G10 FLP 17-1; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; Lines/GMR_21-40/25G10_Abd_scored/Confocal_63x_2013-05-02A_VNC/stack_TIFF/25G10_57C10wtFlp_D_VNC.tif; L3 CNS template - Wood2018; P{GMR25G10-GAL4} expression pattern; dorsomedial domain of larval A2 neuromere]

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GMR 25G10 FLP 19-1 [VFB_00057405]

A single 25G10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/25G10_Abd_scored/Confocal_63x_2013-05-02A_VNC/stack_TIFF/25G10_57C10wtFlp_E_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_21-40/25G10_Abd_scored/Confocal_63x_2013-05-02A_VNC/stack_TIFF/25G10_57C10wtFlp_E_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; GMR 25G10 FLP 19-1; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; 5302046_R__1; embryonic/larval central nervous system; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR25G10-GAL4} expression pattern; dorsomedial domain of larval A2 neuromere]

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GMR 25H02 FLP 42-1 [VFB_00061499]

A single 25H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/25H02-sp_NoB_good SEG/Confocal_63x_2013-05-10_VNC/stack_TIFF/25H02_57C10FlpL_C_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; Lines/GMR_21-40/25H02-sp_NoB_good SEG/Confocal_63x_2013-05-10_VNC/stack_TIFF/25H02_57C10FlpL_C_VNC.tif; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; 5300917_R__1; dorsomedial domain of larval maxillary neuromere; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 25H02 FLP 42-1; central domain of larval labial neuromere; centrolateral domain of larval maxillary neuromere; P{GMR25H02-GAL4} expression pattern; dorsolateral domain of larval central nervous system; dorsolateral domain of larval maxillary neuromere; L3 CNS template - Wood2018]

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GMR 25H02 FLP 42-2 [VFB_00061500]

A single 25H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/25H02-sp_NoB_good SEG/Confocal_63x_2013-05-10_VNC/stack_TIFF/25H02_57C10FlpL_C_VNC.tif. [GMR 25H02 FLP 42-2; confocal microscopy; unlicensed; 5300917_R__2; dorsomedial domain of larval central nervous system; Lines/GMR_21-40/25H02-sp_NoB_good SEG/Confocal_63x_2013-05-10_VNC/stack_TIFF/25H02_57C10FlpL_C_VNC.tif; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A7 neuromere; is part of; ventral domain of larval A9 neuromere; embryonic/larval neuron; expresses; dorsolateral domain of larval A8 neuromere; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; P{GMR25H02-GAL4} expression pattern; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 25H02 FLP 43-1 [VFB_00061501]

A single 25H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/25H02-sp_NoB_good SEG/Confocal_63x_2013-05-10_VNC/stack_TIFF/25H02_57C10FlpL_A_VNC.tif. [ventrolateral domain of larval T2 neuromere; GMR 25H02 FLP 43-1; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; larval T2 leg neuropil; 5300916_R__2; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; Lines/GMR_21-40/25H02-sp_NoB_good SEG/Confocal_63x_2013-05-10_VNC/stack_TIFF/25H02_57C10FlpL_A_VNC.tif; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR25H02-GAL4} expression pattern; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 25H02 FLP 43-2 [VFB_00061502]

A fragment of the 25H02 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/25H02-sp_NoB_good SEG/Confocal_63x_2013-05-10_VNC/stack_TIFF/25H02_57C10FlpL_A_VNC.tif. [ventromedial domain of larval A8 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; ventrolateral domain of larval A7 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsal domain of larval A9 neuromere; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; Lines/GMR_21-40/25H02-sp_NoB_good SEG/Confocal_63x_2013-05-10_VNC/stack_TIFF/25H02_57C10FlpL_A_VNC.tif; is part of; 5300916_G__1; ventrolateral domain of larval A8 neuromere; ventral domain of larval A9 neuromere; central domain of larval A9 neuromere; centromedial domain of larval A6 neuromere; dorsolateral domain of larval A8 neuromere; expresses; GMR 25H02 FLP 43-2; embryonic/larval central nervous system; central domain of larval A8 neuromere; P{GMR25H02-GAL4} expression pattern; centrolateral domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 25H02 FLP 48-1 [VFB_00061503]

A fragment of the 25H02 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/25H02-sp_NoB_good SEG/Confocal_63x_2013-05-10_VNC/stack_TIFF/25H02_57C10FlpL_E_VNC.tif. [Lines/GMR_21-40/25H02-sp_NoB_good SEG/Confocal_63x_2013-05-10_VNC/stack_TIFF/25H02_57C10FlpL_E_VNC.tif; confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; GMR 25H02 FLP 48-1; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; centromedial domain of larval A7 neuromere; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; 5300919_G__4; embryonic/larval central nervous system; P{GMR25H02-GAL4} expression pattern; centrolateral domain of larval A7 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 25H02 FLP 49-1 [VFB_00061504]

A single 25H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/25H02-sp_NoB_good SEG/Confocal_63x_2013-05-10_VNC/stack_TIFF/25H02_57C10FlpL_B_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; dorsomedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; centrolateral domain of larval mandibular neuromere; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval mandibular neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval maxillary neuromere; central domain of larval central nervous system; central domain of larval mandibular neuromere; 5300918_R__1; dorsomedial domain of larval maxillary neuromere; is part of; Lines/GMR_21-40/25H02-sp_NoB_good SEG/Confocal_63x_2013-05-10_VNC/stack_TIFF/25H02_57C10FlpL_B_VNC.tif; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval maxillary neuromere; P{GMR25H02-GAL4} expression pattern; dorsolateral domain of larval central nervous system; dorsolateral domain of larval maxillary neuromere; L3 CNS template - Wood2018; GMR 25H02 FLP 49-1]

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GMR 26A02 FLP 12-1 [VFB_00061651]

A fragment of the 26A02 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26A02-sp_good brain/Confocal_63x_2013-05-10_VNC/stack_TIFF/26A02_57C10wtFlp_C_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; 5302125_G__1; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; P{GMR26A02-GAL4} expression pattern; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; Lines/GMR_21-40/26A02-sp_good brain/Confocal_63x_2013-05-10_VNC/stack_TIFF/26A02_57C10wtFlp_C_VNC.tif; is part of; expresses; embryonic/larval central nervous system; GMR 26A02 FLP 12-1; dorsolateral domain of larval T2 neuromere; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 26A08 FLP 6-1 [VFB_00059465]

A single 26A08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26A08-sp_NoB/Confocal_63x_2011-12-05_26A08_VNC/stack_TIFF/26A08_57C10wtFlp_E_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; P{GMR26A08-GAL4} expression pattern; is part of; dorsomedial domain of larval A5 neuromere; 5301675_R__1; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; Lines/GMR_21-40/26A08-sp_NoB/Confocal_63x_2011-12-05_26A08_VNC/stack_TIFF/26A08_57C10wtFlp_E_VNC.tif; centromedial domain of larval A3 neuromere; GMR 26A08 FLP 6-1; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 26B09 FLP 13-1 [VFB_00057429]

A single 26B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26B09/Confocal_63x_2013-05-16_VNC/stack_TIFF/26B09_57C10FlpL_L_VNC.tif. [L3 CNS template - Wood2018; 5300191_G__3; embryonic/larval central nervous system; Lines/GMR_21-40/26B09/Confocal_63x_2013-05-16_VNC/stack_TIFF/26B09_57C10FlpL_L_VNC.tif; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; GMR 26B09 FLP 13-1; P{GMR26B09-GAL4} expression pattern; embryonic/larval neuron; expresses]

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GMR 26B09 FLP 13-2 [VFB_00057430]

A fragment of the 26B09 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26B09/Confocal_63x_2013-05-16_VNC/stack_TIFF/26B09_57C10FlpL_L_VNC.tif. [confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; GMR 26B09 FLP 13-2; centrolateral domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; Lines/GMR_21-40/26B09/Confocal_63x_2013-05-16_VNC/stack_TIFF/26B09_57C10FlpL_L_VNC.tif; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; P{GMR26B09-GAL4} expression pattern; centrolateral domain of larval A3 neuromere; ventrolateral domain of larval A2 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventrolateral domain of larval A4 neuromere; L3 CNS template - Wood2018; 5300191_G__4]

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GMR 26B09 FLP 14-1 [VFB_00057431]

A single 26B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26B09/Confocal_63x_2013-05-16_VNC/stack_TIFF/26B09_57C10FlpL_G_VNC.tif. [centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_21-40/26B09/Confocal_63x_2013-05-16_VNC/stack_TIFF/26B09_57C10FlpL_G_VNC.tif; expression pattern fragment; GMR 26B09 FLP 14-1; dorsolateral domain of larval T1 neuromere; is part of; P{GMR26B09-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 5300190_R__5; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 26B09 FLP 15-1 [VFB_00057432]

A single 26B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26B09/Confocal_63x_2013-05-16_VNC/stack_TIFF/26B09_57C10FlpL_K_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; central domain of larval A6 neuromere; ventrolateral domain of larval A6 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5300192_G__2; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; Lines/GMR_21-40/26B09/Confocal_63x_2013-05-16_VNC/stack_TIFF/26B09_57C10FlpL_K_VNC.tif; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; P{GMR26B09-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 26B09 FLP 15-1; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 26B09 FLP 28-1 [VFB_00061631]

A single 26B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26B09/Confocal_63x_2013-05-16_VNC/stack_TIFF/26B09_57C10FlpL_J_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; 5300189_R__1; Lines/GMR_21-40/26B09/Confocal_63x_2013-05-16_VNC/stack_TIFF/26B09_57C10FlpL_J_VNC.tif; central domain of larval A6 neuromere; ventrolateral domain of larval A6 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; P{GMR26B09-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 26B09 FLP 28-1; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 26B09 FLP 28-2 [VFB_00061632]

A single 26B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26B09/Confocal_63x_2013-05-16_VNC/stack_TIFF/26B09_57C10FlpL_J_VNC.tif. [confocal microscopy; unlicensed; 5300189_R__2; Lines/GMR_21-40/26B09/Confocal_63x_2013-05-16_VNC/stack_TIFF/26B09_57C10FlpL_J_VNC.tif; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; GMR 26B09 FLP 28-2; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; P{GMR26B09-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 26B09 FLP 28-3 [VFB_00061633]

A single 26B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26B09/Confocal_63x_2013-05-16_VNC/stack_TIFF/26B09_57C10FlpL_J_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; Lines/GMR_21-40/26B09/Confocal_63x_2013-05-16_VNC/stack_TIFF/26B09_57C10FlpL_J_VNC.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 26B09 FLP 28-3; is part of; P{GMR26B09-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 5300189_G__3; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 26B10 FLP 18-1 [VFB_00061614]

A single 26B10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26B10/Confocal_63x_2013-05-07A_VNC/stack_TIFF/26B10_57C10wtFlp_C_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; 5303174_R__1; GMR 26B10 FLP 18-1; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; P{GMR26B10-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; Lines/GMR_21-40/26B10/Confocal_63x_2013-05-07A_VNC/stack_TIFF/26B10_57C10wtFlp_C_VNC.tif; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 26B10 FLP 19-1 [VFB_00061484]

A single 26B10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26B10/Confocal_63x_2013-05-07A_VNC/stack_TIFF/26B10_57C10wtFlp_B_VNC.tif. [confocal microscopy; unlicensed; 5303175_R__1; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 26B10 FLP 19-1; P{GMR26B10-GAL4} expression pattern; expression pattern fragment; central domain of larval central nervous system; is part of; Lines/GMR_21-40/26B10/Confocal_63x_2013-05-07A_VNC/stack_TIFF/26B10_57C10wtFlp_B_VNC.tif; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 26B10 FLP 21-1 [VFB_00061485]

A fragment of the 26B10 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26B10/Confocal_63x_2013-05-07A_VNC/stack_TIFF/26B10_57C10wtFlp_A_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; P{GMR26B10-GAL4} expression pattern; dorsomedial domain of larval A2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; dorsomedial domain of larval T3 neuromere; 5303173_R__1; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; GMR 26B10 FLP 21-1; is part of; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; Lines/GMR_21-40/26B10/Confocal_63x_2013-05-07A_VNC/stack_TIFF/26B10_57C10wtFlp_A_VNC.tif; centromedial domain of larval A2 neuromere; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 26B10 FLP 21-2 [VFB_00061486]

A single 26B10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26B10/Confocal_63x_2013-05-07A_VNC/stack_TIFF/26B10_57C10wtFlp_A_VNC.tif. [GMR 26B10 FLP 21-2; confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR26B10-GAL4} expression pattern; expression pattern fragment; central domain of larval central nervous system; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; Lines/GMR_21-40/26B10/Confocal_63x_2013-05-07A_VNC/stack_TIFF/26B10_57C10wtFlp_A_VNC.tif; 5303173_R__2; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 26B11 FLP 22-1 [VFB_00057478]

A single 26B11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26B11-sp_A_part B/Confocal_63x_2012-03-13A_26B11_VNC-JT/stack_TIFF/26B11_57C10FlpL_J_VNC.tif. [ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; GMR 26B11 FLP 22-1; ventrolateral domain of larval labial neuromere; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR26B11-GAL4} expression pattern; is part of; ventromedial domain of larval maxillary neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_21-40/26B11-sp_A_part B/Confocal_63x_2012-03-13A_26B11_VNC-JT/stack_TIFF/26B11_57C10FlpL_J_VNC.tif; 5302459_R__1; L3 CNS template - Wood2018]

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GMR 26B11 FLP 4-1 [VFB_00058142]

A single 26B11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26B11-sp_A_part B/Confocal_63x_2013-05-16_VNC/stack_TIFF/26B11_57C10FlpL_A_VNC.tif. [5302486_R__2; confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; P{GMR26B11-GAL4} expression pattern; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; GMR 26B11 FLP 4-1; Lines/GMR_21-40/26B11-sp_A_part B/Confocal_63x_2013-05-16_VNC/stack_TIFF/26B11_57C10FlpL_A_VNC.tif; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 26B11 FLP 45-1 [VFB_00061399]

A single 26B11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26B11-sp_A_part B/Confocal_63x_2013-05-16_VNC/stack_TIFF/26B11_57C10FlpL_B_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; Lines/GMR_21-40/26B11-sp_A_part B/Confocal_63x_2013-05-16_VNC/stack_TIFF/26B11_57C10FlpL_B_VNC.tif; 5302490_R__1; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; P{GMR26B11-GAL4} expression pattern; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; GMR 26B11 FLP 45-1]

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GMR 26B11 FLP 45-2 [VFB_00061400]

A single 26B11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26B11-sp_A_part B/Confocal_63x_2013-05-16_VNC/stack_TIFF/26B11_57C10FlpL_B_VNC.tif. [confocal microscopy; unlicensed; central domain of larval A7 neuromere; Lines/GMR_21-40/26B11-sp_A_part B/Confocal_63x_2013-05-16_VNC/stack_TIFF/26B11_57C10FlpL_B_VNC.tif; dorsomedial domain of larval A6 neuromere; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A7 neuromere; P{GMR26B11-GAL4} expression pattern; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; is part of; dorsomedial domain of larval A5 neuromere; centromedial domain of larval A7 neuromere; embryonic/larval neuron; ventral domain of larval A9 neuromere; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; GMR 26B11 FLP 45-2; expresses; centromedial domain of larval A8 neuromere; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; dorsomedial domain of larval A8 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; 5302490_G__2]

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GMR 26C09 FLP 20-1 [VFB_00060380]

A single 26C09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26C09/Confocal_63x_2012-07-30_26C09_VNC/stack_TIFF/26C09_57C10wtFlp_C_VNC.tif. [Lines/GMR_21-40/26C09/Confocal_63x_2012-07-30_26C09_VNC/stack_TIFF/26C09_57C10wtFlp_C_VNC.tif; centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; ventrolateral domain of larval A6 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; GMR 26C09 FLP 20-1; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; 5302012_R__1; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; P{GMR26C09-GAL4} expression pattern; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 26C09 FLP 6-1 [VFB_00061463]

A single 26C09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26C09/Confocal_63x_2012-07-30_26C09_VNC/stack_TIFF/26C09_57C10wtFlp_G_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; 5302005_G__1; ventrolateral domain of larval T1 neuromere; dorsomedial domain of larval labial neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; L3 CNS template - Wood2018; dorsomedial domain of larval T3 neuromere; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; Lines/GMR_21-40/26C09/Confocal_63x_2012-07-30_26C09_VNC/stack_TIFF/26C09_57C10wtFlp_G_VNC.tif; is part of; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; P{GMR26C09-GAL4} expression pattern; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; GMR 26C09 FLP 6-1; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 26D02 FLP 19-1 [VFB_00061566]

A single 26D02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26D02/Confocal_63x_2013-05-21_VNC/stack_TIFF/26D02_57C10FlpL_H_VNC.tif. [confocal microscopy; unlicensed; GMR 26D02 FLP 19-1; central domain of larval A7 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_21-40/26D02/Confocal_63x_2013-05-21_VNC/stack_TIFF/26D02_57C10FlpL_H_VNC.tif; expression pattern fragment; dorsolateral domain of larval A6 neuromere; P{GMR26D02-GAL4} expression pattern; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; is part of; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; 5303552_R__2; embryonic/larval central nervous system; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 26D04 FLP 29-1 [VFB_00061366]

A single 26D04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26D04_sp/Confocal_63x_2013-02-25_VNC/stack_TIFF/26D04_57C10wtFlp_H_VNC.tif. [Lines/GMR_21-40/26D04_sp/Confocal_63x_2013-02-25_VNC/stack_TIFF/26D04_57C10wtFlp_H_VNC.tif; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; P{GMR26D04-GAL4} expression pattern; central domain of larval central nervous system; 5301575_R__1; is part of; GMR 26D04 FLP 29-1; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 26D04 FLP 29-2 [VFB_00061367]

A single 26D04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26D04_sp/Confocal_63x_2013-02-25_VNC/stack_TIFF/26D04_57C10wtFlp_H_VNC.tif. [5301575_R__2; Lines/GMR_21-40/26D04_sp/Confocal_63x_2013-02-25_VNC/stack_TIFF/26D04_57C10wtFlp_H_VNC.tif; confocal microscopy; unlicensed; GMR 26D04 FLP 29-2; central domain of larval A7 neuromere; centrolateral domain of larval central nervous system; ventrolateral domain of larval A7 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR26D04-GAL4} expression pattern; central domain of larval central nervous system; is part of; ventrolateral domain of larval A8 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centrolateral domain of larval A7 neuromere; L3 CNS template - Wood2018]

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GMR 26D04 FLP 29-3 [VFB_00061368]

A single 26D04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26D04_sp/Confocal_63x_2013-02-25_VNC/stack_TIFF/26D04_57C10wtFlp_H_VNC.tif. [Lines/GMR_21-40/26D04_sp/Confocal_63x_2013-02-25_VNC/stack_TIFF/26D04_57C10wtFlp_H_VNC.tif; confocal microscopy; unlicensed; GMR 26D04 FLP 29-3; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; P{GMR26D04-GAL4} expression pattern; 5301575_G__1; central domain of larval A2 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 26D04 FLP 30-1 [VFB_00061369]

A single 26D04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26D04_sp/Confocal_63x_2013-02-25_VNC/stack_TIFF/26D04_57C10wtFlp_D_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; GMR 26D04 FLP 30-1; ventromedial domain of larval A4 neuromere; central domain of larval A7 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; 5301576_R__1; ventrolateral domain of larval A3 neuromere; Lines/GMR_21-40/26D04_sp/Confocal_63x_2013-02-25_VNC/stack_TIFF/26D04_57C10wtFlp_D_VNC.tif; centromedial domain of larval A1 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR26D04-GAL4} expression pattern; central domain of larval A2 neuromere; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; centromedial domain of larval A7 neuromere; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 26D04 FLP 31-1 [VFB_00061370]

A single 26D04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26D04_sp/Confocal_63x_2013-02-25_VNC/stack_TIFF/26D04_57C10wtFlp_J_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; Lines/GMR_21-40/26D04_sp/Confocal_63x_2013-02-25_VNC/stack_TIFF/26D04_57C10wtFlp_J_VNC.tif; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5301577_R__3; central domain of larval T2 neuromere; GMR 26D04 FLP 31-1; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR26D04-GAL4} expression pattern; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 26D04 FLP 31-2 [VFB_00061371]

A single 26D04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26D04_sp/Confocal_63x_2013-02-25_VNC/stack_TIFF/26D04_57C10wtFlp_J_VNC.tif. [confocal microscopy; unlicensed; Lines/GMR_21-40/26D04_sp/Confocal_63x_2013-02-25_VNC/stack_TIFF/26D04_57C10wtFlp_J_VNC.tif; 5301577_G__1; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; P{GMR26D04-GAL4} expression pattern; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; GMR 26D04 FLP 31-2; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 26D04 FLP 31-3 [VFB_00061372]

A single 26D04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26D04_sp/Confocal_63x_2013-02-25_VNC/stack_TIFF/26D04_57C10wtFlp_J_VNC.tif. [confocal microscopy; unlicensed; 5301577_G__2; Lines/GMR_21-40/26D04_sp/Confocal_63x_2013-02-25_VNC/stack_TIFF/26D04_57C10wtFlp_J_VNC.tif; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR26D04-GAL4} expression pattern; GMR 26D04 FLP 31-3; central domain of larval central nervous system; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 26D04 FLP 34-1 [VFB_00061373]

A single 26D04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26D04_sp/Confocal_63x_2013-02-25_VNC/stack_TIFF/26D04_57C10wtFlp_C_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; GMR 26D04 FLP 34-1; unlicensed; ventromedial domain of larval A4 neuromere; Lines/GMR_21-40/26D04_sp/Confocal_63x_2013-02-25_VNC/stack_TIFF/26D04_57C10wtFlp_C_VNC.tif; centromedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; expression pattern fragment; P{GMR26D04-GAL4} expression pattern; 5301572_G__1; ventromedial domain of larval A5 neuromere; is part of; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 26D04 FLP 34-2 [VFB_00061374]

A single 26D04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26D04_sp/Confocal_63x_2013-02-25_VNC/stack_TIFF/26D04_57C10wtFlp_C_VNC.tif. [ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; GMR 26D04 FLP 34-2; unlicensed; confocal microscopy; Lines/GMR_21-40/26D04_sp/Confocal_63x_2013-02-25_VNC/stack_TIFF/26D04_57C10wtFlp_C_VNC.tif; centromedial domain of larval T1 neuromere; centromedial domain of larval maxillary neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; dorsomedial domain of larval labial neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; expression pattern fragment; P{GMR26D04-GAL4} expression pattern; dorsomedial domain of larval maxillary neuromere; is part of; ventromedial domain of larval maxillary neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 5301572_G__2; L3 CNS template - Wood2018]

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GMR 26D04 FLP 35-1 [VFB_00061375]

A single 26D04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26D04_sp/Confocal_63x_2013-02-25_VNC/stack_TIFF/26D04_57C10wtFlp_E_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_21-40/26D04_sp/Confocal_63x_2013-02-25_VNC/stack_TIFF/26D04_57C10wtFlp_E_VNC.tif; GMR 26D04 FLP 35-1; expression pattern fragment; P{GMR26D04-GAL4} expression pattern; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; is part of; embryonic/larval neuron; 5301573_R__1; expresses; embryonic/larval central nervous system; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 26D04 FLP 36-1 [VFB_00061376]

A fragment of the 26D04 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26D04_sp/Confocal_63x_2013-02-25_VNC/stack_TIFF/26D04_57C10wtFlp_I_VNC.tif. [confocal microscopy; unlicensed; 5301578_R__2; central domain of larval A7 neuromere; dorsolateral domain of larval A4 neuromere; GMR 26D04 FLP 36-1; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR26D04-GAL4} expression pattern; central domain of larval central nervous system; is part of; Lines/GMR_21-40/26D04_sp/Confocal_63x_2013-02-25_VNC/stack_TIFF/26D04_57C10wtFlp_I_VNC.tif; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 26D04 FLP 36-2 [VFB_00061377]

A single 26D04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26D04_sp/Confocal_63x_2013-02-25_VNC/stack_TIFF/26D04_57C10wtFlp_I_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; central domain of larval A7 neuromere; centrolateral domain of larval A4 neuromere; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; dorsolateral domain of larval A4 neuromere; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR26D04-GAL4} expression pattern; dorsolateral domain of larval A7 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; centrolateral domain of larval A2 neuromere; ventromedial domain of larval A5 neuromere; is part of; 5301578_G__4; GMR 26D04 FLP 36-2; dorsomedial domain of larval A5 neuromere; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; Lines/GMR_21-40/26D04_sp/Confocal_63x_2013-02-25_VNC/stack_TIFF/26D04_57C10wtFlp_I_VNC.tif; centromedial domain of larval A5 neuromere; dorsolateral domain of larval A8 neuromere; central domain of larval A3 neuromere; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; ventrolateral domain of larval A4 neuromere; dorsomedial domain of larval A8 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; dorsolateral domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 26D04 FLP 37-1 [VFB_00061378]

A single 26D04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26D04_sp/Confocal_63x_2013-02-25_VNC/stack_TIFF/26D04_57C10wtFlp_B_VNC.tif. [confocal microscopy; 5301579_R__1; unlicensed; Lines/GMR_21-40/26D04_sp/Confocal_63x_2013-02-25_VNC/stack_TIFF/26D04_57C10wtFlp_B_VNC.tif; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; ventromedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; P{GMR26D04-GAL4} expression pattern; central domain of larval central nervous system; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; GMR 26D04 FLP 37-1; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 26D04 FLP 37-2 [VFB_00061379]

A single 26D04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26D04_sp/Confocal_63x_2013-02-25_VNC/stack_TIFF/26D04_57C10wtFlp_B_VNC.tif. [centromedial domain of larval A4 neuromere; centromedial domain of larval T2 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; Lines/GMR_21-40/26D04_sp/Confocal_63x_2013-02-25_VNC/stack_TIFF/26D04_57C10wtFlp_B_VNC.tif; centromedial domain of larval T1 neuromere; central domain of larval T3 neuromere; centromedial domain of larval maxillary neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; 5301579_G__1; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; expression pattern fragment; P{GMR26D04-GAL4} expression pattern; dorsomedial domain of larval T3 neuromere; central domain of larval A2 neuromere; GMR 26D04 FLP 37-2; central domain of larval central nervous system; dorsomedial domain of larval maxillary neuromere; is part of; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 26F05 FLP 17-1 [VFB_00061397]

A single 26F05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26F05/Confocal_63x_2012-08-21A_26F05_VNC/stack_TIFF/26F05_57C10FlpL_J_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; P{GMR26F05-GAL4} expression pattern; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; GMR 26F05 FLP 17-1; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; Lines/GMR_21-40/26F05/Confocal_63x_2012-08-21A_26F05_VNC/stack_TIFF/26F05_57C10FlpL_J_VNC.tif; central domain of larval A2 neuromere; central domain of larval central nervous system; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; 5302499_R__1; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 26F05 FLP 17-2 [VFB_00061398]

A fragment of the 26F05 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26F05/Confocal_63x_2012-08-21A_26F05_VNC/stack_TIFF/26F05_57C10FlpL_J_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; P{GMR26F05-GAL4} expression pattern; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_21-40/26F05/Confocal_63x_2012-08-21A_26F05_VNC/stack_TIFF/26F05_57C10FlpL_J_VNC.tif; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; GMR 26F05 FLP 17-2; dorsomedial domain of larval A5 neuromere; 5302499_G__2; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 26G02 FLP 16-1 [VFB_00061404]

A single 26G02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26G02/Confocal_63x_2011-12-13_26G02_VNC/stack_TIFF/26G02_57C10wtFlp_E_VNC.tif. [confocal microscopy; unlicensed; 5302141_G__3; Lines/GMR_21-40/26G02/Confocal_63x_2011-12-13_26G02_VNC/stack_TIFF/26G02_57C10wtFlp_E_VNC.tif; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval central nervous system; GMR 26G02 FLP 16-1; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR26G02-GAL4} expression pattern; central domain of larval A1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 26H01 FLP 1-1 [VFB_00056603]

A single 26H01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the central brain with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26H01/Confocal_63x_2012-08-03_26H01_Br/stack_TIFF/26H01_57C10FlpL_A_Br.tif. [embryonic/larval neuron; expresses; confocal microscopy; embryonic/larval posterior lateral protocerebrum; dorsal domain of larval tritocerebrum; embryonic/larval anterior ventromedial cerebrum; embryonic/larval ventromedial cerebrum; embryonic/larval crepine; expression pattern fragment; is part of; embryonic/larval lateral accessory lobe; embryonic/larval clamp; embryonic/larval ventrolateral protocerebrum; L3 CNS template - Wood2018; P{GMR26H01-GAL4} expression pattern; GMR 26H01 FLP 1-1; overlaps; embryonic/larval central nervous system]

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GMR 26H01 FLP 4-1 [VFB_00061902]

A single 26H01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26H01/Confocal_63x_2012-08-06_26H01_VNC/stack_TIFF/26H01_57C10FlpL_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; P{GMR26H01-GAL4} expression pattern; Lines/GMR_21-40/26H01/Confocal_63x_2012-08-06_26H01_VNC/stack_TIFF/26H01_57C10FlpL_B_VNC.tif; centromedial domain of larval T3 neuromere; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; expression pattern fragment; ventrolateral domain of larval T3 neuromere; 5300056_G__1; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; GMR 26H01 FLP 4-1; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 26H02 FLP 1-1 [VFB_00057401]

A single 26H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26H02-sp_good commissural/Confocal_63x_2012-08-08_26H02_VNC/stack_TIFF/26H02_57C10FlpL_I_VNC.tif. [confocal microscopy; unlicensed; GMR 26H02 FLP 1-1; centrolateral domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; 5302592_R__4; Lines/GMR_21-40/26H02-sp_good commissural/Confocal_63x_2012-08-08_26H02_VNC/stack_TIFF/26H02_57C10FlpL_I_VNC.tif; expression pattern fragment; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; P{GMR26H02-GAL4} expression pattern; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 26H02 FLP 3-1 [VFB_00059458]

A single 26H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/26H02-sp_good commissural/Confocal_63x_2012-08-08_26H02_VNC/stack_TIFF/26H02_57C10FlpL_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; 5302593_R__2; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 26H02 FLP 3-1; central domain of larval central nervous system; Lines/GMR_21-40/26H02-sp_good commissural/Confocal_63x_2012-08-08_26H02_VNC/stack_TIFF/26H02_57C10FlpL_F_VNC.tif; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR26H02-GAL4} expression pattern; L3 CNS template - Wood2018]

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GMR 27A02 FLP 21-1 [VFB_00061229]

A fragment of the 27A02 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/27A02_sp/Confocal_63x_2012-12-01_27A02_VNC/stack_TIFF/27A02_57C10wtFlp_G_VNC.tif. [confocal microscopy; unlicensed; P{GMR27A02-GAL4} expression pattern; centromedial domain of larval maxillary neuromere; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; 5303679_G__3; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; dorsomedial domain of larval maxillary neuromere; is part of; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; Lines/GMR_21-40/27A02_sp/Confocal_63x_2012-12-01_27A02_VNC/stack_TIFF/27A02_57C10wtFlp_G_VNC.tif; GMR 27A02 FLP 21-1; L3 CNS template - Wood2018]

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GMR 27A02 FLP 22-1 [VFB_00061230]

A single 27A02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/27A02_sp/Confocal_63x_2012-12-01_27A02_VNC/stack_TIFF/27A02_57C10wtFlp_I_VNC.tif. [centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; P{GMR27A02-GAL4} expression pattern; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; 5303678_R__1; ventromedial domain of larval central nervous system; Lines/GMR_21-40/27A02_sp/Confocal_63x_2012-12-01_27A02_VNC/stack_TIFF/27A02_57C10wtFlp_I_VNC.tif; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; centromedial domain of larval A3 neuromere; GMR 27A02 FLP 22-1; L3 CNS template - Wood2018]

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GMR 27A07 FLP 3-1 [VFB_00061666]

A single 27A07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/27A07_sp/Confocal_63x_2012-12-19_27A07_VNC/stack_TIFF/27A07_57C10FlpL_A_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; 5301335_G__1; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Lines/GMR_21-40/27A07_sp/Confocal_63x_2012-12-19_27A07_VNC/stack_TIFF/27A07_57C10FlpL_A_VNC.tif; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 27A07 FLP 3-1; P{GMR27A07-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 27B07 FLP 2-1 [VFB_00061593]

A single 27B07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/27B07_sp/Confocal_63x_2012-12-01_27B07_VNC/stack_TIFF/27B07_57C10FlpL_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; GMR 27B07 FLP 2-1; centromedial domain of larval T3 neuromere; 5301959_G__1; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; P{GMR27B07-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_21-40/27B07_sp/Confocal_63x_2012-12-01_27B07_VNC/stack_TIFF/27B07_57C10FlpL_B_VNC.tif; L3 CNS template - Wood2018]

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GMR 27C05 FLP 1-1 [VFB_00060395]

A single 27C05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/27C05_sp_AB/Confocal_63x_2011-12-05_27C05_VNC-JT/stack_TIFF/27C05_57C10FlpL_A_VNC.tif. [confocal microscopy; unlicensed; GMR 27C05 FLP 1-1; centromedial domain of larval T3 neuromere; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_21-40/27C05_sp_AB/Confocal_63x_2011-12-05_27C05_VNC-JT/stack_TIFF/27C05_57C10FlpL_A_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; P{GMR27C05-GAL4} expression pattern; expresses; embryonic/larval central nervous system; 5301899_R__1; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; larval T3 leg neuropil; L3 CNS template - Wood2018]

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GMR 27C05 FLP 27-1 [VFB_00057518]

A single 27C05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/27C05_sp_AB/Confocal_63x_2013-04-29_VNC/stack_TIFF/27C05_57C10FlpL_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; Lines/GMR_21-40/27C05_sp_AB/Confocal_63x_2013-04-29_VNC/stack_TIFF/27C05_57C10FlpL_B_VNC.tif; centromedial domain of larval T1 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; 5301903_R__1; embryonic/larval neuron; P{GMR27C05-GAL4} expression pattern; expresses; embryonic/larval central nervous system; GMR 27C05 FLP 27-1; L3 CNS template - Wood2018]

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GMR 27C05 FLP 29-1 [VFB_00057519]

A single 27C05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/27C05_sp_AB/Confocal_63x_2013-04-29_VNC/stack_TIFF/27C05_3xwtFlp40_C_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; 5301905_R__1; centrolateral domain of larval A2 neuromere; GMR 27C05 FLP 29-1; is part of; embryonic/larval neuron; P{GMR27C05-GAL4} expression pattern; expresses; Lines/GMR_21-40/27C05_sp_AB/Confocal_63x_2013-04-29_VNC/stack_TIFF/27C05_3xwtFlp40_C_VNC.tif; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 27C05 FLP 29-2 [VFB_00057520]

A single 27C05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/27C05_sp_AB/Confocal_63x_2013-04-29_VNC/stack_TIFF/27C05_3xwtFlp40_C_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; 5301905_G__1; GMR 27C05 FLP 29-2; expression pattern fragment; dorsomedial domain of larval A1 neuromere; is part of; embryonic/larval neuron; P{GMR27C05-GAL4} expression pattern; expresses; Lines/GMR_21-40/27C05_sp_AB/Confocal_63x_2013-04-29_VNC/stack_TIFF/27C05_3xwtFlp40_C_VNC.tif; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 27C05 FLP 3-1 [VFB_00057515]

A fragment of the 27C05 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/27C05_sp_AB/Confocal_63x_2013-04-29_VNC/stack_TIFF/27C05_57C10FlpL_A_VNC.tif. [ventrolateral domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; 5301909_R__1; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; dorsolateral domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; Lines/GMR_21-40/27C05_sp_AB/Confocal_63x_2013-04-29_VNC/stack_TIFF/27C05_57C10FlpL_A_VNC.tif; is part of; P{GMR27C05-GAL4} expression pattern; expresses; embryonic/larval central nervous system; GMR 27C05 FLP 3-1; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 27C05 FLP 31-1 [VFB_00057521]

A fragment of the 27C05 expression pattern from the flip-out collection of Jim Truman consisting of 3 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/27C05_sp_AB/Confocal_63x_2013-04-29_VNC/stack_TIFF/27C05_57C10FlpL_C_VNC.tif. [dorsolateral domain of larval T3 neuromere; GMR 27C05 FLP 31-1; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; 5301907_R__1; Lines/GMR_21-40/27C05_sp_AB/Confocal_63x_2013-04-29_VNC/stack_TIFF/27C05_57C10FlpL_C_VNC.tif; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; P{GMR27C05-GAL4} expression pattern; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 27C05 FLP 31-2 [VFB_00057522]

A fragment of the 27C05 expression pattern from the flip-out collection of Jim Truman consisting of 3 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/27C05_sp_AB/Confocal_63x_2013-04-29_VNC/stack_TIFF/27C05_57C10FlpL_C_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; GMR 27C05 FLP 31-2; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Lines/GMR_21-40/27C05_sp_AB/Confocal_63x_2013-04-29_VNC/stack_TIFF/27C05_57C10FlpL_C_VNC.tif; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; P{GMR27C05-GAL4} expression pattern; expresses; embryonic/larval central nervous system; 5301907_G__1; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 27C05 FLP 32-1 [VFB_00057523]

A single 27C05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/27C05_sp_AB/Confocal_63x_2013-04-29_VNC/stack_TIFF/27C05_3xwtFlp40_B_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; 5301906_R__1; is part of; embryonic/larval neuron; P{GMR27C05-GAL4} expression pattern; expresses; embryonic/larval central nervous system; Lines/GMR_21-40/27C05_sp_AB/Confocal_63x_2013-04-29_VNC/stack_TIFF/27C05_3xwtFlp40_B_VNC.tif; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; GMR 27C05 FLP 32-1; L3 CNS template - Wood2018]

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GMR 27C05 FLP 32-2 [VFB_00057524]

A single 27C05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/27C05_sp_AB/Confocal_63x_2013-04-29_VNC/stack_TIFF/27C05_3xwtFlp40_B_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; 5301906_R__3; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; expression pattern fragment; GMR 27C05 FLP 32-2; dorsolateral domain of larval T1 neuromere; is part of; embryonic/larval neuron; P{GMR27C05-GAL4} expression pattern; expresses; embryonic/larval central nervous system; centrolateral domain of larval maxillary neuromere; Lines/GMR_21-40/27C05_sp_AB/Confocal_63x_2013-04-29_VNC/stack_TIFF/27C05_3xwtFlp40_B_VNC.tif; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; dorsolateral domain of larval maxillary neuromere; L3 CNS template - Wood2018]

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GMR 27C05 FLP 32-3 [VFB_00057525]

A single 27C05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/27C05_sp_AB/Confocal_63x_2013-04-29_VNC/stack_TIFF/27C05_3xwtFlp40_B_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; is part of; embryonic/larval neuron; P{GMR27C05-GAL4} expression pattern; expresses; embryonic/larval central nervous system; Lines/GMR_21-40/27C05_sp_AB/Confocal_63x_2013-04-29_VNC/stack_TIFF/27C05_3xwtFlp40_B_VNC.tif; centromedial domain of larval A3 neuromere; 5301906_G__1; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; GMR 27C05 FLP 32-3]

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GMR 27C05 FLP 32-4 [VFB_00057526]

A single 27C05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/27C05_sp_AB/Confocal_63x_2013-04-29_VNC/stack_TIFF/27C05_3xwtFlp40_B_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; is part of; embryonic/larval neuron; P{GMR27C05-GAL4} expression pattern; expresses; GMR 27C05 FLP 32-4; embryonic/larval central nervous system; Lines/GMR_21-40/27C05_sp_AB/Confocal_63x_2013-04-29_VNC/stack_TIFF/27C05_3xwtFlp40_B_VNC.tif; 5301906_G__3; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 27C05 FLP 5-1 [VFB_00057517]

A single 27C05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/27C05_sp_AB/Confocal_63x_2011-12-05_27C05_VNC-JT/stack_TIFF/27C05_57C10FlpL_E_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; Lines/GMR_21-40/27C05_sp_AB/Confocal_63x_2011-12-05_27C05_VNC-JT/stack_TIFF/27C05_57C10FlpL_E_VNC.tif; Truman Larval Flip-Out Collection; is part of; 5301900_G__1; embryonic/larval neuron; P{GMR27C05-GAL4} expression pattern; GMR 27C05 FLP 5-1; expresses]

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GMR 27F03 FLP 10-1 [VFB_00061879]

A single 27F03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/27F03/Confocal_63x_2011-11-22_27F03_VNC/stack_TIFF/27F03_57C10wtFlp_E_VNC.tif. [centromedial domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; Lines/GMR_21-40/27F03/Confocal_63x_2011-11-22_27F03_VNC/stack_TIFF/27F03_57C10wtFlp_E_VNC.tif; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; P{GMR27F03-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 5302825_G__1; GMR 27F03 FLP 10-1; dorsolateral domain of larval T2 neuromere; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 27F03 FLP 8-1 [VFB_00061624]

A single 27F03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/27F03/Confocal_63x_2011-11-22_27F03_VNC/stack_TIFF/27F03_57C10wtFlp_F_VNC.tif. [embryonic/larval neuron; L3 CNS template - Wood2018; embryonic/larval central nervous system; confocal microscopy; 5302827_R__1; unlicensed; Lines/GMR_21-40/27F03/Confocal_63x_2011-11-22_27F03_VNC/stack_TIFF/27F03_57C10wtFlp_F_VNC.tif; Truman Larval Flip-Out Collection; is part of; P{GMR27F03-GAL4} expression pattern; GMR 27F03 FLP 8-1; expression pattern fragment; expresses]

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GMR 27F03 FLP 8-2 [VFB_00061625]

A single 27F03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/27F03/Confocal_63x_2011-11-22_27F03_VNC/stack_TIFF/27F03_57C10wtFlp_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; GMR 27F03 FLP 8-2; confocal microscopy; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; P{GMR27F03-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 5302827_G__1; Lines/GMR_21-40/27F03/Confocal_63x_2011-11-22_27F03_VNC/stack_TIFF/27F03_57C10wtFlp_F_VNC.tif; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 28A07 FLP 30-1 [VFB_00057441]

A fragment of the 28A07 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28A07/Confocal_63x_2013-01-14_28A07_VNC/stack_TIFF/28A07_57C10FlpL_I_VNC.tif. [centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval maxillary neuromere; GMR 28A07 FLP 30-1; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval mandibular neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; 5300328_R__1; Lines/GMR_21-40/28A07/Confocal_63x_2013-01-14_28A07_VNC/stack_TIFF/28A07_57C10FlpL_I_VNC.tif; central domain of larval maxillary neuromere; central domain of larval central nervous system; dorsomedial domain of larval maxillary neuromere; is part of; centrolateral domain of larval labial neuromere; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval maxillary neuromere; L3 CNS template - Wood2018; P{GMR28A07-GAL4} expression pattern]

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GMR 28A09 FLP 8-1 [VFB_00057509]

A single 28A09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28A09-sp_BA/Confocal_63x_2012-04-03A_28A09_VNC-JT/stack_TIFF/28A09_57C10wtFlp_D_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; 5302901_R__2; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; GMR 28A09 FLP 8-1; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_21-40/28A09-sp_BA/Confocal_63x_2012-04-03A_28A09_VNC-JT/stack_TIFF/28A09_57C10wtFlp_D_VNC.tif; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; P{GMR28A09-GAL4} expression pattern; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 28A09 FLP 8-2 [VFB_00057510]

A single 28A09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28A09-sp_BA/Confocal_63x_2012-04-03A_28A09_VNC-JT/stack_TIFF/28A09_57C10wtFlp_D_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; GMR 28A09 FLP 8-2; centrolateral domain of larval T3 neuromere; centrolateral domain of larval A1 neuromere; 5302901_G__1; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_21-40/28A09-sp_BA/Confocal_63x_2012-04-03A_28A09_VNC-JT/stack_TIFF/28A09_57C10wtFlp_D_VNC.tif; P{GMR28A09-GAL4} expression pattern; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 28A09 FLP 9-1 [VFB_00057511]

A single 28A09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28A09-sp_BA/Confocal_63x_2012-04-03A_28A09_VNC-JT/stack_TIFF/28A09_57C10wtFlp_A_VNC.tif. [5302902_R__8; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_21-40/28A09-sp_BA/Confocal_63x_2012-04-03A_28A09_VNC-JT/stack_TIFF/28A09_57C10wtFlp_A_VNC.tif; is part of; GMR 28A09 FLP 9-1; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; P{GMR28A09-GAL4} expression pattern; L3 CNS template - Wood2018]

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GMR 28A09 FLP 9-2 [VFB_00057512]

A single 28A09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28A09-sp_BA/Confocal_63x_2012-04-03A_28A09_VNC-JT/stack_TIFF/28A09_57C10wtFlp_A_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval central nervous system; GMR 28A09 FLP 9-2; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; Lines/GMR_21-40/28A09-sp_BA/Confocal_63x_2012-04-03A_28A09_VNC-JT/stack_TIFF/28A09_57C10wtFlp_A_VNC.tif; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; 5302902_R__5; expresses; embryonic/larval central nervous system; P{GMR28A09-GAL4} expression pattern; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 28A09 FLP 9-3 [VFB_00057513]

A fragment of the 28A09 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28A09-sp_BA/Confocal_63x_2012-04-03A_28A09_VNC-JT/stack_TIFF/28A09_57C10wtFlp_A_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; GMR 28A09 FLP 9-3; centrolateral domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_21-40/28A09-sp_BA/Confocal_63x_2012-04-03A_28A09_VNC-JT/stack_TIFF/28A09_57C10wtFlp_A_VNC.tif; is part of; 5302902_G__1; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; P{GMR28A09-GAL4} expression pattern; L3 CNS template - Wood2018]

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GMR 28A12 FLP 4-1 [VFB_00061865]

A single 28A12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28A12_sp-B_transferred/Confocal_63x_2011-12-20_28A12_VNC/stack_TIFF/28A12_57C10wtFlp_A_VNC.tif. [confocal microscopy; unlicensed; P{GMR28A12-GAL4} expression pattern; Lines/GMR_21-40/28A12_sp-B_transferred/Confocal_63x_2011-12-20_28A12_VNC/stack_TIFF/28A12_57C10wtFlp_A_VNC.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; GMR 28A12 FLP 4-1; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; 5302437_G__2; expression pattern fragment; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 28E01 FLP 3-1 [VFB_00060913]

A single 28E01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28E01_sp/Confocal_63x_2012-12-14_28E01_VNC/stack_TIFF/28E01_57C10wtFlp_C_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; GMR 28E01 FLP 3-1; ventrolateral domain of larval central nervous system; expression pattern fragment; 5302241_G__1; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; Lines/GMR_21-40/28E01_sp/Confocal_63x_2012-12-14_28E01_VNC/stack_TIFF/28E01_57C10wtFlp_C_VNC.tif; L3 CNS template - Wood2018; P{GMR28E01-GAL4} expression pattern; dorsomedial domain of larval T2 neuromere]

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GMR 28E02 FLP 29-1 [VFB_00061705]

A single 28E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28E02/Confocal_63x_2013-05-24_VNC/stack_TIFF/28E02_57C10FlpL_A_VNC.tif. [L3 CNS template - Wood2018; GMR 28E02 FLP 29-1; embryonic/larval central nervous system; 5300775_R__1; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; Lines/GMR_21-40/28E02/Confocal_63x_2013-05-24_VNC/stack_TIFF/28E02_57C10FlpL_A_VNC.tif; P{GMR28E02-GAL4} expression pattern; embryonic/larval neuron; expresses]

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GMR 28E02 FLP 29-2 [VFB_00061706]

A single 28E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28E02/Confocal_63x_2013-05-24_VNC/stack_TIFF/28E02_57C10FlpL_A_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; 5300775_R__2; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 28E02 FLP 29-2; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR28E02-GAL4} expression pattern; central domain of larval central nervous system; is part of; embryonic/larval neuron; Lines/GMR_21-40/28E02/Confocal_63x_2013-05-24_VNC/stack_TIFF/28E02_57C10FlpL_A_VNC.tif; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; L3 CNS template - Wood2018]

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GMR 28E02 FLP 30-1 [VFB_00061380]

A single 28E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28E02/Confocal_63x_2013-05-24_VNC/stack_TIFF/28E02_57C10FlpL_I_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_21-40/28E02/Confocal_63x_2013-05-24_VNC/stack_TIFF/28E02_57C10FlpL_I_VNC.tif; expression pattern fragment; P{GMR28E02-GAL4} expression pattern; centrolateral domain of larval T3 neuromere; GMR 28E02 FLP 30-1; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; 5300774_G__3; L3 CNS template - Wood2018]

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GMR 28E02 FLP 31-1 [VFB_00061578]

A single 28E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28E02/Confocal_63x_2013-05-24_VNC/stack_TIFF/28E02_57C10FlpL_H_VNC.tif. [ventrolateral domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; confocal microscopy; 5300777_R__1; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR28E02-GAL4} expression pattern; centrolateral domain of larval T3 neuromere; Lines/GMR_21-40/28E02/Confocal_63x_2013-05-24_VNC/stack_TIFF/28E02_57C10FlpL_H_VNC.tif; is part of; embryonic/larval neuron; GMR 28E02 FLP 31-1; expresses; embryonic/larval central nervous system; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 28E02 FLP 31-2 [VFB_00061579]

A single 28E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28E02/Confocal_63x_2013-05-24_VNC/stack_TIFF/28E02_57C10FlpL_H_VNC.tif. [ventrolateral domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR28E02-GAL4} expression pattern; centrolateral domain of larval T3 neuromere; Lines/GMR_21-40/28E02/Confocal_63x_2013-05-24_VNC/stack_TIFF/28E02_57C10FlpL_H_VNC.tif; is part of; embryonic/larval neuron; expresses; GMR 28E02 FLP 31-2; embryonic/larval central nervous system; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; 5300777_G__1]

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GMR 28E02 FLP 32-1 [VFB_00061710]

A single 28E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28E02/Confocal_63x_2013-05-24_VNC/stack_TIFF/28E02_57C10FlpL_D_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; Lines/GMR_21-40/28E02/Confocal_63x_2013-05-24_VNC/stack_TIFF/28E02_57C10FlpL_D_VNC.tif; centrolateral domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; 5300776_R__1; expression pattern fragment; P{GMR28E02-GAL4} expression pattern; centrolateral domain of larval T3 neuromere; centrolateral domain of larval A1 neuromere; GMR 28E02 FLP 32-1; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 28E02 FLP 33-1 [VFB_00061580]

A single 28E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28E02/Confocal_63x_2013-05-24_VNC/stack_TIFF/28E02_57C10FlpL_F_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5300771_R__1; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR28E02-GAL4} expression pattern; centrolateral domain of larval T3 neuromere; GMR 28E02 FLP 33-1; centrolateral domain of larval A1 neuromere; is part of; Lines/GMR_21-40/28E02/Confocal_63x_2013-05-24_VNC/stack_TIFF/28E02_57C10FlpL_F_VNC.tif; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 28E02 FLP 33-2 [VFB_00061581]

A single 28E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28E02/Confocal_63x_2013-05-24_VNC/stack_TIFF/28E02_57C10FlpL_F_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; P{GMR28E02-GAL4} expression pattern; GMR 28E02 FLP 33-2; 5300771_R__3; centrolateral domain of larval T3 neuromere; is part of; Lines/GMR_21-40/28E02/Confocal_63x_2013-05-24_VNC/stack_TIFF/28E02_57C10FlpL_F_VNC.tif; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 28E02 FLP 33-3 [VFB_00061582]

A single 28E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28E02/Confocal_63x_2013-05-24_VNC/stack_TIFF/28E02_57C10FlpL_F_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; GMR 28E02 FLP 33-3; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; P{GMR28E02-GAL4} expression pattern; centrolateral domain of larval T3 neuromere; is part of; Lines/GMR_21-40/28E02/Confocal_63x_2013-05-24_VNC/stack_TIFF/28E02_57C10FlpL_F_VNC.tif; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 5300771_G__1; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 28E02 FLP 35-1 [VFB_00061714]

A single 28E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28E02/Confocal_63x_2013-05-24_VNC/stack_TIFF/28E02_57C10FlpL_B_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_21-40/28E02/Confocal_63x_2013-05-24_VNC/stack_TIFF/28E02_57C10FlpL_B_VNC.tif; ventrolateral domain of larval central nervous system; GMR 28E02 FLP 35-1; expression pattern fragment; P{GMR28E02-GAL4} expression pattern; 5300773_R__2; central domain of larval maxillary neuromere; central domain of larval central nervous system; is part of; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; L3 CNS template - Wood2018]

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GMR 28E02 FLP 35-2 [VFB_00061715]

A single 28E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28E02/Confocal_63x_2013-05-24_VNC/stack_TIFF/28E02_57C10FlpL_B_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_21-40/28E02/Confocal_63x_2013-05-24_VNC/stack_TIFF/28E02_57C10FlpL_B_VNC.tif; expression pattern fragment; P{GMR28E02-GAL4} expression pattern; centrolateral domain of larval T3 neuromere; GMR 28E02 FLP 35-2; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 5300773_G__1; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 28E02 FLP 36-1 [VFB_00061381]

A single 28E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28E02/Confocal_63x_2013-05-24_VNC/stack_TIFF/28E02_57C10FlpL_E_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; GMR 28E02 FLP 36-1; Lines/GMR_21-40/28E02/Confocal_63x_2013-05-24_VNC/stack_TIFF/28E02_57C10FlpL_E_VNC.tif; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; P{GMR28E02-GAL4} expression pattern; centrolateral domain of larval T3 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 5300772_R__3; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 28E11 FLP 1-1 [VFB_00061643]

A fragment of the 28E11 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28E11_new/Confocal_63X_2014-09-28_VNC/stack_TIFF/28E11_57C10L_B_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; P{GMR28E11-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval A2 neuromere; GMR 28E11 FLP 1-1; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; 5301332_R__1; is part of; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A2 neuromere; Lines/GMR_21-40/28E11_new/Confocal_63X_2014-09-28_VNC/stack_TIFF/28E11_57C10L_B_VNC.tif; centromedial domain of larval A3 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 28E11 FLP 2-1 [VFB_00061647]

A fragment of the 28E11 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28E11_new/Confocal_63X_2014-09-28_VNC/stack_TIFF/28E11_57C10L_C_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; Lines/GMR_21-40/28E11_new/Confocal_63X_2014-09-28_VNC/stack_TIFF/28E11_57C10L_C_VNC.tif; ventromedial domain of larval central nervous system; P{GMR28E11-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; GMR 28E11 FLP 2-1; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; centrolateral domain of larval A3 neuromere; centromedial domain of larval A5 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018; 5301333_G__1]

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GMR 28F06 FLP 1-1 [VFB_00060609]

A fragment of the 28F06 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28F06_sp_B/Confocal_63x_2012-07-16_28F06_VNC/stack_TIFF/28F06_57C10wtFlp_D_VNC.tif. [centromedial domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; P{GMR28F06-GAL4} expression pattern; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 28F06 FLP 1-1; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; Lines/GMR_21-40/28F06_sp_B/Confocal_63x_2012-07-16_28F06_VNC/stack_TIFF/28F06_57C10wtFlp_D_VNC.tif; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; 5302560_G__1; dorsomedial domain of larval T2 neuromere]

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GMR 28F12 FLP 1-1 [VFB_00057541]

A single 28F12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28F12/Confocal_63x_2012-12-14_28F12_VNC/stack_TIFF/28F12_57C10FlpL_E_VNC.tif. [centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; 5301765_R__1; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; expression pattern fragment; dorsomedial domain of larval T3 neuromere; is part of; Lines/GMR_21-40/28F12/Confocal_63x_2012-12-14_28F12_VNC/stack_TIFF/28F12_57C10FlpL_E_VNC.tif; embryonic/larval neuron; expresses; P{GMR28F12-GAL4} expression pattern; embryonic/larval central nervous system; GMR 28F12 FLP 1-1; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 28F12 FLP 1-2 [VFB_00057542]

A single 28F12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28F12/Confocal_63x_2012-12-14_28F12_VNC/stack_TIFF/28F12_57C10FlpL_E_VNC.tif. [L3 CNS template - Wood2018; P{GMR28F12-GAL4} expression pattern; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; Lines/GMR_21-40/28F12/Confocal_63x_2012-12-14_28F12_VNC/stack_TIFF/28F12_57C10FlpL_E_VNC.tif; GMR 28F12 FLP 1-2; embryonic/larval neuron; 5301765_G__1; ventromedial domain of larval A2 neuromere; expresses]

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GMR 28F12 FLP 10-1 [VFB_00057546]

A single 28F12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28F12/Confocal_63x_2012-12-14_28F12_VNC/stack_TIFF/28F12_57C10FlpL_G_VNC.tif. [L3 CNS template - Wood2018; P{GMR28F12-GAL4} expression pattern; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; ventromedial domain of larval A5 neuromere; unlicensed; GMR 28F12 FLP 10-1; Truman Larval Flip-Out Collection; is part of; overlaps; ventromedial domain of larval central nervous system; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; 5301768_G__3; embryonic/larval neuron; Lines/GMR_21-40/28F12/Confocal_63x_2012-12-14_28F12_VNC/stack_TIFF/28F12_57C10FlpL_G_VNC.tif; expresses]

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GMR 28F12 FLP 2-1 [VFB_00057543]

A single 28F12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28F12/Confocal_63x_2012-12-14_28F12_VNC/stack_TIFF/28F12_57C10FlpL_F_VNC.tif. [L3 CNS template - Wood2018; P{GMR28F12-GAL4} expression pattern; embryonic/larval central nervous system; Lines/GMR_21-40/28F12/Confocal_63x_2012-12-14_28F12_VNC/stack_TIFF/28F12_57C10FlpL_F_VNC.tif; expression pattern fragment; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval labial neuromere; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; confocal microscopy; GMR 28F12 FLP 2-1; 5301764_G__1; embryonic/larval neuron; expresses]

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GMR 28F12 FLP 3-1 [VFB_00057544]

A fragment of the 28F12 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28F12/Confocal_63x_2012-12-14_28F12_VNC/stack_TIFF/28F12_57C10FlpL_D_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; 5301767_G__1; is part of; GMR 28F12 FLP 3-1; ventromedial domain of larval maxillary neuromere; expresses; P{GMR28F12-GAL4} expression pattern; embryonic/larval central nervous system; Lines/GMR_21-40/28F12/Confocal_63x_2012-12-14_28F12_VNC/stack_TIFF/28F12_57C10FlpL_D_VNC.tif; L3 CNS template - Wood2018]

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GMR 28F12 FLP 9-1 [VFB_00057545]

A single 28F12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28F12/Confocal_63x_2012-12-14_28F12_VNC/stack_TIFF/28F12_57C10FlpL_C_VNC.tif. [centromedial domain of larval T2 neuromere; GMR 28F12 FLP 9-1; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; expression pattern fragment; dorsomedial domain of larval T3 neuromere; is part of; Lines/GMR_21-40/28F12/Confocal_63x_2012-12-14_28F12_VNC/stack_TIFF/28F12_57C10FlpL_C_VNC.tif; embryonic/larval neuron; expresses; P{GMR28F12-GAL4} expression pattern; embryonic/larval central nervous system; 5301769_R__1; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 28H03 FLP 15-1 [VFB_00061040]

A single 28H03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28H03_sp/Confocal_63x_2013-06-07_VNC/stack_TIFF/28H03_57C10FlpL_K_VNC.tif. [5303931_G__1; confocal microscopy; unlicensed; P{GMR28H03-GAL4} expression pattern; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; GMR 28H03 FLP 15-1; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; centrolateral domain of larval A2 neuromere; is part of; Lines/GMR_21-40/28H03_sp/Confocal_63x_2013-06-07_VNC/stack_TIFF/28H03_57C10FlpL_K_VNC.tif; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 28H03 FLP 25-1 [VFB_00061020]

A single 28H03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28H03_sp/Confocal_63x_2013-06-07_VNC/stack_TIFF/28H03_57C10FlpL_F_VNC.tif. [5303929_R__4; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; P{GMR28H03-GAL4} expression pattern; centrolateral domain of larval central nervous system; GMR 28H03 FLP 25-1; dorsomedial domain of larval central nervous system; Lines/GMR_21-40/28H03_sp/Confocal_63x_2013-06-07_VNC/stack_TIFF/28H03_57C10FlpL_F_VNC.tif; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 28H03 FLP 25-2 [VFB_00061021]

A single 28H03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28H03_sp/Confocal_63x_2013-06-07_VNC/stack_TIFF/28H03_57C10FlpL_F_VNC.tif. [L3 CNS template - Wood2018; 5303929_G__4; embryonic/larval central nervous system; Lines/GMR_21-40/28H03_sp/Confocal_63x_2013-06-07_VNC/stack_TIFF/28H03_57C10FlpL_F_VNC.tif; expression pattern fragment; confocal microscopy; GMR 28H03 FLP 25-2; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; P{GMR28H03-GAL4} expression pattern; larval T2 leg neuropil; centrolateral domain of larval central nervous system; embryonic/larval neuron; centrolateral domain of larval T2 neuromere; expresses]

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GMR 28H03 FLP 26-1 [VFB_00060391]

A single 28H03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28H03_sp/Confocal_63x_2013-06-07_VNC/stack_TIFF/28H03_57C10FlpL_G_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; P{GMR28H03-GAL4} expression pattern; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_21-40/28H03_sp/Confocal_63x_2013-06-07_VNC/stack_TIFF/28H03_57C10FlpL_G_VNC.tif; GMR 28H03 FLP 26-1; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; is part of; 5303928_R__4; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 28H03 FLP 27-1 [VFB_00061022]

A single 28H03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28H03_sp/Confocal_63x_2013-06-07_VNC/stack_TIFF/28H03_57C10FlpL_L_VNC.tif. [GMR 28H03 FLP 27-1; 5303925_G__1; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; P{GMR28H03-GAL4} expression pattern; larval T2 leg neuropil; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; Lines/GMR_21-40/28H03_sp/Confocal_63x_2013-06-07_VNC/stack_TIFF/28H03_57C10FlpL_L_VNC.tif; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 28H03 FLP 28-1 [VFB_00061023]

A single 28H03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28H03_sp/Confocal_63x_2013-06-07_VNC/stack_TIFF/28H03_57C10FlpL_J_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; P{GMR28H03-GAL4} expression pattern; 5303924_G__5; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; GMR 28H03 FLP 28-1; is part of; embryonic/larval neuron; expresses; Lines/GMR_21-40/28H03_sp/Confocal_63x_2013-06-07_VNC/stack_TIFF/28H03_57C10FlpL_J_VNC.tif; embryonic/larval central nervous system; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 28H03 FLP 3-1 [VFB_00058317]

A single 28H03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28H03_sp/Confocal_63x_2012-12-14_28H03_VNC/stack_TIFF/28H03_57C10FlpL_F_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; P{GMR28H03-GAL4} expression pattern; centrolateral domain of larval central nervous system; GMR 28H03 FLP 3-1; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; is part of; 5303912_R__1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_21-40/28H03_sp/Confocal_63x_2012-12-14_28H03_VNC/stack_TIFF/28H03_57C10FlpL_F_VNC.tif; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 28H03 FLP 31-1 [VFB_00061027]

A single 28H03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28H03_sp/Confocal_63x_2013-06-07_VNC/stack_TIFF/28H03_57C10FlpL_C_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; P{GMR28H03-GAL4} expression pattern; larval T2 leg neuropil; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_21-40/28H03_sp/Confocal_63x_2013-06-07_VNC/stack_TIFF/28H03_57C10FlpL_C_VNC.tif; expression pattern fragment; dorsomedial domain of larval T3 neuromere; is part of; 5303921_R__1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 28H03 FLP 31-1; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 28H03 FLP 31-2 [VFB_00061028]

A single 28H03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28H03_sp/Confocal_63x_2013-06-07_VNC/stack_TIFF/28H03_57C10FlpL_C_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; P{GMR28H03-GAL4} expression pattern; GMR 28H03 FLP 31-2; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_21-40/28H03_sp/Confocal_63x_2013-06-07_VNC/stack_TIFF/28H03_57C10FlpL_C_VNC.tif; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; is part of; 5303921_R__2; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 28H03 FLP 31-3 [VFB_00061029]

A single 28H03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28H03_sp/Confocal_63x_2013-06-07_VNC/stack_TIFF/28H03_57C10FlpL_C_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; GMR 28H03 FLP 31-3; unlicensed; 5303921_G__1; P{GMR28H03-GAL4} expression pattern; centrolateral domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_21-40/28H03_sp/Confocal_63x_2013-06-07_VNC/stack_TIFF/28H03_57C10FlpL_C_VNC.tif; expression pattern fragment; centrolateral domain of larval T3 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 28H03 FLP 31-4 [VFB_00061030]

A single 28H03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/28H03_sp/Confocal_63x_2013-06-07_VNC/stack_TIFF/28H03_57C10FlpL_C_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; P{GMR28H03-GAL4} expression pattern; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; 5303921_G__2; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_21-40/28H03_sp/Confocal_63x_2013-06-07_VNC/stack_TIFF/28H03_57C10FlpL_C_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; GMR 28H03 FLP 31-4; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 29D11 FLP 28-1 [VFB_00059503]

A single 29D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29D11/Confocal_63x_2012-03-19_29D11_VNC/stack_TIFF/29D11_57C10FlpL_C_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; 5302408_G__1; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; P{GMR29D11-GAL4} expression pattern; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; embryonic/larval neuron; Lines/GMR_21-40/29D11/Confocal_63x_2012-03-19_29D11_VNC/stack_TIFF/29D11_57C10FlpL_C_VNC.tif; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; GMR 29D11 FLP 28-1; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 29D11 FLP 32-1 [VFB_00059504]

A fragment of the 29D11 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29D11/Confocal_63x_2013-06-04_VNC/stack_TIFF/29D11_57C10FlpL_A_VNC.tif. [ventrolateral domain of larval T2 neuromere; GMR 29D11 FLP 32-1; centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; P{GMR29D11-GAL4} expression pattern; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; 5302402_R__1; central domain of larval central nervous system; is part of; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; Lines/GMR_21-40/29D11/Confocal_63x_2013-06-04_VNC/stack_TIFF/29D11_57C10FlpL_A_VNC.tif; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 29D11 FLP 35-1 [VFB_00059505]

A single 29D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29D11/Confocal_63x_2012-03-19_29D11_VNC/stack_TIFF/29D11_57C10FlpL_A_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; 5302407_G__1; unlicensed; P{GMR29D11-GAL4} expression pattern; GMR 29D11 FLP 35-1; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; Lines/GMR_21-40/29D11/Confocal_63x_2012-03-19_29D11_VNC/stack_TIFF/29D11_57C10FlpL_A_VNC.tif; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 29D11 FLP 36-1 [VFB_00059506]

A single 29D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29D11/Confocal_63x_2012-03-19_29D11_VNC/stack_TIFF/29D11_57C10FlpL_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; Lines/GMR_21-40/29D11/Confocal_63x_2012-03-19_29D11_VNC/stack_TIFF/29D11_57C10FlpL_B_VNC.tif; 5302406_G__1; centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; P{GMR29D11-GAL4} expression pattern; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; GMR 29D11 FLP 36-1; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 29E04 FLP 15-1 [VFB_00058364]

A fragment of the 29E04 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29E04/Confocal_63x_2012-03-16_29E04_VNC/stack_TIFF/29E04_57C10wtFlp_K_VNC.tif. [confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; Lines/GMR_21-40/29E04/Confocal_63x_2012-03-16_29E04_VNC/stack_TIFF/29E04_57C10wtFlp_K_VNC.tif; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR29E04-GAL4} expression pattern; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; 5300821_R__1; GMR 29E04 FLP 15-1; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 29E04 FLP 15-2 [VFB_00058365]

A single 29E04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29E04/Confocal_63x_2012-03-16_29E04_VNC/stack_TIFF/29E04_57C10wtFlp_K_VNC.tif. [confocal microscopy; unlicensed; 5300821_G__1; central domain of larval A7 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; Lines/GMR_21-40/29E04/Confocal_63x_2012-03-16_29E04_VNC/stack_TIFF/29E04_57C10wtFlp_K_VNC.tif; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; ventrolateral domain of larval A7 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR29E04-GAL4} expression pattern; central domain of larval central nervous system; is part of; ventrolateral domain of larval A8 neuromere; centromedial domain of larval A7 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; GMR 29E04 FLP 15-2; expresses; embryonic/larval central nervous system; centrolateral domain of larval A7 neuromere; L3 CNS template - Wood2018]

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GMR 29E04 FLP 16-1 [VFB_00058366]

A single 29E04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29E04/Confocal_63x_2012-03-16_29E04_VNC/stack_TIFF/29E04_57C10wtFlp_G_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; 5300820_R__1; GMR 29E04 FLP 16-1; embryonic/larval neuron; Lines/GMR_21-40/29E04/Confocal_63x_2012-03-16_29E04_VNC/stack_TIFF/29E04_57C10wtFlp_G_VNC.tif; P{GMR29E04-GAL4} expression pattern; expresses]

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GMR 29E04 FLP 16-2 [VFB_00058367]

A single 29E04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29E04/Confocal_63x_2012-03-16_29E04_VNC/stack_TIFF/29E04_57C10wtFlp_G_VNC.tif. [GMR 29E04 FLP 16-2; confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; central domain of larval A6 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_21-40/29E04/Confocal_63x_2012-03-16_29E04_VNC/stack_TIFF/29E04_57C10wtFlp_G_VNC.tif; P{GMR29E04-GAL4} expression pattern; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; 5300820_G__2; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 29E04 FLP 18-1 [VFB_00058368]

A single 29E04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29E04/Confocal_63x_2012-03-16_29E04_VNC/stack_TIFF/29E04_57C10wtFlp_B_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; Lines/GMR_21-40/29E04/Confocal_63x_2012-03-16_29E04_VNC/stack_TIFF/29E04_57C10wtFlp_B_VNC.tif; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; 5300822_G__2; GMR 29E04 FLP 18-1; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR29E04-GAL4} expression pattern; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 29E04 FLP 18-2 [VFB_00058369]

A single 29E04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29E04/Confocal_63x_2012-03-16_29E04_VNC/stack_TIFF/29E04_57C10wtFlp_B_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; GMR 29E04 FLP 18-2; 5300822_G__3; Lines/GMR_21-40/29E04/Confocal_63x_2012-03-16_29E04_VNC/stack_TIFF/29E04_57C10wtFlp_B_VNC.tif; embryonic/larval neuron; P{GMR29E04-GAL4} expression pattern; expresses]

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GMR 29E04 FLP 19-1 [VFB_00058370]

A single 29E04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29E04/Confocal_63x_2012-03-16_29E04_VNC/stack_TIFF/29E04_57C10wtFlp_D_VNC.tif. [L3 CNS template - Wood2018; GMR 29E04 FLP 19-1; embryonic/larval central nervous system; Lines/GMR_21-40/29E04/Confocal_63x_2012-03-16_29E04_VNC/stack_TIFF/29E04_57C10wtFlp_D_VNC.tif; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; embryonic/larval neuron; 5300829_R__1; P{GMR29E04-GAL4} expression pattern; expresses]

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GMR 29E04 FLP 29-2 [VFB_00060859]

A single 29E04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29E04/Confocal_63x_2012-02-09_29E04_VNC/stack_TIFF/29E04_57C10wtFlp_G_VNC.tif. [confocal microscopy; unlicensed; 5300811_G__3; centrolateral domain of larval central nervous system; Lines/GMR_21-40/29E04/Confocal_63x_2012-02-09_29E04_VNC/stack_TIFF/29E04_57C10wtFlp_G_VNC.tif; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; P{GMR29E04-GAL4} expression pattern; central domain of larval A2 neuromere; central domain of larval central nervous system; GMR 29E04 FLP 29-2; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 29E04 FLP 31-1 [VFB_00060860]

A single 29E04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29E04/Confocal_63x_2012-02-09_29E04_VNC/stack_TIFF/29E04_57C10wtFlp_F_VNC.tif. [5300813_R__1; confocal microscopy; unlicensed; central domain of larval T3 neuromere; Lines/GMR_21-40/29E04/Confocal_63x_2012-02-09_29E04_VNC/stack_TIFF/29E04_57C10wtFlp_F_VNC.tif; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; L3 CNS template - Wood2018; P{GMR29E04-GAL4} expression pattern; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; larval T3 leg neuropil; GMR 29E04 FLP 31-1]

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GMR 29E04 FLP 43-1 [VFB_00061066]

A single 29E04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29E04/Confocal_63x_2012-03-16_29E04_VNC/stack_TIFF/29E04_57C10wtFlp_C_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR29E04-GAL4} expression pattern; central domain of larval A2 neuromere; 5300830_G__2; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; GMR 29E04 FLP 43-1; central domain of larval A3 neuromere; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; centromedial domain of larval A3 neuromere; Lines/GMR_21-40/29E04/Confocal_63x_2012-03-16_29E04_VNC/stack_TIFF/29E04_57C10wtFlp_C_VNC.tif; L3 CNS template - Wood2018]

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GMR 29E10 FLP 9-1 [VFB_00061131]

A single 29E10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29E10/Confocal_63x_2011-09-26_29E10_VNC/stack_TIFF/29E10_57C10FlpL_F.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_21-40/29E10/Confocal_63x_2011-09-26_29E10_VNC/stack_TIFF/29E10_57C10FlpL_F.tif; central domain of larval central nervous system; GMR 29E10 FLP 9-1; is part of; embryonic/larval neuron; 5301464_R__1; expresses; P{GMR29E10-GAL4} expression pattern; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 29E11 FLP 31-1 [VFB_00058183]

A fragment of the 29E11 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29E11/Confocal_63x_2012-03-16_29E11_VNC/stack_TIFF/29E11_57C10FlpL_D_VNC.tif. [GMR 29E11 FLP 31-1; confocal microscopy; unlicensed; P{GMR29E11-GAL4} expression pattern; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; Lines/GMR_21-40/29E11/Confocal_63x_2012-03-16_29E11_VNC/stack_TIFF/29E11_57C10FlpL_D_VNC.tif; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; 5300114_R__1; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval maxillary neuromere; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; dorsolateral domain of larval maxillary neuromere; L3 CNS template - Wood2018]

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GMR 29E11 FLP 34-1 [VFB_00058184]

A fragment of the 29E11 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29E11/Confocal_63x_2012-03-16_29E11_VNC/stack_TIFF/29E11_57C10FlpL_E_VNC.tif. [Lines/GMR_21-40/29E11/Confocal_63x_2012-03-16_29E11_VNC/stack_TIFF/29E11_57C10FlpL_E_VNC.tif; confocal microscopy; unlicensed; P{GMR29E11-GAL4} expression pattern; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; 5300113_G__1; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; GMR 29E11 FLP 34-1; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval maxillary neuromere; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 29E11 FLP 35-1 [VFB_00058185]

A single 29E11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29E11/Confocal_63x_2012-03-16_29E11_VNC/stack_TIFF/29E11_57C10FlpL_B_VNC.tif. [centromedial domain of larval A4 neuromere; GMR 29E11 FLP 35-1; confocal microscopy; unlicensed; P{GMR29E11-GAL4} expression pattern; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_21-40/29E11/Confocal_63x_2012-03-16_29E11_VNC/stack_TIFF/29E11_57C10FlpL_B_VNC.tif; central domain of larval central nervous system; 5300112_R__1; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 29F08 FLP 8-1 [VFB_00058161]

A single 29F08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29F08_sp/Confocal_63x_2013-05-29_VNC/stack_TIFF/29F08_57C10FlpL_A_VNC.tif. [confocal microscopy; unlicensed; central domain of larval A7 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval mandibular neuromere; Lines/GMR_21-40/29F08_sp/Confocal_63x_2013-05-29_VNC/stack_TIFF/29F08_57C10FlpL_A_VNC.tif; expression pattern fragment; dorsolateral domain of larval A7 neuromere; central domain of larval maxillary neuromere; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; dorsomedial domain of larval maxillary neuromere; is part of; P{GMR29F08-GAL4} expression pattern; centromedial domain of larval A7 neuromere; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; dorsolateral domain of larval A8 neuromere; central domain of larval A3 neuromere; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; 5303605_R__1; central domain of larval A8 neuromere; dorsomedial domain of larval A8 neuromere; centrolateral domain of larval A7 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; dorsolateral domain of larval A3 neuromere; L3 CNS template - Wood2018; GMR 29F08 FLP 8-1]

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GMR 29F08 FLP 8-2 [VFB_00058162]

A single 29F08 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29F08_sp/Confocal_63x_2013-05-29_VNC/stack_TIFF/29F08_57C10FlpL_A_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; Lines/GMR_21-40/29F08_sp/Confocal_63x_2013-05-29_VNC/stack_TIFF/29F08_57C10FlpL_A_VNC.tif; expression pattern fragment; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; P{GMR29F08-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; 5303605_G__1; GMR 29F08 FLP 8-2; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 29G02 FLP 1-1 [VFB_00061043]

A single 29G02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29G02/Confocal_63x_2012-08-07_29G02_VNC/stack_TIFF/29G02_57C10FlpL_G_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval T3 neuromere; Lines/GMR_21-40/29G02/Confocal_63x_2012-08-07_29G02_VNC/stack_TIFF/29G02_57C10FlpL_G_VNC.tif; expression pattern fragment; confocal microscopy; expresses; unlicensed; 5303658_R__2; Truman Larval Flip-Out Collection; is part of; P{GMR29G02-GAL4} expression pattern; overlaps; GMR 29G02 FLP 1-1; dorsolateral domain of larval central nervous system; embryonic/larval neuron; dorsomedial domain of larval T3 neuromere]

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GMR 29G02 FLP 1-2 [VFB_00061044]

A single 29G02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29G02/Confocal_63x_2012-08-07_29G02_VNC/stack_TIFF/29G02_57C10FlpL_G_VNC.tif. [Lines/GMR_21-40/29G02/Confocal_63x_2012-08-07_29G02_VNC/stack_TIFF/29G02_57C10FlpL_G_VNC.tif; 5303658_G__3; confocal microscopy; unlicensed; GMR 29G02 FLP 1-2; centromedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; expression pattern fragment; ventromedial domain of larval A5 neuromere; is part of; P{GMR29G02-GAL4} expression pattern; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 29G02 FLP 3-1 [VFB_00061045]

A single 29G02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29G02/Confocal_63x_2012-08-07_29G02_VNC/stack_TIFF/29G02_57C10FlpL_C_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_21-40/29G02/Confocal_63x_2012-08-07_29G02_VNC/stack_TIFF/29G02_57C10FlpL_C_VNC.tif; expression pattern fragment; 5303652_R__1; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; is part of; P{GMR29G02-GAL4} expression pattern; GMR 29G02 FLP 3-1; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 29G02 FLP 5-1 [VFB_00061046]

A single 29G02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29G02/Confocal_63x_2012-08-07_29G02_VNC/stack_TIFF/29G02_57C10FlpL_H_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; 5303650_R__1; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; GMR 29G02 FLP 5-1; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; is part of; P{GMR29G02-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; Lines/GMR_21-40/29G02/Confocal_63x_2012-08-07_29G02_VNC/stack_TIFF/29G02_57C10FlpL_H_VNC.tif; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 29G02 FLP 7-1 [VFB_00061047]

A single 29G02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29G02/Confocal_63x_2012-08-07_29G02_VNC/stack_TIFF/29G02_57C10FlpL_I_VNC.tif. [confocal microscopy; unlicensed; central domain of larval A7 neuromere; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; GMR 29G02 FLP 7-1; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A7 neuromere; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; is part of; P{GMR29G02-GAL4} expression pattern; 5303655_R__1; centromedial domain of larval A7 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; centrolateral domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; Lines/GMR_21-40/29G02/Confocal_63x_2012-08-07_29G02_VNC/stack_TIFF/29G02_57C10FlpL_I_VNC.tif; L3 CNS template - Wood2018]

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GMR 29G02 FLP 8-1 [VFB_00061048]

A single 29G02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29G02/Confocal_63x_2012-08-07_29G02_VNC/stack_TIFF/29G02_57C10FlpL_B_VNC.tif. [centromedial domain of larval A4 neuromere; Lines/GMR_21-40/29G02/Confocal_63x_2012-08-07_29G02_VNC/stack_TIFF/29G02_57C10FlpL_B_VNC.tif; confocal microscopy; unlicensed; dorsomedial domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; is part of; P{GMR29G02-GAL4} expression pattern; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; GMR 29G02 FLP 8-1; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; 5303654_R__2; L3 CNS template - Wood2018]

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GMR 29H06 FLP 11-1 [VFB_00061837]

A single 29H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29H06_sp more brain to score/Confocal_63x_2012-12-19_29H06_VNC/stack_TIFF/29H06_57C10wtFlp_E_VNC.tif. [centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Lines/GMR_21-40/29H06_sp more brain to score/Confocal_63x_2012-12-19_29H06_VNC/stack_TIFF/29H06_57C10wtFlp_E_VNC.tif; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; expression pattern fragment; dorsomedial domain of larval T3 neuromere; P{GMR29H06-GAL4} expression pattern; central domain of larval central nervous system; 5300238_R__1; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018; GMR 29H06 FLP 11-1; dorsomedial domain of larval T2 neuromere]

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GMR 29H06 FLP 13-1 [VFB_00061408]

A single 29H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29H06_sp more brain to score/Confocal_63x_2012-12-19_29H06_VNC/stack_TIFF/29H06_57C10wtFlp_L_VNC.tif. [ventromedial domain of larval labial neuromere; GMR 29H06 FLP 13-1; centromedial domain of larval labial neuromere; unlicensed; confocal microscopy; Lines/GMR_21-40/29H06_sp more brain to score/Confocal_63x_2012-12-19_29H06_VNC/stack_TIFF/29H06_57C10wtFlp_L_VNC.tif; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; 5300234_R__1; dorsomedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; dorsomedial domain of larval labial neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR29H06-GAL4} expression pattern; central domain of larval central nervous system; is part of; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; L3 CNS template - Wood2018]

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GMR 29H06 FLP 13-2 [VFB_00061409]

A single 29H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29H06_sp more brain to score/Confocal_63x_2012-12-19_29H06_VNC/stack_TIFF/29H06_57C10wtFlp_L_VNC.tif. [confocal microscopy; unlicensed; Lines/GMR_21-40/29H06_sp more brain to score/Confocal_63x_2012-12-19_29H06_VNC/stack_TIFF/29H06_57C10wtFlp_L_VNC.tif; 5300234_G__2; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; P{GMR29H06-GAL4} expression pattern; central domain of larval central nervous system; is part of; embryonic/larval neuron; GMR 29H06 FLP 13-2; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 29H06 FLP 13-3 [VFB_00061410]

A single 29H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29H06_sp more brain to score/Confocal_63x_2012-12-19_29H06_VNC/stack_TIFF/29H06_57C10wtFlp_L_VNC.tif. [centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; 5300234_G__4; centromedial domain of larval T3 neuromere; Lines/GMR_21-40/29H06_sp more brain to score/Confocal_63x_2012-12-19_29H06_VNC/stack_TIFF/29H06_57C10wtFlp_L_VNC.tif; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; expression pattern fragment; dorsomedial domain of larval T3 neuromere; P{GMR29H06-GAL4} expression pattern; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 29H06 FLP 13-3; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 29H06 FLP 14-1 [VFB_00061411]

A single 29H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29H06_sp more brain to score/Confocal_63x_2012-12-19_29H06_VNC/stack_TIFF/29H06_57C10wtFlp_G_VNC.tif. [centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_21-40/29H06_sp more brain to score/Confocal_63x_2012-12-19_29H06_VNC/stack_TIFF/29H06_57C10wtFlp_G_VNC.tif; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; expression pattern fragment; dorsomedial domain of larval T3 neuromere; P{GMR29H06-GAL4} expression pattern; central domain of larval central nervous system; GMR 29H06 FLP 14-1; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 5300235_R__1; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 29H06 FLP 14-2 [VFB_00061412]

A single 29H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29H06_sp more brain to score/Confocal_63x_2012-12-19_29H06_VNC/stack_TIFF/29H06_57C10wtFlp_G_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_21-40/29H06_sp more brain to score/Confocal_63x_2012-12-19_29H06_VNC/stack_TIFF/29H06_57C10wtFlp_G_VNC.tif; expression pattern fragment; P{GMR29H06-GAL4} expression pattern; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 5300235_R__2; GMR 29H06 FLP 14-2; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 29H06 FLP 19-1 [VFB_00061805]

A single 29H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29H06_sp more brain to score/Confocal_63x_2012-12-19_29H06_VNC/stack_TIFF/29H06_57C10wtFlp_K_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 29H06 FLP 19-1; expression pattern fragment; dorsolateral domain of larval A7 neuromere; P{GMR29H06-GAL4} expression pattern; is part of; Lines/GMR_21-40/29H06_sp more brain to score/Confocal_63x_2012-12-19_29H06_VNC/stack_TIFF/29H06_57C10wtFlp_K_VNC.tif; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; 5300233_G__3; centrolateral domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 29H06 FLP 20-1 [VFB_00061838]

A single 29H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/29H06_sp more brain to score/Confocal_63x_2012-12-19_29H06_VNC/stack_TIFF/29H06_57C10wtFlp_F_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; Lines/GMR_21-40/29H06_sp more brain to score/Confocal_63x_2012-12-19_29H06_VNC/stack_TIFF/29H06_57C10wtFlp_F_VNC.tif; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; P{GMR29H06-GAL4} expression pattern; central domain of larval central nervous system; is part of; GMR 29H06 FLP 20-1; embryonic/larval neuron; expresses; 5300239_R__1; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 30A08 FLP 1-1 [VFB_00060378]

A single 30A08 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30A08_sp/Confocal_63x_2012-11-14_30A08_VNC 2/Stack_tif/30A08_57C10FlpL_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; expression pattern fragment; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; Lines/GMR_21-40/30A08_sp/Confocal_63x_2012-11-14_30A08_VNC 2/Stack_tif/30A08_57C10FlpL_F_VNC.tif; P{GMR30A08-GAL4} expression pattern; embryonic/larval central nervous system; central domain of larval labial neuromere; 5302548_G__1; L3 CNS template - Wood2018; GMR 30A08 FLP 1-1]

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GMR 30A08 FLP 2-1 [VFB_00060379]

A single 30A08 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30A08_sp/Confocal_63x_2012-11-14_30A08_VNC 2/Stack_tif/30A08_57C10FlpL_G_VNC.tif. [ventrolateral domain of larval T2 neuromere; Lines/GMR_21-40/30A08_sp/Confocal_63x_2012-11-14_30A08_VNC 2/Stack_tif/30A08_57C10FlpL_G_VNC.tif; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; GMR 30A08 FLP 2-1; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; 5302549_G__1; is part of; embryonic/larval neuron; expresses; P{GMR30A08-GAL4} expression pattern; embryonic/larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 30A08 FLP 5-1 [VFB_00060381]

A single 30A08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30A08_sp/Confocal_63x_2012-11-14_30A08_VNC 2/Stack_tif/30A08_57C10FlpL_A_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; Lines/GMR_21-40/30A08_sp/Confocal_63x_2012-11-14_30A08_VNC 2/Stack_tif/30A08_57C10FlpL_A_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; 5302546_R__1; expresses; GMR 30A08 FLP 5-1; P{GMR30A08-GAL4} expression pattern; embryonic/larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 30A08 FLP 6-1 [VFB_00060382]

A fragment of the 30A08 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30A08_sp/Confocal_63x_2012-11-14_30A08_VNC 2/Stack_tif/30A08_57C10FlpL_C_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; 5302547_G__1; centromedial domain of larval central nervous system; GMR 30A08 FLP 6-1; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; is part of; Lines/GMR_21-40/30A08_sp/Confocal_63x_2012-11-14_30A08_VNC 2/Stack_tif/30A08_57C10FlpL_C_VNC.tif; centrolateral domain of larval A3 neuromere; expresses; central domain of larval A3 neuromere; P{GMR30A08-GAL4} expression pattern; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 30A09 FLP 10-1 [VFB_00061775]

A single 30A09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30A09_sp/Confocal_63x_2012-12-20_30A09_VNC/stack_TIFF/30A09_57C10wtFlp_D_VNC.tif. [L3 CNS template - Wood2018; ventromedial domain of larval A3 neuromere; P{GMR30A09-GAL4} expression pattern; embryonic/larval central nervous system; expression pattern fragment; GMR 30A09 FLP 10-1; confocal microscopy; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; ventromedial domain of larval A4 neuromere; 5303085_R__1; Lines/GMR_21-40/30A09_sp/Confocal_63x_2012-12-20_30A09_VNC/stack_TIFF/30A09_57C10wtFlp_D_VNC.tif; embryonic/larval neuron; expresses]

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GMR 30A09 FLP 2-1 [VFB_00061534]

A single 30A09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30A09_sp/Confocal_63x_2012-12-20_30A09_VNC/stack_TIFF/30A09_57C10wtFlp_A_VNC.tif. [P{GMR30A09-GAL4} expression pattern; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; GMR 30A09 FLP 2-1; ventrolateral domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; Lines/GMR_21-40/30A09_sp/Confocal_63x_2012-12-20_30A09_VNC/stack_TIFF/30A09_57C10wtFlp_A_VNC.tif; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; 5303088_G__1; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 30A09 FLP 3-1 [VFB_00061535]

A single 30A09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30A09_sp/Confocal_63x_2012-12-20_30A09_VNC/stack_TIFF/30A09_57C10wtFlp_E_VNC.tif. [ventrolateral domain of larval T2 neuromere; P{GMR30A09-GAL4} expression pattern; centromedial domain of larval T2 neuromere; Lines/GMR_21-40/30A09_sp/Confocal_63x_2012-12-20_30A09_VNC/stack_TIFF/30A09_57C10wtFlp_E_VNC.tif; confocal microscopy; unlicensed; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; 5303089_R__1; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; GMR 30A09 FLP 3-1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 30A09 FLP 3-2 [VFB_00061536]

A single 30A09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30A09_sp/Confocal_63x_2012-12-20_30A09_VNC/stack_TIFF/30A09_57C10wtFlp_E_VNC.tif. [P{GMR30A09-GAL4} expression pattern; Lines/GMR_21-40/30A09_sp/Confocal_63x_2012-12-20_30A09_VNC/stack_TIFF/30A09_57C10wtFlp_E_VNC.tif; confocal microscopy; unlicensed; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; is part of; dorsomedial domain of larval A5 neuromere; centromedial domain of larval A7 neuromere; 5303089_R__2; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; GMR 30A09 FLP 3-2; embryonic/larval central nervous system; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 30A09 FLP 3-3 [VFB_00061537]

A single 30A09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30A09_sp/Confocal_63x_2012-12-20_30A09_VNC/stack_TIFF/30A09_57C10wtFlp_E_VNC.tif. [L3 CNS template - Wood2018; ventrolateral domain of larval A3 neuromere; embryonic/larval central nervous system; P{GMR30A09-GAL4} expression pattern; Lines/GMR_21-40/30A09_sp/Confocal_63x_2012-12-20_30A09_VNC/stack_TIFF/30A09_57C10wtFlp_E_VNC.tif; expression pattern fragment; confocal microscopy; GMR 30A09 FLP 3-3; unlicensed; 5303089_G__1; Truman Larval Flip-Out Collection; is part of; overlaps; ventrolateral domain of larval central nervous system; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses]

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GMR 30D03 FLP 24-1 [VFB_00060914]

A single 30D03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30D03/Confocal_63x_2013-05-29_VNC/stack_TIFF/30D03_57C10FlpL_C_VNC.tif. [centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; P{GMR30D03-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval labial neuromere; 5302718_R__1; expression pattern fragment; ventrolateral domain of larval T3 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_21-40/30D03/Confocal_63x_2013-05-29_VNC/stack_TIFF/30D03_57C10FlpL_C_VNC.tif; GMR 30D03 FLP 24-1; L3 CNS template - Wood2018]

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GMR 30E07 FLP 1-1 [VFB_00060318]

A fragment of the 30E07 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30E07_Abd_scored/Confocal_63x_2011-11-01_30E07_VNC-JT/stack_TIFF/30E07_57C10wtFlp_C_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; larval T2 leg neuropil; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; GMR 30E07 FLP 1-1; dorsomedial domain of larval central nervous system; Lines/GMR_21-40/30E07_Abd_scored/Confocal_63x_2011-11-01_30E07_VNC-JT/stack_TIFF/30E07_57C10wtFlp_C_VNC.tif; 5300449_G__1; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; P{GMR30E07-GAL4} expression pattern; is part of; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 30E07 FLP 1-2 [VFB_00060319]

A single 30E07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30E07_Abd_scored/Confocal_63x_2011-11-01_30E07_VNC-JT/stack_TIFF/30E07_57C10wtFlp_C_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; Lines/GMR_21-40/30E07_Abd_scored/Confocal_63x_2011-11-01_30E07_VNC-JT/stack_TIFF/30E07_57C10wtFlp_C_VNC.tif; expression pattern fragment; GMR 30E07 FLP 1-2; confocal microscopy; unlicensed; P{GMR30E07-GAL4} expression pattern; Truman Larval Flip-Out Collection; is part of; 5300449_G__2; embryonic/larval neuron; expresses]

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GMR 30E07 FLP 2-1 [VFB_00060320]

A single 30E07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30E07_Abd_scored/Confocal_63x_2011-11-01_30E07_VNC-JT/stack_TIFF/30E07_57C10wtFlp_I_VNC.tif. [embryonic/larval neuron; L3 CNS template - Wood2018; embryonic/larval central nervous system; 5300448_R__1; GMR 30E07 FLP 2-1; confocal microscopy; unlicensed; P{GMR30E07-GAL4} expression pattern; Truman Larval Flip-Out Collection; is part of; Lines/GMR_21-40/30E07_Abd_scored/Confocal_63x_2011-11-01_30E07_VNC-JT/stack_TIFF/30E07_57C10wtFlp_I_VNC.tif; expression pattern fragment; expresses]

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GMR 30E07 FLP 4-1 [VFB_00060324]

A single 30E07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30E07_Abd_scored/Confocal_63x_2011-11-01_30E07_VNC-JT/stack_TIFF/30E07_57C10wtFlp_A_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; 5300446_G__3; Lines/GMR_21-40/30E07_Abd_scored/Confocal_63x_2011-11-01_30E07_VNC-JT/stack_TIFF/30E07_57C10wtFlp_A_VNC.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; P{GMR30E07-GAL4} expression pattern; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; GMR 30E07 FLP 4-1; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 30E07 FLP 5-1 [VFB_00060325]

A single 30E07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30E07_Abd_scored/Confocal_63x_2011-11-01_30E07_VNC-JT/stack_TIFF/30E07_57C10wtFlp_E_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; 5300445_R__1; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; P{GMR30E07-GAL4} expression pattern; is part of; GMR 30E07 FLP 5-1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; Lines/GMR_21-40/30E07_Abd_scored/Confocal_63x_2011-11-01_30E07_VNC-JT/stack_TIFF/30E07_57C10wtFlp_E_VNC.tif; dorsomedial domain of larval T2 neuromere]

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GMR 30E08 FLP 5-1 [VFB_00058490]

A single 30E08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30E08-sp_B/Confocal_63x_2013-06-27_VNC/30E08_57C10FlpL_E_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; Lines/GMR_21-40/30E08-sp_B/Confocal_63x_2013-06-27_VNC/30E08_57C10FlpL_E_VNC.tif; P{GMR30E08-GAL4} expression pattern; is part of; dorsomedial domain of larval A5 neuromere; 5301864_R__4; embryonic/larval neuron; GMR 30E08 FLP 5-1; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 30E08 FLP 5-3 [VFB_00058492]

A single 30E08 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30E08-sp_B/Confocal_63x_2013-06-27_VNC/30E08_57C10FlpL_E_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; 5301864_G__2; dorsomedial domain of larval A1 neuromere; Lines/GMR_21-40/30E08-sp_B/Confocal_63x_2013-06-27_VNC/30E08_57C10FlpL_E_VNC.tif; P{GMR30E08-GAL4} expression pattern; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 30E08 FLP 5-3; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 30E08 FLP 6-1 [VFB_00058493]

A single 30E08 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30E08-sp_B/Confocal_63x_2013-06-27_VNC/30E08_57C10FlpL_C_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; 5301865_G__1; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A7 neuromere; dorsolateral domain of larval A6 neuromere; P{GMR30E08-GAL4} expression pattern; central domain of larval central nervous system; is part of; embryonic/larval neuron; centromedial domain of larval A6 neuromere; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; GMR 30E08 FLP 6-1; dorsolateral domain of larval central nervous system; Lines/GMR_21-40/30E08-sp_B/Confocal_63x_2013-06-27_VNC/30E08_57C10FlpL_C_VNC.tif; L3 CNS template - Wood2018]

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GMR 30E09 FLP 11-1 [VFB_00061061]

A fragment of the 30E09 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30E09/Confocal_63x_2012-07-09_30E09_VNC/stack_TIFF/30E09_57C10FlpL_C_VNC.tif. [P{GMR30E09-GAL4} expression pattern; Lines/GMR_21-40/30E09/Confocal_63x_2012-07-09_30E09_VNC/stack_TIFF/30E09_57C10FlpL_C_VNC.tif; confocal microscopy; unlicensed; central domain of larval A7 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; ventrolateral domain of larval A7 neuromere; ventrolateral domain of larval A6 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; centrolateral domain of larval A8 neuromere; 5301651_R__1; central domain of larval central nervous system; is part of; ventrolateral domain of larval A8 neuromere; centromedial domain of larval A7 neuromere; expresses; embryonic/larval central nervous system; GMR 30E09 FLP 11-1; centrolateral domain of larval A7 neuromere; L3 CNS template - Wood2018]

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GMR 30E09 FLP 13-1 [VFB_00061062]

A single 30E09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30E09/Confocal_63x_2012-07-09_30E09_VNC/stack_TIFF/30E09_57C10FlpL_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; P{GMR30E09-GAL4} expression pattern; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; Lines/GMR_21-40/30E09/Confocal_63x_2012-07-09_30E09_VNC/stack_TIFF/30E09_57C10FlpL_F_VNC.tif; ventrolateral domain of larval labial neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; 5301652_R__2; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; GMR 30E09 FLP 13-1; L3 CNS template - Wood2018]

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GMR 30E09 FLP 13-2 [VFB_00061063]

A fragment of the 30E09 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30E09/Confocal_63x_2012-07-09_30E09_VNC/stack_TIFF/30E09_57C10FlpL_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; P{GMR30E09-GAL4} expression pattern; GMR 30E09 FLP 13-2; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; Lines/GMR_21-40/30E09/Confocal_63x_2012-07-09_30E09_VNC/stack_TIFF/30E09_57C10FlpL_F_VNC.tif; ventrolateral domain of larval A7 neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; centrolateral domain of larval A8 neuromere; is part of; ventrolateral domain of larval A8 neuromere; expresses; embryonic/larval central nervous system; 5301652_G__1; centrolateral domain of larval A7 neuromere; L3 CNS template - Wood2018]

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GMR 30E10 FLP 16-1 [VFB_00058257]

A single 30E10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30E10-sp_B/Confocal_63x_2012-03-16_30E10_VNC-wtFlp/stack_TIFF/30E10_57C10wtFlp_D_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; GMR 30E10 FLP 16-1; Truman Larval Flip-Out Collection; is part of; Lines/GMR_21-40/30E10-sp_B/Confocal_63x_2012-03-16_30E10_VNC-wtFlp/stack_TIFF/30E10_57C10wtFlp_D_VNC.tif; 5300497_R__1; P{GMR30E10-GAL4} expression pattern; embryonic/larval neuron; expresses]

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GMR 30E10 FLP 16-2 [VFB_00058258]

A fragment of the 30E10 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30E10-sp_B/Confocal_63x_2012-03-16_30E10_VNC-wtFlp/stack_TIFF/30E10_57C10wtFlp_D_VNC.tif. [5300497_R__2; confocal microscopy; unlicensed; Lines/GMR_21-40/30E10-sp_B/Confocal_63x_2012-03-16_30E10_VNC-wtFlp/stack_TIFF/30E10_57C10wtFlp_D_VNC.tif; dorsolateral domain of larval A5 neuromere; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; GMR 30E10 FLP 16-2; Truman Larval Flip-Out Collection; overlaps; dorsolateral domain of larval A7 neuromere; expression pattern fragment; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; is part of; dorsomedial domain of larval A5 neuromere; P{GMR30E10-GAL4} expression pattern; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 30E10 FLP 16-3 [VFB_00058259]

A single 30E10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30E10-sp_B/Confocal_63x_2012-03-16_30E10_VNC-wtFlp/stack_TIFF/30E10_57C10wtFlp_D_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; dorsolateral domain of larval A7 neuromere; confocal microscopy; unlicensed; 5300497_G__2; Truman Larval Flip-Out Collection; is part of; overlaps; Lines/GMR_21-40/30E10-sp_B/Confocal_63x_2012-03-16_30E10_VNC-wtFlp/stack_TIFF/30E10_57C10wtFlp_D_VNC.tif; GMR 30E10 FLP 16-3; dorsolateral domain of larval central nervous system; P{GMR30E10-GAL4} expression pattern; embryonic/larval neuron; expresses]

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GMR 30E10 FLP 16-4 [VFB_00058260]

A single 30E10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30E10-sp_B/Confocal_63x_2012-03-16_30E10_VNC-wtFlp/stack_TIFF/30E10_57C10wtFlp_D_VNC.tif. [5300497_G__3; confocal microscopy; unlicensed; Lines/GMR_21-40/30E10-sp_B/Confocal_63x_2012-03-16_30E10_VNC-wtFlp/stack_TIFF/30E10_57C10wtFlp_D_VNC.tif; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 30E10 FLP 16-4; dorsolateral domain of larval T1 neuromere; is part of; centrolateral domain of larval labial neuromere; P{GMR30E10-GAL4} expression pattern; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 30E10 FLP 40-1 [VFB_00061245]

A fragment of the 30E10 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30E10-sp_B/Confocal_63x_2012-03-16_30E10_VNC-wtFlp/stack_TIFF/30E10_57C10FlpL_A_VNC.tif. [confocal microscopy; unlicensed; central domain of larval A7 neuromere; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 30E10 FLP 40-1; dorsolateral domain of larval A7 neuromere; expression pattern fragment; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; Lines/GMR_21-40/30E10-sp_B/Confocal_63x_2012-03-16_30E10_VNC-wtFlp/stack_TIFF/30E10_57C10FlpL_A_VNC.tif; is part of; centromedial domain of larval A7 neuromere; P{GMR30E10-GAL4} expression pattern; centromedial domain of larval A6 neuromere; expresses; embryonic/larval central nervous system; 5300509_R__2; dorsomedial domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 30E10 FLP 41-1 [VFB_00061246]

A single 30E10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30E10-sp_B/Confocal_63x_2012-03-16_30E10_VNC-wtFlp/stack_TIFF/30E10_57C10wtFlp_J_VNC.tif. [confocal microscopy; unlicensed; Lines/GMR_21-40/30E10-sp_B/Confocal_63x_2012-03-16_30E10_VNC-wtFlp/stack_TIFF/30E10_57C10wtFlp_J_VNC.tif; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; 5300506_R__1; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; GMR 30E10 FLP 41-1; expression pattern fragment; central domain of larval central nervous system; is part of; dorsomedial domain of larval A5 neuromere; centrolateral domain of larval A3 neuromere; P{GMR30E10-GAL4} expression pattern; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 30E10 FLP 45-1 [VFB_00061247]

A single 30E10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30E10-sp_B/Confocal_63x_2012-03-16_30E10_VNC-wtFlp/stack_TIFF/30E10_57C10wtFlp_H_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; dorsomedial domain of larval central nervous system; expression pattern fragment; confocal microscopy; 5300502_G__1; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; dorsomedial domain of larval A5 neuromere; dorsomedial domain of larval A6 neuromere; GMR 30E10 FLP 45-1; P{GMR30E10-GAL4} expression pattern; embryonic/larval neuron; expresses; Lines/GMR_21-40/30E10-sp_B/Confocal_63x_2012-03-16_30E10_VNC-wtFlp/stack_TIFF/30E10_57C10wtFlp_H_VNC.tif]

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GMR 30E10 FLP 46-1 [VFB_00061248]

A single 30E10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30E10-sp_B/Confocal_63x_2012-03-16_30E10_VNC-wtFlp/stack_TIFF/30E10_57C10wtFlp_C_VNC.tif. [L3 CNS template - Wood2018; Lines/GMR_21-40/30E10-sp_B/Confocal_63x_2012-03-16_30E10_VNC-wtFlp/stack_TIFF/30E10_57C10wtFlp_C_VNC.tif; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; P{GMR30E10-GAL4} expression pattern; embryonic/larval neuron; 5300503_R__1; GMR 30E10 FLP 46-1; expresses]

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GMR 30E10 FLP 46-2 [VFB_00061249]

A single 30E10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30E10-sp_B/Confocal_63x_2012-03-16_30E10_VNC-wtFlp/stack_TIFF/30E10_57C10wtFlp_C_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; Lines/GMR_21-40/30E10-sp_B/Confocal_63x_2012-03-16_30E10_VNC-wtFlp/stack_TIFF/30E10_57C10wtFlp_C_VNC.tif; dorsomedial domain of larval central nervous system; 5300503_G__1; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; GMR 30E10 FLP 46-2; dorsomedial domain of larval T3 neuromere; is part of; P{GMR30E10-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 30E10 FLP 47-1 [VFB_00061250]

A fragment of the 30E10 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30E10-sp_B/Confocal_63x_2012-03-16_30E10_VNC-wtFlp/stack_TIFF/30E10_57C10wtFlp_E_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; GMR 30E10 FLP 47-1; dorsolateral domain of larval A7 neuromere; expression pattern fragment; dorsolateral domain of larval A6 neuromere; is part of; 5300500_R__2; dorsomedial domain of larval A5 neuromere; P{GMR30E10-GAL4} expression pattern; expresses; Lines/GMR_21-40/30E10-sp_B/Confocal_63x_2012-03-16_30E10_VNC-wtFlp/stack_TIFF/30E10_57C10wtFlp_E_VNC.tif; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 30E10 FLP 47-2 [VFB_00061251]

A single 30E10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30E10-sp_B/Confocal_63x_2012-03-16_30E10_VNC-wtFlp/stack_TIFF/30E10_57C10wtFlp_E_VNC.tif. [GMR 30E10 FLP 47-2; confocal microscopy; unlicensed; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A7 neuromere; is part of; 5300500_G__2; P{GMR30E10-GAL4} expression pattern; embryonic/larval neuron; expresses; Lines/GMR_21-40/30E10-sp_B/Confocal_63x_2012-03-16_30E10_VNC-wtFlp/stack_TIFF/30E10_57C10wtFlp_E_VNC.tif; dorsolateral domain of larval A8 neuromere; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 30E11 FLP 13-1 [VFB_00061720]

A single 30E11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30E11-sp_A_busy brain/Confocal_63x_2011-11-07_30E11_VNC-JT/stack_TIFF/30E11_57C10wtFlp_H_VNC.tif. [5303523_R__2; Lines/GMR_21-40/30E11-sp_A_busy brain/Confocal_63x_2011-11-07_30E11_VNC-JT/stack_TIFF/30E11_57C10wtFlp_H_VNC.tif; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; P{GMR30E11-GAL4} expression pattern; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; dorsolateral domain of larval A2 neuromere; GMR 30E11 FLP 13-1; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 30E11 FLP 13-2 [VFB_00061721]

A single 30E11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30E11-sp_A_busy brain/Confocal_63x_2011-11-07_30E11_VNC-JT/stack_TIFF/30E11_57C10wtFlp_H_VNC.tif. [Lines/GMR_21-40/30E11-sp_A_busy brain/Confocal_63x_2011-11-07_30E11_VNC-JT/stack_TIFF/30E11_57C10wtFlp_H_VNC.tif; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; P{GMR30E11-GAL4} expression pattern; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; GMR 30E11 FLP 13-2; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; 5303523_G__3; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 30E11 FLP 16-1 [VFB_00061722]

A single 30E11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_21-40/30E11-sp_A_busy brain/Confocal_63x_2011-11-07_30E11_VNC-JT/stack_TIFF/30E11_57C10wtFlp_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; L3 CNS template - Wood2018; Lines/GMR_21-40/30E11-sp_A_busy brain/Confocal_63x_2011-11-07_30E11_VNC-JT/stack_TIFF/30E11_57C10wtFlp_F_VNC.tif; embryonic/larval central nervous system; centromedial domain of larval T2 neuromere; P{GMR30E11-GAL4} expression pattern; expression pattern fragment; confocal microscopy; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; GMR 30E11 FLP 16-1; 5303524_G__1; embryonic/larval neuron; expresses; centromedial domain of larval central nervous system]

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GMR 31A05 FLP 6-1 [VFB_00061609]

A single 31A05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31A05/Confocal_63x_2011-11-18_31A05_VNC/stack_TIFF/31A05_57C10wtFlp_E_VNC.tif. [centromedial domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; Lines/GMR_31-40/31A05/Confocal_63x_2011-11-18_31A05_VNC/stack_TIFF/31A05_57C10wtFlp_E_VNC.tif; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; 5401145_R__1; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; centrolateral domain of larval T2 neuromere; expression pattern fragment; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; larval T3 leg neuropil; P{GMR31A05-GAL4} expression pattern; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; GMR 31A05 FLP 6-1]

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GMR 31A05 FLP 6-2 [VFB_00061610]

A single 31A05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31A05/Confocal_63x_2011-11-18_31A05_VNC/stack_TIFF/31A05_57C10wtFlp_E_VNC.tif. [confocal microscopy; unlicensed; Lines/GMR_31-40/31A05/Confocal_63x_2011-11-18_31A05_VNC/stack_TIFF/31A05_57C10wtFlp_E_VNC.tif; central domain of larval A6 neuromere; ventrolateral domain of larval A6 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; 5401145_G__3; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR31A05-GAL4} expression pattern; L3 CNS template - Wood2018; GMR 31A05 FLP 6-2]

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GMR 31B01 FLP 27-1 [VFB_00061729]

A single 31B01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31B01-sp_abd proj neurons/Confocal_63x_2013-05-29_VNC/stack_TIFF/31B01_57C10wtFlp_A_VNC.tif. [5400855_G__1; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; ventrolateral domain of larval labial neuromere; P{GMR31B01-GAL4} expression pattern; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 31B01 FLP 27-1; central domain of larval central nervous system; is part of; ventromedial domain of larval maxillary neuromere; embryonic/larval neuron; Lines/GMR_31-40/31B01-sp_abd proj neurons/Confocal_63x_2013-05-29_VNC/stack_TIFF/31B01_57C10wtFlp_A_VNC.tif; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; L3 CNS template - Wood2018]

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GMR 31B01 FLP 27-2 [VFB_00061730]

A single 31B01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31B01-sp_abd proj neurons/Confocal_63x_2013-05-29_VNC/stack_TIFF/31B01_57C10wtFlp_A_VNC.tif. [confocal microscopy; unlicensed; P{GMR31B01-GAL4} expression pattern; centromedial domain of larval central nervous system; GMR 31B01 FLP 27-2; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; is part of; 5400855_G__2; embryonic/larval neuron; Lines/GMR_31-40/31B01-sp_abd proj neurons/Confocal_63x_2013-05-29_VNC/stack_TIFF/31B01_57C10wtFlp_A_VNC.tif; expresses; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 31B01 FLP 28-1 [VFB_00061731]

A single 31B01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31B01-sp_abd proj neurons/Confocal_63x_2013-05-29_VNC/stack_TIFF/31B01_57C10wtFlp_I_VNC.tif. [ventromedial domain of larval A8 neuromere; confocal microscopy; unlicensed; central domain of larval A7 neuromere; centrolateral domain of larval central nervous system; P{GMR31B01-GAL4} expression pattern; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; ventrolateral domain of larval A7 neuromere; ventrolateral domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; GMR 31B01 FLP 28-1; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; is part of; ventrolateral domain of larval A8 neuromere; centromedial domain of larval A7 neuromere; Lines/GMR_31-40/31B01-sp_abd proj neurons/Confocal_63x_2013-05-29_VNC/stack_TIFF/31B01_57C10wtFlp_I_VNC.tif; embryonic/larval neuron; ventral domain of larval A9 neuromere; central domain of larval A9 neuromere; centromedial domain of larval A6 neuromere; dorsolateral domain of larval A8 neuromere; expresses; centromedial domain of larval A8 neuromere; embryonic/larval central nervous system; central domain of larval A8 neuromere; dorsomedial domain of larval A8 neuromere; centrolateral domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; 5400854_G__1]

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GMR 31B01 FLP 29-1 [VFB_00061732]

A single 31B01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31B01-sp_abd proj neurons/Confocal_63x_2013-05-29_VNC/stack_TIFF/31B01_57C10wtFlp_G_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; P{GMR31B01-GAL4} expression pattern; dorsomedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval mandibular neuromere; GMR 31B01 FLP 29-1; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval maxillary neuromere; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; dorsomedial domain of larval maxillary neuromere; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; Lines/GMR_31-40/31B01-sp_abd proj neurons/Confocal_63x_2013-05-29_VNC/stack_TIFF/31B01_57C10wtFlp_G_VNC.tif; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval maxillary neuromere; 5400857_G__1; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; dorsolateral domain of larval maxillary neuromere; L3 CNS template - Wood2018]

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GMR 31B01 FLP 29-2 [VFB_00061733]

A single 31B01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31B01-sp_abd proj neurons/Confocal_63x_2013-05-29_VNC/stack_TIFF/31B01_57C10wtFlp_G_VNC.tif. [embryonic/larval neuron; ventrolateral domain of larval T2 neuromere; L3 CNS template - Wood2018; embryonic/larval central nervous system; ventrolateral domain of larval T3 neuromere; GMR 31B01 FLP 29-2; confocal microscopy; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; 5400857_G__2; expression pattern fragment; P{GMR31B01-GAL4} expression pattern; Lines/GMR_31-40/31B01-sp_abd proj neurons/Confocal_63x_2013-05-29_VNC/stack_TIFF/31B01_57C10wtFlp_G_VNC.tif; expresses]

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GMR 31B01 FLP 29-3 [VFB_00061734]

A single 31B01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31B01-sp_abd proj neurons/Confocal_63x_2013-05-29_VNC/stack_TIFF/31B01_57C10wtFlp_G_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; P{GMR31B01-GAL4} expression pattern; GMR 31B01 FLP 29-3; centromedial domain of larval central nervous system; 5400857_G__3; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; is part of; embryonic/larval neuron; centromedial domain of larval A5 neuromere; Lines/GMR_31-40/31B01-sp_abd proj neurons/Confocal_63x_2013-05-29_VNC/stack_TIFF/31B01_57C10wtFlp_G_VNC.tif; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 31B01 FLP 30-1 [VFB_00061735]

A single 31B01 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31B01-sp_abd proj neurons/Confocal_63x_2013-05-29_VNC/stack_TIFF/31B01_57C10wtFlp_B_VNC.tif. [centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; 5400856_R__1; P{GMR31B01-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval maxillary neuromere; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; dorsomedial domain of larval maxillary neuromere; is part of; GMR 31B01 FLP 30-1; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; Lines/GMR_31-40/31B01-sp_abd proj neurons/Confocal_63x_2013-05-29_VNC/stack_TIFF/31B01_57C10wtFlp_B_VNC.tif; central domain of larval labial neuromere; centrolateral domain of larval maxillary neuromere; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; dorsolateral domain of larval maxillary neuromere; L3 CNS template - Wood2018]

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GMR 31B01 FLP 31-1 [VFB_00061736]

A single 31B01 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31B01-sp_abd proj neurons/Confocal_63x_2013-05-29_VNC/stack_TIFF/31B01_57C10wtFlp_F_VNC.tif. [GMR 31B01 FLP 31-1; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; P{GMR31B01-GAL4} expression pattern; Lines/GMR_31-40/31B01-sp_abd proj neurons/Confocal_63x_2013-05-29_VNC/stack_TIFF/31B01_57C10wtFlp_F_VNC.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; centrolateral domain of larval mandibular neuromere; ventromedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval maxillary neuromere; 5400851_R__1; central domain of larval central nervous system; central domain of larval mandibular neuromere; dorsomedial domain of larval maxillary neuromere; is part of; ventromedial domain of larval maxillary neuromere; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval maxillary neuromere; dorsolateral domain of larval central nervous system; dorsolateral domain of larval maxillary neuromere; L3 CNS template - Wood2018]

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GMR 31B01 FLP 32-1 [VFB_00061750]

A single 31B01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31B01-sp_abd proj neurons/Confocal_63x_2013-05-29_VNC/stack_TIFF/31B01_57C10wtFlp_H_VNC.tif. [ventromedial domain of larval A8 neuromere; confocal microscopy; unlicensed; central domain of larval A7 neuromere; centrolateral domain of larval A6 neuromere; Lines/GMR_31-40/31B01-sp_abd proj neurons/Confocal_63x_2013-05-29_VNC/stack_TIFF/31B01_57C10wtFlp_H_VNC.tif; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; P{GMR31B01-GAL4} expression pattern; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A7 neuromere; ventrolateral domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; 5400850_G__2; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; ventrolateral domain of larval A8 neuromere; centromedial domain of larval A7 neuromere; embryonic/larval neuron; ventral domain of larval A9 neuromere; central domain of larval A9 neuromere; centromedial domain of larval A5 neuromere; centromedial domain of larval A6 neuromere; dorsolateral domain of larval A8 neuromere; expresses; centromedial domain of larval A8 neuromere; embryonic/larval central nervous system; central domain of larval A8 neuromere; dorsomedial domain of larval A8 neuromere; GMR 31B01 FLP 32-1; centrolateral domain of larval A7 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 31B01 FLP 33-1 [VFB_00061737]

A fragment of the 31B01 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31B01-sp_abd proj neurons/Confocal_63x_2013-05-29_VNC/stack_TIFF/31B01_57C10wtFlp_E_VNC.tif. [GMR 31B01 FLP 33-1; confocal microscopy; unlicensed; Lines/GMR_31-40/31B01-sp_abd proj neurons/Confocal_63x_2013-05-29_VNC/stack_TIFF/31B01_57C10wtFlp_E_VNC.tif; P{GMR31B01-GAL4} expression pattern; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; Truman Larval Flip-Out Collection; overlaps; 5400853_G__1; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval A5 neuromere; is part of; centromedial domain of larval A6 neuromere; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; L3 CNS template - Wood2018]

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GMR 31B01 FLP 34-1 [VFB_00061506]

A fragment of the 31B01 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31B01-sp_abd proj neurons/Confocal_63x_2013-05-29_VNC/stack_TIFF/31B01_57C10wtFlp_C_VNC.tif. [ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; P{GMR31B01-GAL4} expression pattern; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; GMR 31B01 FLP 34-1; expression pattern fragment; ventrolateral domain of larval central nervous system; central domain of larval maxillary neuromere; central domain of larval central nervous system; is part of; 5400852_R__1; centrolateral domain of larval labial neuromere; expresses; Lines/GMR_31-40/31B01-sp_abd proj neurons/Confocal_63x_2013-05-29_VNC/stack_TIFF/31B01_57C10wtFlp_C_VNC.tif; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval maxillary neuromere; centrolateral domain of larval T1 neuromere; L3 CNS template - Wood2018]

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GMR 31B01 FLP 34-2 [VFB_00061507]

A single 31B01 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31B01-sp_abd proj neurons/Confocal_63x_2013-05-29_VNC/stack_TIFF/31B01_57C10wtFlp_C_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; P{GMR31B01-GAL4} expression pattern; 5400852_R__2; GMR 31B01 FLP 34-2; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; Lines/GMR_31-40/31B01-sp_abd proj neurons/Confocal_63x_2013-05-29_VNC/stack_TIFF/31B01_57C10wtFlp_C_VNC.tif; embryonic/larval central nervous system; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 31B01 FLP 34-3 [VFB_00061508]

A single 31B01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31B01-sp_abd proj neurons/Confocal_63x_2013-05-29_VNC/stack_TIFF/31B01_57C10wtFlp_C_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; P{GMR31B01-GAL4} expression pattern; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; ventromedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 31B01 FLP 34-3; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; 5400852_G__2; embryonic/larval neuron; expresses; Lines/GMR_31-40/31B01-sp_abd proj neurons/Confocal_63x_2013-05-29_VNC/stack_TIFF/31B01_57C10wtFlp_C_VNC.tif; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 31B01 FLP 36-1 [VFB_00061770]

A single 31B01 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31B01-sp_abd proj neurons/Confocal_63x_2012-07-09_31B01_VNC/stack_TIFF/31B01_57C10wtFlp_D_VNC.tif. [ventrolateral domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval maxillary neuromere; ventrolateral domain of larval labial neuromere; Lines/GMR_31-40/31B01-sp_abd proj neurons/Confocal_63x_2012-07-09_31B01_VNC/stack_TIFF/31B01_57C10wtFlp_D_VNC.tif; P{GMR31B01-GAL4} expression pattern; centromedial domain of larval central nervous system; GMR 31B01 FLP 36-1; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval maxillary neuromere; central domain of larval central nervous system; is part of; ventromedial domain of larval maxillary neuromere; 5400858_R__1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 31B07 FLP 1-1 [VFB_00061439]

A single 31B07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31B07_Abd_scored/Confocal_63x_2011-11-01_31B07_VNC-JT/stack_TIFF/31B07_57C10wtFlp_A_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; Lines/GMR_31-40/31B07_Abd_scored/Confocal_63x_2011-11-01_31B07_VNC-JT/stack_TIFF/31B07_57C10wtFlp_A_VNC.tif; P{GMR31B07-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; centrolateral domain of larval T3 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; 5401526_R__1; expresses; embryonic/larval central nervous system; GMR 31B07 FLP 1-1; central domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 31B07 FLP 1-2 [VFB_00061440]

A fragment of the 31B07 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31B07_Abd_scored/Confocal_63x_2011-11-01_31B07_VNC-JT/stack_TIFF/31B07_57C10wtFlp_A_VNC.tif. [centromedial domain of larval A4 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; Lines/GMR_31-40/31B07_Abd_scored/Confocal_63x_2011-11-01_31B07_VNC-JT/stack_TIFF/31B07_57C10wtFlp_A_VNC.tif; P{GMR31B07-GAL4} expression pattern; GMR 31B07 FLP 1-2; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; expresses; central domain of larval A3 neuromere; 5401526_G__1; embryonic/larval central nervous system; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 31B07 FLP 3-1 [VFB_00061441]

A fragment of the 31B07 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31B07_Abd_scored/Confocal_63x_2011-11-01_31B07_VNC-JT/stack_TIFF/31B07_57C10wtFlp_C_VNC.tif. [centromedial domain of larval T2 neuromere; centromedial domain of larval A4 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; GMR 31B07 FLP 3-1; dorsomedial domain of larval A4 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; P{GMR31B07-GAL4} expression pattern; central domain of larval A4 neuromere; dorsomedial domain of larval labial neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; is part of; dorsomedial domain of larval A5 neuromere; Lines/GMR_31-40/31B07_Abd_scored/Confocal_63x_2011-11-01_31B07_VNC-JT/stack_TIFF/31B07_57C10wtFlp_C_VNC.tif; centromedial domain of larval A5 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018; 5401524_G__1; dorsomedial domain of larval T2 neuromere]

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GMR 31B10 FLP 8-1 [VFB_00059514]

A single 31B10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31B10/Confocal_63x_2013-05-14_VNC/stack_TIFF/31B10_57C10wtFlp_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; Lines/GMR_31-40/31B10/Confocal_63x_2013-05-14_VNC/stack_TIFF/31B10_57C10wtFlp_B_VNC.tif; GMR 31B10 FLP 8-1; centrolateral domain of larval central nervous system; 5401171_R__1; ventrolateral domain of larval labial neuromere; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; P{GMR31B10-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 31B10 FLP 8-2 [VFB_00059515]

A single 31B10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31B10/Confocal_63x_2013-05-14_VNC/stack_TIFF/31B10_57C10wtFlp_B_VNC.tif. [confocal microscopy; unlicensed; GMR 31B10 FLP 8-2; Lines/GMR_31-40/31B10/Confocal_63x_2013-05-14_VNC/stack_TIFF/31B10_57C10wtFlp_B_VNC.tif; centrolateral domain of larval central nervous system; centromedial domain of larval maxillary neuromere; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; 5401171_G__1; dorsomedial domain of larval mandibular neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; P{GMR31B10-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval maxillary neuromere; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; dorsomedial domain of larval maxillary neuromere; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; dorsolateral domain of larval maxillary neuromere; L3 CNS template - Wood2018]

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GMR 31B10 FLP 9-1 [VFB_00059516]

A single 31B10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31B10/Confocal_63x_2013-05-14_VNC/stack_TIFF/31B10_57C10wtFlp_E_VNC.tif. [confocal microscopy; unlicensed; 5401170_R__1; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; Lines/GMR_31-40/31B10/Confocal_63x_2013-05-14_VNC/stack_TIFF/31B10_57C10wtFlp_E_VNC.tif; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 31B10 FLP 9-1; P{GMR31B10-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 31E06 FLP 1-1 [VFB_00061596]

A single 31E06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31E06_sp_SEG/Confocal_63x_2013-06-21_VNC/stack_TIFF/31E06_57C10FlpL_I_VNC.tif. [ventrolateral domain of larval T2 neuromere; P{GMR31E06-GAL4} expression pattern; centromedial domain of larval T2 neuromere; GMR 31E06 FLP 1-1; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; Lines/GMR_31-40/31E06_sp_SEG/Confocal_63x_2013-06-21_VNC/stack_TIFF/31E06_57C10FlpL_I_VNC.tif; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; 5401492_G__2; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 31E06 FLP 1-2 [VFB_00061597]

A single 31E06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31E06_sp_SEG/Confocal_63x_2013-06-21_VNC/stack_TIFF/31E06_57C10FlpL_I_VNC.tif. [P{GMR31E06-GAL4} expression pattern; confocal microscopy; unlicensed; Lines/GMR_31-40/31E06_sp_SEG/Confocal_63x_2013-06-21_VNC/stack_TIFF/31E06_57C10FlpL_I_VNC.tif; centrolateral domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; GMR 31E06 FLP 1-2; expresses; 5401492_G__3; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 31E06 FLP 14-1 [VFB_00061667]

A single 31E06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31E06_sp_SEG/Confocal_63x_2012-06-04_31E06_VNC/stack_TIFF/31E06_57C10FlpL_I_VNC.tif. [P{GMR31E06-GAL4} expression pattern; confocal microscopy; unlicensed; GMR 31E06 FLP 14-1; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; Lines/GMR_31-40/31E06_sp_SEG/Confocal_63x_2012-06-04_31E06_VNC/stack_TIFF/31E06_57C10FlpL_I_VNC.tif; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; 5401479_R__1; L3 CNS template - Wood2018]

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GMR 31E06 FLP 14-2 [VFB_00061668]

A single 31E06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31E06_sp_SEG/Confocal_63x_2012-06-04_31E06_VNC/stack_TIFF/31E06_57C10FlpL_I_VNC.tif. [P{GMR31E06-GAL4} expression pattern; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 31E06 FLP 14-2; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; 5401479_G__1; is part of; Lines/GMR_31-40/31E06_sp_SEG/Confocal_63x_2012-06-04_31E06_VNC/stack_TIFF/31E06_57C10FlpL_I_VNC.tif; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 31E06 FLP 14-3 [VFB_00061669]

A single 31E06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31E06_sp_SEG/Confocal_63x_2012-06-04_31E06_VNC/stack_TIFF/31E06_57C10FlpL_I_VNC.tif. [P{GMR31E06-GAL4} expression pattern; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval A7 neuromere; Truman Larval Flip-Out Collection; overlaps; 5401479_G__2; ventrolateral domain of larval central nervous system; expression pattern fragment; centrolateral domain of larval A8 neuromere; is part of; Lines/GMR_31-40/31E06_sp_SEG/Confocal_63x_2012-06-04_31E06_VNC/stack_TIFF/31E06_57C10FlpL_I_VNC.tif; ventrolateral domain of larval A8 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centrolateral domain of larval A7 neuromere; GMR 31E06 FLP 14-3; L3 CNS template - Wood2018]

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GMR 31E06 FLP 4-1 [VFB_00061598]

A single 31E06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31E06_sp_SEG/Confocal_63x_2013-06-21_VNC/stack_TIFF/31E06_57C10FlpL_J_VNC.tif. [P{GMR31E06-GAL4} expression pattern; confocal microscopy; unlicensed; central domain of larval A7 neuromere; Lines/GMR_31-40/31E06_sp_SEG/Confocal_63x_2013-06-21_VNC/stack_TIFF/31E06_57C10FlpL_J_VNC.tif; centrolateral domain of larval central nervous system; central domain of larval A6 neuromere; ventrolateral domain of larval A6 neuromere; ventrolateral domain of larval A7 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 31E06 FLP 4-1; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; is part of; ventrolateral domain of larval A8 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 5401491_G__2; centrolateral domain of larval A7 neuromere; L3 CNS template - Wood2018]

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GMR 31F10 FLP 27-1 [VFB_00061132]

A fragment of the 31F10 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31F10_sp/Confocal_63x_2013-02-28_VNC/stack_TIFF/31F10_57C10FlpL_H_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; GMR 31F10 FLP 27-1; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; 5401027_R__1; central domain of larval A2 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; Lines/GMR_31-40/31F10_sp/Confocal_63x_2013-02-28_VNC/stack_TIFF/31F10_57C10FlpL_H_VNC.tif; ventrolateral domain of larval A2 neuromere; expresses; P{GMR31F10-GAL4} expression pattern; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 31F10 FLP 28-1 [VFB_00061133]

A single 31F10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31F10_sp/Confocal_63x_2013-02-28_VNC/stack_TIFF/31F10_57C10FlpL_I_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; 5401026_R__1; centromedial domain of larval central nervous system; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 31F10 FLP 28-1; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; P{GMR31F10-GAL4} expression pattern; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; Lines/GMR_31-40/31F10_sp/Confocal_63x_2013-02-28_VNC/stack_TIFF/31F10_57C10FlpL_I_VNC.tif; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 31F10 FLP 29-1 [VFB_00061134]

A single 31F10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31F10_sp/Confocal_63x_2013-02-28_VNC/stack_TIFF/31F10_57C10FlpL_F_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; GMR 31F10 FLP 29-1; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; P{GMR31F10-GAL4} expression pattern; embryonic/larval central nervous system; 5401025_G__1; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; Lines/GMR_31-40/31F10_sp/Confocal_63x_2013-02-28_VNC/stack_TIFF/31F10_57C10FlpL_F_VNC.tif; L3 CNS template - Wood2018]

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GMR 31F10 FLP 29-2 [VFB_00061135]

A single 31F10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31F10_sp/Confocal_63x_2013-02-28_VNC/stack_TIFF/31F10_57C10FlpL_F_VNC.tif. [confocal microscopy; 5401025_G__2; unlicensed; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; GMR 31F10 FLP 29-2; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; P{GMR31F10-GAL4} expression pattern; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; Lines/GMR_31-40/31F10_sp/Confocal_63x_2013-02-28_VNC/stack_TIFF/31F10_57C10FlpL_F_VNC.tif; L3 CNS template - Wood2018]

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GMR 31F10 FLP 30-1 [VFB_00061136]

A single 31F10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31F10_sp/Confocal_63x_2013-02-28_VNC/stack_TIFF/31F10_57C10FlpL_E_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; Lines/GMR_31-40/31F10_sp/Confocal_63x_2013-02-28_VNC/stack_TIFF/31F10_57C10FlpL_E_VNC.tif; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; 5401024_G__1; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; central domain of larval A3 neuromere; P{GMR31F10-GAL4} expression pattern; GMR 31F10 FLP 30-1; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 31F10 FLP 31-1 [VFB_00061137]

A single 31F10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31F10_sp/Confocal_63x_2013-02-28_VNC/stack_TIFF/31F10_57C10FlpL_B_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; Lines/GMR_31-40/31F10_sp/Confocal_63x_2013-02-28_VNC/stack_TIFF/31F10_57C10FlpL_B_VNC.tif; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 31F10 FLP 31-1; central domain of larval central nervous system; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; P{GMR31F10-GAL4} expression pattern; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; 5401023_G__2; L3 CNS template - Wood2018]

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GMR 31F10 FLP 32-1 [VFB_00061138]

A single 31F10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31F10_sp/Confocal_63x_2013-02-28_VNC/stack_TIFF/31F10_57C10FlpL_D_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; GMR 31F10 FLP 32-1; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; 5401022_G__1; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; Lines/GMR_31-40/31F10_sp/Confocal_63x_2013-02-28_VNC/stack_TIFF/31F10_57C10FlpL_D_VNC.tif; is part of; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; P{GMR31F10-GAL4} expression pattern; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 31F10 FLP 33-1 [VFB_00061139]

A single 31F10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31F10_sp/Confocal_63x_2013-02-28_VNC/stack_TIFF/31F10_57C10FlpL_A_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; 5401021_R__1; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; GMR 31F10 FLP 33-1; ventromedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; Lines/GMR_31-40/31F10_sp/Confocal_63x_2013-02-28_VNC/stack_TIFF/31F10_57C10FlpL_A_VNC.tif; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; P{GMR31F10-GAL4} expression pattern; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 31F10 FLP 34-1 [VFB_00061140]

A fragment of the 31F10 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31F10_sp/Confocal_63x_2013-02-28_VNC/stack_TIFF/31F10_57C10FlpL_G_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; 5401020_R__1; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; Lines/GMR_31-40/31F10_sp/Confocal_63x_2013-02-28_VNC/stack_TIFF/31F10_57C10FlpL_G_VNC.tif; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; GMR 31F10 FLP 34-1; ventromedial domain of larval A3 neuromere; ventrolateral domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; ventrolateral domain of larval A2 neuromere; expresses; central domain of larval A3 neuromere; P{GMR31F10-GAL4} expression pattern; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 31F10 FLP 35-1 [VFB_00061141]

A single 31F10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31F10_sp/Confocal_63x_2013-01-28_31F10_VNC_AD_DBD/stack_TIFF/31F10_57C10FlpL_A_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; GMR 31F10 FLP 35-1; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; Lines/GMR_31-40/31F10_sp/Confocal_63x_2013-01-28_31F10_VNC_AD_DBD/stack_TIFF/31F10_57C10FlpL_A_VNC.tif; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; P{GMR31F10-GAL4} expression pattern; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; 5401029_R__1; L3 CNS template - Wood2018]

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GMR 31F10 FLP 35-2 [VFB_00061142]

A single 31F10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31F10_sp/Confocal_63x_2013-01-28_31F10_VNC_AD_DBD/stack_TIFF/31F10_57C10FlpL_A_VNC.tif. [GMR 31F10 FLP 35-2; confocal microscopy; unlicensed; 5401029_G__1; central domain of larval A6 neuromere; ventrolateral domain of larval A6 neuromere; Lines/GMR_31-40/31F10_sp/Confocal_63x_2013-01-28_31F10_VNC_AD_DBD/stack_TIFF/31F10_57C10FlpL_A_VNC.tif; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; embryonic/larval neuron; expresses; P{GMR31F10-GAL4} expression pattern; embryonic/larval central nervous system; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 31F10 FLP 35-3 [VFB_00061143]

A fragment of the 31F10 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31F10_sp/Confocal_63x_2013-01-28_31F10_VNC_AD_DBD/stack_TIFF/31F10_57C10FlpL_A_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; 5401029_G__2; Lines/GMR_31-40/31F10_sp/Confocal_63x_2013-01-28_31F10_VNC_AD_DBD/stack_TIFF/31F10_57C10FlpL_A_VNC.tif; centromedial domain of larval A1 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; GMR 31F10 FLP 35-3; is part of; centrolateral domain of larval A3 neuromere; ventrolateral domain of larval A2 neuromere; expresses; central domain of larval A3 neuromere; P{GMR31F10-GAL4} expression pattern; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 31F10 FLP 36-1 [VFB_00061144]

A single 31F10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31F10_sp/Confocal_63x_2013-01-28_31F10_VNC_AD_DBD/stack_TIFF/31F10_57C10FlpL_C_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; 5401028_R__1; GMR 31F10 FLP 36-1; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; P{GMR31F10-GAL4} expression pattern; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; Lines/GMR_31-40/31F10_sp/Confocal_63x_2013-01-28_31F10_VNC_AD_DBD/stack_TIFF/31F10_57C10FlpL_C_VNC.tif; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 31F10 FLP 36-2 [VFB_00061145]

A fragment of the 31F10 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31F10_sp/Confocal_63x_2013-01-28_31F10_VNC_AD_DBD/stack_TIFF/31F10_57C10FlpL_C_VNC.tif. [confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; 5401028_G__1; central domain of larval A2 neuromere; GMR 31F10 FLP 36-2; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; ventrolateral domain of larval A2 neuromere; expresses; P{GMR31F10-GAL4} expression pattern; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A2 neuromere; Lines/GMR_31-40/31F10_sp/Confocal_63x_2013-01-28_31F10_VNC_AD_DBD/stack_TIFF/31F10_57C10FlpL_C_VNC.tif; ventrolateral domain of larval A1 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 31F10 FLP 36-3 [VFB_00061146]

A single 31F10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31F10_sp/Confocal_63x_2013-01-28_31F10_VNC_AD_DBD/stack_TIFF/31F10_57C10FlpL_C_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; 5401028_G__2; P{GMR31F10-GAL4} expression pattern; embryonic/larval central nervous system; GMR 31F10 FLP 36-3; ventrolateral domain of larval A4 neuromere; Lines/GMR_31-40/31F10_sp/Confocal_63x_2013-01-28_31F10_VNC_AD_DBD/stack_TIFF/31F10_57C10FlpL_C_VNC.tif; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 31H11 FLP 10-1 [VFB_00061421]

A fragment of the 31H11 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/31H11_Abd_Scored/Confocal_63x_2012-04-04_31H11_VNC-JT/stack_TIFF/31H11_57C10FlpL_H1_VNC.tif. [ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; Lines/GMR_31-40/31H11_Abd_Scored/Confocal_63x_2012-04-04_31H11_VNC-JT/stack_TIFF/31H11_57C10FlpL_H1_VNC.tif; centromedial domain of larval T1 neuromere; centromedial domain of larval maxillary neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; dorsomedial domain of larval labial neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; expression pattern fragment; P{GMR31H11-GAL4} expression pattern; dorsomedial domain of larval maxillary neuromere; is part of; ventromedial domain of larval maxillary neuromere; expresses; 5400029_G__1; embryonic/larval central nervous system; GMR 31H11 FLP 10-1; L3 CNS template - Wood2018]

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GMR 32C02 FLP 17-1 [VFB_00060591]

A single 32C02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/32C02/Confocal_63x_2012-08-06_32C02_VNC/stack_TIFF/32C02_57C10FlpL_A_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; Lines/GMR_31-40/32C02/Confocal_63x_2012-08-06_32C02_VNC/stack_TIFF/32C02_57C10FlpL_A_VNC.tif; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 32C02 FLP 17-1; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; 5400538_R__1; centrolateral domain of larval A1 neuromere; is part of; P{GMR32C02-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 32C05 FLP 21-1 [VFB_00058314]

A fragment of the 32C05 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/32C05-sp_AB/Confocal_63x_2012-04-04_32C05_VNC-JT/stack_TIFF/32C05_57C10wtFlp_F_VNC.tif. [confocal microscopy; unlicensed; GMR 32C05 FLP 21-1; ventromedial domain of larval A4 neuromere; Lines/GMR_31-40/32C05-sp_AB/Confocal_63x_2012-04-04_32C05_VNC-JT/stack_TIFF/32C05_57C10wtFlp_F_VNC.tif; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; 5400425_R__1; dorsomedial domain of larval A5 neuromere; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; P{GMR32C05-GAL4} expression pattern; ventrolateral domain of larval A4 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 32C05 FLP 21-2 [VFB_00058315]

A single 32C05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/32C05-sp_AB/Confocal_63x_2012-04-04_32C05_VNC-JT/stack_TIFF/32C05_57C10wtFlp_F_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; GMR 32C05 FLP 21-2; Lines/GMR_31-40/32C05-sp_AB/Confocal_63x_2012-04-04_32C05_VNC-JT/stack_TIFF/32C05_57C10wtFlp_F_VNC.tif; centrolateral domain of larval central nervous system; 5400425_G__2; dorsolateral domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; P{GMR32C05-GAL4} expression pattern; ventromedial domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 32C05 FLP 27-1 [VFB_00058313]

A single 32C05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/32C05-sp_AB/Confocal_63x_2012-04-04_32C05_VNC-JT/stack_TIFF/32C05_57C10wtFlp_D_VNC.tif. [GMR 32C05 FLP 27-1; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_31-40/32C05-sp_AB/Confocal_63x_2012-04-04_32C05_VNC-JT/stack_TIFF/32C05_57C10wtFlp_D_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; 5400424_R__1; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; P{GMR32C05-GAL4} expression pattern; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 32D04 FLP 11-1 [VFB_00061708]

A fragment of the 32D04 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/32D04_sp_A_many B/Confocal_63x_2011-11-02_32D04_VNC-JT/stack_TIFF/32D04_57C10wtFlp_B1_VNC.tif. [ventrolateral domain of larval T2 neuromere; Lines/GMR_31-40/32D04_sp_A_many B/Confocal_63x_2011-11-02_32D04_VNC-JT/stack_TIFF/32D04_57C10wtFlp_B1_VNC.tif; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; P{GMR32D04-GAL4} expression pattern; 5400787_R__1; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; GMR 32D04 FLP 11-1; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; L3 CNS template - Wood2018]

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GMR 32D04 FLP 19-1 [VFB_00061425]

A fragment of the 32D04 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/32D04_sp_A_many B/Confocal_63x_2011-11-02_32D04_VNC-JT/stack_TIFF/32D04_57C10wtFlp_F_VNC.tif. [centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval central nervous system; P{GMR32D04-GAL4} expression pattern; dorsomedial domain of larval central nervous system; 5400795_R__1; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; is part of; expresses; embryonic/larval central nervous system; Lines/GMR_31-40/32D04_sp_A_many B/Confocal_63x_2011-11-02_32D04_VNC-JT/stack_TIFF/32D04_57C10wtFlp_F_VNC.tif; GMR 32D04 FLP 19-1; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 32E03 FLP 7-1 [VFB_00060962]

A fragment of the 32E03 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/32E03/Confocal_63x_2012-10-04_32E03_VNC/stack_TIFF/32E03_57C10wtFlp_A_VNC.tif. [ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; P{GMR32E03-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval maxillary neuromere; central domain of larval central nervous system; central domain of larval mandibular neuromere; is part of; centrolateral domain of larval labial neuromere; GMR 32E03 FLP 7-1; expresses; 5401386_R__1; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval maxillary neuromere; L3 CNS template - Wood2018; Lines/GMR_31-40/32E03/Confocal_63x_2012-10-04_32E03_VNC/stack_TIFF/32E03_57C10wtFlp_A_VNC.tif]

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GMR 32E03 FLP 7-2 [VFB_00060963]

A single 32E03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/32E03/Confocal_63x_2012-10-04_32E03_VNC/stack_TIFF/32E03_57C10wtFlp_A_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; 5401386_G__4; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; P{GMR32E03-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval T1 neuromere; is part of; GMR 32E03 FLP 7-2; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; Lines/GMR_31-40/32E03/Confocal_63x_2012-10-04_32E03_VNC/stack_TIFF/32E03_57C10wtFlp_A_VNC.tif; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 32E04 FLP 8-1 [VFB_00061530]

A single 32E04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/32E04_sp_A_good SEG/Confocal_63x_2011-11-02_32E04_VNC-JT/stack_TIFF/32E04_57C10FlpL_D_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; 5401538_R__1; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; P{GMR32E04-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; is part of; GMR 32E04 FLP 8-1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_31-40/32E04_sp_A_good SEG/Confocal_63x_2011-11-02_32E04_VNC-JT/stack_TIFF/32E04_57C10FlpL_D_VNC.tif; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 32E04 FLP 8-2 [VFB_00061531]

A fragment of the 32E04 expression pattern from the flip-out collection of Jim Truman consisting of 3 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/32E04_sp_A_good SEG/Confocal_63x_2011-11-02_32E04_VNC-JT/stack_TIFF/32E04_57C10FlpL_D_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; P{GMR32E04-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; GMR 32E04 FLP 8-2; expression pattern fragment; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; Lines/GMR_31-40/32E04_sp_A_good SEG/Confocal_63x_2011-11-02_32E04_VNC-JT/stack_TIFF/32E04_57C10FlpL_D_VNC.tif; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; 5401538_G__2; dorsomedial domain of larval A2 neuromere]

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GMR 32E04 FLP 8-3 [VFB_00061532]

A single 32E04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/32E04_sp_A_good SEG/Confocal_63x_2011-11-02_32E04_VNC-JT/stack_TIFF/32E04_57C10FlpL_D_VNC.tif. [confocal microscopy; unlicensed; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; dorsomedial domain of larval central nervous system; P{GMR32E04-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; GMR 32E04 FLP 8-3; expression pattern fragment; 5401538_G__3; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_31-40/32E04_sp_A_good SEG/Confocal_63x_2011-11-02_32E04_VNC-JT/stack_TIFF/32E04_57C10FlpL_D_VNC.tif; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 32E05 FLP 15-1 [VFB_00060893]

A single 32E05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2013-05-13_VNC/stack_TIFF/32E05_57C10FlpL_D_VNC.tif. [ventrolateral domain of larval T2 neuromere; 5401959_R__1; confocal microscopy; unlicensed; GMR 32E05 FLP 15-1; Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2013-05-13_VNC/stack_TIFF/32E05_57C10FlpL_D_VNC.tif; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; P{GMR32E05-GAL4} expression pattern; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 32E05 FLP 16-1 [VFB_00060894]

A single 32E05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2013-05-13_VNC/stack_TIFF/32E05_57C10FlpL_G1_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; 5401958_R__1; Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2013-05-13_VNC/stack_TIFF/32E05_57C10FlpL_G1_VNC.tif; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; GMR 32E05 FLP 16-1; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; P{GMR32E05-GAL4} expression pattern; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 32E05 FLP 16-2 [VFB_00060895]

A single 32E05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2013-05-13_VNC/stack_TIFF/32E05_57C10FlpL_G1_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2013-05-13_VNC/stack_TIFF/32E05_57C10FlpL_G1_VNC.tif; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR32E05-GAL4} expression pattern; 5401958_R__2; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; GMR 32E05 FLP 16-2; dorsomedial domain of larval A2 neuromere]

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GMR 32E05 FLP 16-3 [VFB_00060896]

A single 32E05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2013-05-13_VNC/stack_TIFF/32E05_57C10FlpL_G1_VNC.tif. [centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centromedial domain of larval maxillary neuromere; Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2013-05-13_VNC/stack_TIFF/32E05_57C10FlpL_G1_VNC.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval mandibular neuromere; GMR 32E05 FLP 16-3; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; expression pattern fragment; central domain of larval central nervous system; dorsomedial domain of larval maxillary neuromere; is part of; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; 5401958_G__1; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; P{GMR32E05-GAL4} expression pattern; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 32E05 FLP 17-1 [VFB_00060897]

A single 32E05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2013-05-13_VNC/stack_TIFF/32E05_57C10FlpL_H2_VNC.tif. [Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2013-05-13_VNC/stack_TIFF/32E05_57C10FlpL_H2_VNC.tif; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval mandibular neuromere; expression pattern fragment; dorsomedial domain of larval maxillary neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR32E05-GAL4} expression pattern; 5401957_R__1; L3 CNS template - Wood2018; GMR 32E05 FLP 17-1]

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GMR 32E05 FLP 17-2 [VFB_00060898]

A single 32E05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2013-05-13_VNC/stack_TIFF/32E05_57C10FlpL_H2_VNC.tif. [Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2013-05-13_VNC/stack_TIFF/32E05_57C10FlpL_H2_VNC.tif; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; 5401957_R__2; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR32E05-GAL4} expression pattern; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; GMR 32E05 FLP 17-2; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 32E05 FLP 17-3 [VFB_00060899]

A single 32E05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2013-05-13_VNC/stack_TIFF/32E05_57C10FlpL_H2_VNC.tif. [ventrolateral domain of larval T2 neuromere; GMR 32E05 FLP 17-3; Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2013-05-13_VNC/stack_TIFF/32E05_57C10FlpL_H2_VNC.tif; confocal microscopy; unlicensed; 5401957_R__3; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; P{GMR32E05-GAL4} expression pattern; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 32E05 FLP 17-4 [VFB_00060900]

A single 32E05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2013-05-13_VNC/stack_TIFF/32E05_57C10FlpL_H2_VNC.tif. [embryonic/larval neuron; L3 CNS template - Wood2018; embryonic/larval central nervous system; Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2013-05-13_VNC/stack_TIFF/32E05_57C10FlpL_H2_VNC.tif; GMR 32E05 FLP 17-4; confocal microscopy; unlicensed; P{GMR32E05-GAL4} expression pattern; Truman Larval Flip-Out Collection; is part of; 5401957_G__1; expression pattern fragment; expresses]

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GMR 32E05 FLP 17-5 [VFB_00060901]

A single 32E05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2013-05-13_VNC/stack_TIFF/32E05_57C10FlpL_H2_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; dorsomedial domain of larval central nervous system; Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2013-05-13_VNC/stack_TIFF/32E05_57C10FlpL_H2_VNC.tif; expression pattern fragment; confocal microscopy; unlicensed; P{GMR32E05-GAL4} expression pattern; Truman Larval Flip-Out Collection; is part of; overlaps; dorsomedial domain of larval labial neuromere; dorsomedial domain of larval maxillary neuromere; 5401957_G__2; GMR 32E05 FLP 17-5; embryonic/larval neuron; expresses]

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GMR 32E05 FLP 17-6 [VFB_00060902]

A fragment of the 32E05 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2013-05-13_VNC/stack_TIFF/32E05_57C10FlpL_H2_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2013-05-13_VNC/stack_TIFF/32E05_57C10FlpL_H2_VNC.tif; centrolateral domain of larval A1 neuromere; confocal microscopy; unlicensed; P{GMR32E05-GAL4} expression pattern; Truman Larval Flip-Out Collection; is part of; overlaps; GMR 32E05 FLP 17-6; centrolateral domain of larval central nervous system; 5401957_G__4; expression pattern fragment; centrolateral domain of larval T2 neuromere; expresses]

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GMR 32E05 FLP 17-7 [VFB_00060903]

A single 32E05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2013-05-13_VNC/stack_TIFF/32E05_57C10FlpL_H2_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; dorsomedial domain of larval central nervous system; GMR 32E05 FLP 17-7; dorsomedial domain of larval A3 neuromere; expression pattern fragment; confocal microscopy; Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2013-05-13_VNC/stack_TIFF/32E05_57C10FlpL_H2_VNC.tif; unlicensed; P{GMR32E05-GAL4} expression pattern; Truman Larval Flip-Out Collection; is part of; overlaps; 5401957_G__5; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; embryonic/larval neuron; expresses]

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GMR 32E05 FLP 18-1 [VFB_00060904]

A single 32E05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2013-05-13_VNC/stack_TIFF/32E05_57C10FlpL_G2_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; 5401956_R__1; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; GMR 32E05 FLP 18-1; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2013-05-13_VNC/stack_TIFF/32E05_57C10FlpL_G2_VNC.tif; P{GMR32E05-GAL4} expression pattern; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 32E05 FLP 18-2 [VFB_00060905]

A single 32E05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2013-05-13_VNC/stack_TIFF/32E05_57C10FlpL_G2_VNC.tif. [GMR 32E05 FLP 18-2; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; 5401956_R__2; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2013-05-13_VNC/stack_TIFF/32E05_57C10FlpL_G2_VNC.tif; P{GMR32E05-GAL4} expression pattern; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 32E05 FLP 18-3 [VFB_00060906]

A single 32E05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2013-05-13_VNC/stack_TIFF/32E05_57C10FlpL_G2_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A7 neuromere; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; GMR 32E05 FLP 18-3; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2013-05-13_VNC/stack_TIFF/32E05_57C10FlpL_G2_VNC.tif; P{GMR32E05-GAL4} expression pattern; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; 5401956_R__3]

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GMR 32E05 FLP 18-4 [VFB_00060907]

A single 32E05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2013-05-13_VNC/stack_TIFF/32E05_57C10FlpL_G2_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; 5401956_G__2; GMR 32E05 FLP 18-4; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2013-05-13_VNC/stack_TIFF/32E05_57C10FlpL_G2_VNC.tif; P{GMR32E05-GAL4} expression pattern; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 32E05 FLP 18-5 [VFB_00060908]

A single 32E05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2013-05-13_VNC/stack_TIFF/32E05_57C10FlpL_G2_VNC.tif. [centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; GMR 32E05 FLP 18-5; centromedial domain of larval T1 neuromere; centromedial domain of larval maxillary neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval mandibular neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; expression pattern fragment; 5401956_G__3; central domain of larval central nervous system; dorsomedial domain of larval maxillary neuromere; is part of; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2013-05-13_VNC/stack_TIFF/32E05_57C10FlpL_G2_VNC.tif; P{GMR32E05-GAL4} expression pattern; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 32E05 FLP 25-1 [VFB_00060979]

A single 32E05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2011-12-21_32E05_VNC-JT/stack_TIFF/32E05_57C10FlpL_A_VNC.tif. [confocal microscopy; unlicensed; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; is part of; dorsomedial domain of larval A5 neuromere; 5401976_R__1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR32E05-GAL4} expression pattern; Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2011-12-21_32E05_VNC-JT/stack_TIFF/32E05_57C10FlpL_A_VNC.tif; GMR 32E05 FLP 25-1; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 32E05 FLP 25-2 [VFB_00060980]

A single 32E05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2011-12-21_32E05_VNC-JT/stack_TIFF/32E05_57C10FlpL_A_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5401976_G__1; expression pattern fragment; dorsomedial domain of larval T3 neuromere; is part of; GMR 32E05 FLP 25-2; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR32E05-GAL4} expression pattern; Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2011-12-21_32E05_VNC-JT/stack_TIFF/32E05_57C10FlpL_A_VNC.tif; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 32E05 FLP 43-1 [VFB_00060977]

A single 32E05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2011-12-21_32E05_VNC-JT/stack_TIFF/32E05_57C10FlpL_E_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; P{GMR32E05-GAL4} expression pattern; Truman Larval Flip-Out Collection; is part of; overlaps; dorsolateral domain of larval A2 neuromere; 5401977_G__2; Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2011-12-21_32E05_VNC-JT/stack_TIFF/32E05_57C10FlpL_E_VNC.tif; dorsolateral domain of larval central nervous system; embryonic/larval neuron; GMR 32E05 FLP 43-1; expresses]

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GMR 32E05 FLP 43-2 [VFB_00060978]

A fragment of the 32E05 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2011-12-21_32E05_VNC-JT/stack_TIFF/32E05_57C10FlpL_E_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; 5401977_G__4; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_31-40/32E05_sp_AB/Confocal_63x_2011-12-21_32E05_VNC-JT/stack_TIFF/32E05_57C10FlpL_E_VNC.tif; expression pattern fragment; centrolateral domain of larval T3 neuromere; GMR 32E05 FLP 43-2; is part of; expresses; embryonic/larval central nervous system; P{GMR32E05-GAL4} expression pattern; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 33D04 FLP 1-1 [VFB_00061112]

A fragment of the 33D04 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/33D04_new/Confocal_63X_2014-09-28_VNC/stack_TIFF/33D04_57C10L_D_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centromedial domain of larval T3 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; central domain of larval T3 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; GMR 33D04 FLP 1-1; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; P{GMR33D04-GAL4} expression pattern; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5401628_R__1; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; centrolateral domain of larval A3 neuromere; centromedial domain of larval A5 neuromere; expresses; Lines/GMR_31-40/33D04_new/Confocal_63X_2014-09-28_VNC/stack_TIFF/33D04_57C10L_D_VNC.tif; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; centromedial domain of larval A3 neuromere; ventrolateral domain of larval A1 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 33D07 FLP 12-1 [VFB_00061442]

A single 33D07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/33D07-sp/Confocal_63x_2012-07-12_33D07_VNC/stack_TIFF/33D07_57C10wtFlp_F_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; 5401303_G__2; GMR 33D07 FLP 12-1; dorsolateral domain of larval A5 neuromere; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; expression pattern fragment; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; is part of; P{GMR33D07-GAL4} expression pattern; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; Lines/GMR_31-40/33D07-sp/Confocal_63x_2012-07-12_33D07_VNC/stack_TIFF/33D07_57C10wtFlp_F_VNC.tif; L3 CNS template - Wood2018]

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GMR 33D07 FLP 13-1 [VFB_00061443]

A fragment of the 33D07 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/33D07-sp/Confocal_63x_2012-07-12_33D07_VNC/stack_TIFF/33D07_57C10wtFlp_G_VNC.tif. [L3 CNS template - Wood2018; GMR 33D07 FLP 13-1; embryonic/larval central nervous system; Lines/GMR_31-40/33D07-sp/Confocal_63x_2012-07-12_33D07_VNC/stack_TIFF/33D07_57C10wtFlp_G_VNC.tif; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; P{GMR33D07-GAL4} expression pattern; expression pattern fragment; 5401300_R__2; expresses]

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GMR 33G05 FLP 2-1 [VFB_00058143]

A single 33G05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/33G05/Confocal_63x_2012-12-17_33G05_VNC/stack_TIFF/33G05_57C10wtFlp_C_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; Lines/GMR_31-40/33G05/Confocal_63x_2012-12-17_33G05_VNC/stack_TIFF/33G05_57C10wtFlp_C_VNC.tif; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; P{GMR33G05-GAL4} expression pattern; 5400119_R__1; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; GMR 33G05 FLP 2-1; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 33H07 FLP 11-1 [VFB_00057412]

A single 33H07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/33H07/Confocal_63x_2013-06-21_VNC/stack_TIFF/33H07_57C10wtFlp_A_VNC.tif. [ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; Lines/GMR_31-40/33H07/Confocal_63x_2013-06-21_VNC/stack_TIFF/33H07_57C10wtFlp_A_VNC.tif; ventrolateral domain of larval labial neuromere; 5400190_R__1; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR33H07-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 33H07 FLP 11-1; L3 CNS template - Wood2018]

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GMR 34A10 FLP 10-1 [VFB_00061422]

A single 34A10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/34A10_sp/Confocal_63x_2012-12-20_34A10_VNC/stack_TIFF/34A10_57C10wtFlp_H_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; 5400024_G__4; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; Lines/GMR_31-40/34A10_sp/Confocal_63x_2012-12-20_34A10_VNC/stack_TIFF/34A10_57C10wtFlp_H_VNC.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; GMR 34A10 FLP 10-1; embryonic/larval neuron; P{GMR34A10-GAL4} expression pattern; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 34A10 FLP 11-1 [VFB_00061423]

A single 34A10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/34A10_sp/Confocal_63x_2012-12-20_34A10_VNC/stack_TIFF/34A10_57C10wtFlp_D_VNC.tif. [ventromedial domain of larval A8 neuromere; confocal microscopy; unlicensed; GMR 34A10 FLP 11-1; centrolateral domain of larval central nervous system; Lines/GMR_31-40/34A10_sp/Confocal_63x_2012-12-20_34A10_VNC/stack_TIFF/34A10_57C10wtFlp_D_VNC.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsal domain of larval A9 neuromere; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; is part of; ventrolateral domain of larval A8 neuromere; centromedial domain of larval A7 neuromere; ventral domain of larval A9 neuromere; embryonic/larval neuron; P{GMR34A10-GAL4} expression pattern; central domain of larval A9 neuromere; dorsolateral domain of larval A8 neuromere; expresses; centromedial domain of larval A8 neuromere; embryonic/larval central nervous system; central domain of larval A8 neuromere; dorsomedial domain of larval A8 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; 5400025_G__1]

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GMR 34A10 FLP 11-2 [VFB_00061424]

A single 34A10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/34A10_sp/Confocal_63x_2012-12-20_34A10_VNC/stack_TIFF/34A10_57C10wtFlp_D_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; Lines/GMR_31-40/34A10_sp/Confocal_63x_2012-12-20_34A10_VNC/stack_TIFF/34A10_57C10wtFlp_D_VNC.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; GMR 34A10 FLP 11-2; embryonic/larval neuron; P{GMR34A10-GAL4} expression pattern; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; L3 CNS template - Wood2018; 5400025_G__2]

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GMR 34A10 FLP 14-1 [VFB_00061426]

A single 34A10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/34A10_sp/Confocal_63x_2012-12-20_34A10_VNC/stack_TIFF/34A10_57C10wtFlp_K_VNC.tif. [ventrolateral domain of larval T2 neuromere; Lines/GMR_31-40/34A10_sp/Confocal_63x_2012-12-20_34A10_VNC/stack_TIFF/34A10_57C10wtFlp_K_VNC.tif; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; GMR 34A10 FLP 14-1; embryonic/larval neuron; P{GMR34A10-GAL4} expression pattern; expresses; 5400022_R__1; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 34A10 FLP 14-2 [VFB_00061427]

A single 34A10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/34A10_sp/Confocal_63x_2012-12-20_34A10_VNC/stack_TIFF/34A10_57C10wtFlp_K_VNC.tif. [Lines/GMR_31-40/34A10_sp/Confocal_63x_2012-12-20_34A10_VNC/stack_TIFF/34A10_57C10wtFlp_K_VNC.tif; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; 5400022_G__6; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval A2 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; P{GMR34A10-GAL4} expression pattern; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; GMR 34A10 FLP 14-2; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 34A10 FLP 15-1 [VFB_00061428]

A single 34A10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/34A10_sp/Confocal_63x_2012-12-20_34A10_VNC/stack_TIFF/34A10_57C10wtFlp_G_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; 5400023_R__1; centromedial domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval A2 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; GMR 34A10 FLP 15-1; embryonic/larval neuron; P{GMR34A10-GAL4} expression pattern; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; Lines/GMR_31-40/34A10_sp/Confocal_63x_2012-12-20_34A10_VNC/stack_TIFF/34A10_57C10wtFlp_G_VNC.tif; L3 CNS template - Wood2018]

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GMR 34A10 FLP 17-1 [VFB_00061561]

A single 34A10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/34A10_sp/Confocal_63x_2013-06-27_VNC/stack_TIFF/34A10_57C10wtFlp_B_VNC.tif. [5400007_G__1; dorsolateral domain of larval T3 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval maxillary neuromere; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; ventromedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 34A10 FLP 17-1; Lines/GMR_31-40/34A10_sp/Confocal_63x_2013-06-27_VNC/stack_TIFF/34A10_57C10wtFlp_B_VNC.tif; is part of; embryonic/larval neuron; P{GMR34A10-GAL4} expression pattern; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 34A10 FLP 18-1 [VFB_00061478]

A single 34A10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/34A10_sp/Confocal_63x_2013-06-27_VNC/stack_TIFF/34A10_57C10wtFlp_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; GMR 34A10 FLP 18-1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_31-40/34A10_sp/Confocal_63x_2013-06-27_VNC/stack_TIFF/34A10_57C10wtFlp_F_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; 5400004_R__1; embryonic/larval neuron; P{GMR34A10-GAL4} expression pattern; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 34A10 FLP 19-1 [VFB_00061557]

A single 34A10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/34A10_sp/Confocal_63x_2013-06-27_VNC/stack_TIFF/34A10_57C10wtFlp_E_VNC.tif. [confocal microscopy; GMR 34A10 FLP 19-1; unlicensed; centrolateral domain of larval central nervous system; Lines/GMR_31-40/34A10_sp/Confocal_63x_2013-06-27_VNC/stack_TIFF/34A10_57C10wtFlp_E_VNC.tif; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; expression pattern fragment; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; P{GMR34A10-GAL4} expression pattern; expresses; 5400005_G__2; embryonic/larval central nervous system; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 34A10 FLP 21-1 [VFB_00061558]

A single 34A10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/34A10_sp/Confocal_63x_2013-06-27_VNC/stack_TIFF/34A10_57C10wtFlp_C_VNC.tif. [dorsolateral domain of larval T3 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval maxillary neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A6 neuromere; dorsomedial domain of larval maxillary neuromere; is part of; ventromedial domain of larval maxillary neuromere; embryonic/larval neuron; P{GMR34A10-GAL4} expression pattern; expresses; embryonic/larval central nervous system; Lines/GMR_31-40/34A10_sp/Confocal_63x_2013-06-27_VNC/stack_TIFF/34A10_57C10wtFlp_C_VNC.tif; 5400003_R__1; GMR 34A10 FLP 21-1; dorsolateral domain of larval A3 neuromere; centromedial domain of larval mandibular neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 34A10 FLP 21-2 [VFB_00061559]

A single 34A10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/34A10_sp/Confocal_63x_2013-06-27_VNC/stack_TIFF/34A10_57C10wtFlp_C_VNC.tif. [ventromedial domain of larval A8 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsal domain of larval A9 neuromere; 5400003_G__1; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; is part of; ventrolateral domain of larval A8 neuromere; embryonic/larval neuron; central domain of larval A9 neuromere; P{GMR34A10-GAL4} expression pattern; ventral domain of larval A9 neuromere; dorsolateral domain of larval A8 neuromere; expresses; centromedial domain of larval A8 neuromere; embryonic/larval central nervous system; Lines/GMR_31-40/34A10_sp/Confocal_63x_2013-06-27_VNC/stack_TIFF/34A10_57C10wtFlp_C_VNC.tif; central domain of larval A8 neuromere; GMR 34A10 FLP 21-2; dorsomedial domain of larval A8 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 34A10 FLP 21-3 [VFB_00061560]

A single 34A10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/34A10_sp/Confocal_63x_2013-06-27_VNC/stack_TIFF/34A10_57C10wtFlp_C_VNC.tif. [confocal microscopy; GMR 34A10 FLP 21-3; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; 5400003_G__2; embryonic/larval neuron; P{GMR34A10-GAL4} expression pattern; expresses; embryonic/larval central nervous system; Lines/GMR_31-40/34A10_sp/Confocal_63x_2013-06-27_VNC/stack_TIFF/34A10_57C10wtFlp_C_VNC.tif; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 34A10 FLP 23-1 [VFB_00061594]

A single 34A10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/34A10_sp/Confocal_63x_2013-06-27_VNC/stack_TIFF/34A10_57C10wtFlp_D_VNC.tif. [confocal microscopy; unlicensed; GMR 34A10 FLP 23-1; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_31-40/34A10_sp/Confocal_63x_2013-06-27_VNC/stack_TIFF/34A10_57C10wtFlp_D_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; P{GMR34A10-GAL4} expression pattern; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; 5400008_R__1; L3 CNS template - Wood2018]

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GMR 34A11 FLP 27-1 [VFB_00059507]

A single 34A11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/34A11-sp_B/Confocal_63x_2012-02-09_34A11_VNC/stack_TIFF/34A11_57C10wtFlp_A_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; Lines/GMR_31-40/34A11-sp_B/Confocal_63x_2012-02-09_34A11_VNC/stack_TIFF/34A11_57C10wtFlp_A_VNC.tif; expression pattern fragment; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; unlicensed; confocal microscopy; Truman Larval Flip-Out Collection; is part of; overlaps; GMR 34A11 FLP 27-1; centrolateral domain of larval central nervous system; 5400552_R__2; embryonic/larval neuron; P{GMR34A11-GAL4} expression pattern; expresses]

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GMR 34A11 FLP 27-2 [VFB_00059508]

A single 34A11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/34A11-sp_B/Confocal_63x_2012-02-09_34A11_VNC/stack_TIFF/34A11_57C10wtFlp_A_VNC.tif. [L3 CNS template - Wood2018; dorsolateral domain of larval A4 neuromere; embryonic/larval central nervous system; Lines/GMR_31-40/34A11-sp_B/Confocal_63x_2012-02-09_34A11_VNC/stack_TIFF/34A11_57C10wtFlp_A_VNC.tif; expression pattern fragment; GMR 34A11 FLP 27-2; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; dorsolateral domain of larval central nervous system; 5400552_G__4; embryonic/larval neuron; P{GMR34A11-GAL4} expression pattern; expresses]

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GMR 34B11 FLP 5-2 [VFB_00058273]

A single 34B11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/34B11_sp_NoB/Confocal_63x_2012-06-29A_34B11_VNC/stack_TIFF/34B11_57C10FlpL_B_VNC.tif. [ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; ventrolateral domain of larval labial neuromere; P{GMR34B11-GAL4} expression pattern; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; centrolateral domain of larval T3 neuromere; 5401399_G__3; central domain of larval central nervous system; is part of; embryonic/larval neuron; Lines/GMR_31-40/34B11_sp_NoB/Confocal_63x_2012-06-29A_34B11_VNC/stack_TIFF/34B11_57C10FlpL_B_VNC.tif; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; GMR 34B11 FLP 5-2; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 34C04 FLP 1-1 [VFB_00061893]

A single 34C04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/34C04-sp_BA_New/Confocal_63x_2012-01-10B_34C04_VNC/stack_TIFF/34C04_57C10wtFlp_I1_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; Lines/GMR_31-40/34C04-sp_BA_New/Confocal_63x_2012-01-10B_34C04_VNC/stack_TIFF/34C04_57C10wtFlp_I1_VNC.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; P{GMR34C04-GAL4} expression pattern; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; 5401441_G__5; is part of; embryonic/larval neuron; expresses; GMR 34C04 FLP 1-1; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 34C04 FLP 27-1 [VFB_00061759]

A single 34C04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/34C04-sp_BA_New/Confocal_63x_2012-04-03A_34C04_VNC-JT/stack_TIFF/34C04_57C10wtFlp_D_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; P{GMR34C04-GAL4} expression pattern; GMR 34C04 FLP 27-1; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; Lines/GMR_31-40/34C04-sp_BA_New/Confocal_63x_2012-04-03A_34C04_VNC-JT/stack_TIFF/34C04_57C10wtFlp_D_VNC.tif; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; 5401432_R__1]

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GMR 34C04 FLP 28-1 [VFB_00061801]

A single 34C04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/34C04-sp_BA_New/Confocal_63x_2012-04-03A_34C04_VNC-JT/stack_TIFF/34C04_57C10wtFlp_A_VNC.tif. [L3 CNS template - Wood2018; 5401433_R__3; embryonic/larval central nervous system; dorsomedial domain of larval central nervous system; Lines/GMR_31-40/34C04-sp_BA_New/Confocal_63x_2012-04-03A_34C04_VNC-JT/stack_TIFF/34C04_57C10wtFlp_A_VNC.tif; expression pattern fragment; P{GMR34C04-GAL4} expression pattern; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; dorsomedial domain of larval A5 neuromere; dorsolateral domain of larval A5 neuromere; GMR 34C04 FLP 28-1; dorsolateral domain of larval central nervous system; embryonic/larval neuron; expresses]

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GMR 34C04 FLP 28-2 [VFB_00061802]

A fragment of the 34C04 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/34C04-sp_BA_New/Confocal_63x_2012-04-03A_34C04_VNC-JT/stack_TIFF/34C04_57C10wtFlp_A_VNC.tif. [5401433_G__2; confocal microscopy; unlicensed; central domain of larval A7 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; P{GMR34C04-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; GMR 34C04 FLP 28-2; dorsolateral domain of larval A7 neuromere; expression pattern fragment; centrolateral domain of larval A8 neuromere; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; is part of; centromedial domain of larval A7 neuromere; centrolateral domain of larval A3 neuromere; ventral domain of larval A9 neuromere; centromedial domain of larval A6 neuromere; dorsolateral domain of larval A8 neuromere; expresses; embryonic/larval central nervous system; Lines/GMR_31-40/34C04-sp_BA_New/Confocal_63x_2012-04-03A_34C04_VNC-JT/stack_TIFF/34C04_57C10wtFlp_A_VNC.tif; dorsomedial domain of larval A7 neuromere; central domain of larval A8 neuromere; dorsomedial domain of larval A8 neuromere; centromedial domain of larval A3 neuromere; centrolateral domain of larval A7 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 34C04 FLP 31-1 [VFB_00061760]

A single 34C04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/34C04-sp_BA_New/Confocal_63x_2012-04-03A_34C04_VNC-JT/stack_TIFF/34C04_57C10wtFlp_B2_VNC.tif. [embryonic/larval neuron; larval T1 leg neuropil; L3 CNS template - Wood2018; embryonic/larval central nervous system; P{GMR34C04-GAL4} expression pattern; ventrolateral domain of larval T1 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; GMR 34C04 FLP 31-1; is part of; overlaps; 5401436_R__2; Lines/GMR_31-40/34C04-sp_BA_New/Confocal_63x_2012-04-03A_34C04_VNC-JT/stack_TIFF/34C04_57C10wtFlp_B2_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; expresses]

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GMR 34C04 FLP 8-1 [VFB_00061894]

A single 34C04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/34C04-sp_BA_New/Confocal_63x_2012-01-10B_34C04_VNC/stack_TIFF/34C04_57C10wtFlp_C_VNC.tif. [confocal microscopy; unlicensed; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; Lines/GMR_31-40/34C04-sp_BA_New/Confocal_63x_2012-01-10B_34C04_VNC/stack_TIFF/34C04_57C10wtFlp_C_VNC.tif; centrolateral domain of larval A5 neuromere; dorsomedial domain of larval central nervous system; P{GMR34C04-GAL4} expression pattern; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; ventromedial domain of larval A5 neuromere; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; GMR 34C04 FLP 8-1; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; 5401449_R__2]

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GMR 34C04 FLP 8-2 [VFB_00061895]

A single 34C04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/34C04-sp_BA_New/Confocal_63x_2012-01-10B_34C04_VNC/stack_TIFF/34C04_57C10wtFlp_C_VNC.tif. [confocal microscopy; unlicensed; GMR 34C04 FLP 8-2; centrolateral domain of larval A6 neuromere; dorsomedial domain of larval A6 neuromere; Lines/GMR_31-40/34C04-sp_BA_New/Confocal_63x_2012-01-10B_34C04_VNC/stack_TIFF/34C04_57C10wtFlp_C_VNC.tif; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; P{GMR34C04-GAL4} expression pattern; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; expression pattern fragment; dorsolateral domain of larval A6 neuromere; is part of; embryonic/larval neuron; centromedial domain of larval A6 neuromere; expresses; embryonic/larval central nervous system; 5401449_R__3; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 34E10 FLP 5-1 [VFB_00060226]

A single 34E10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/34E10/Confocal_63x_2012-04-13_34E10_VNC/stack_TIFF/34E10_57C10FlpL_A_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; ventromedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; is part of; P{GMR34E10-GAL4} expression pattern; GMR 34E10 FLP 5-1; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; 5401260_G__4; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018; Lines/GMR_31-40/34E10/Confocal_63x_2012-04-13_34E10_VNC/stack_TIFF/34E10_57C10FlpL_A_VNC.tif]

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GMR 34F03 FLP 12-1 [VFB_00061252]

A single 34F03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/34F03_sp_A_brain commissurals/Confocal_63x_2012-04-03A_34F03_VNC_wtFlp-JT/stack_TIFF/34F03_57C10wtFlp_I_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; Lines/GMR_31-40/34F03_sp_A_brain commissurals/Confocal_63x_2012-04-03A_34F03_VNC_wtFlp-JT/stack_TIFF/34F03_57C10wtFlp_I_VNC.tif; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR34F03-GAL4} expression pattern; GMR 34F03 FLP 12-1; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; 5400998_R__1; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 34F03 FLP 12-2 [VFB_00061253]

A single 34F03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/34F03_sp_A_brain commissurals/Confocal_63x_2012-04-03A_34F03_VNC_wtFlp-JT/stack_TIFF/34F03_57C10wtFlp_I_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; GMR 34F03 FLP 12-2; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; Lines/GMR_31-40/34F03_sp_A_brain commissurals/Confocal_63x_2012-04-03A_34F03_VNC_wtFlp-JT/stack_TIFF/34F03_57C10wtFlp_I_VNC.tif; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR34F03-GAL4} expression pattern; centrolateral domain of larval A2 neuromere; 5400998_G__1; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 34F03 FLP 14-1 [VFB_00061254]

A single 34F03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/34F03_sp_A_brain commissurals/Confocal_63x_2012-04-03A_34F03_VNC_wtFlp-JT/stack_TIFF/34F03_57C10wtFlp_F_VNC.tif. [confocal microscopy; unlicensed; GMR 34F03 FLP 14-1; Lines/GMR_31-40/34F03_sp_A_brain commissurals/Confocal_63x_2012-04-03A_34F03_VNC_wtFlp-JT/stack_TIFF/34F03_57C10wtFlp_F_VNC.tif; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR34F03-GAL4} expression pattern; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere; 5400994_R__1]

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GMR 34F03 FLP 15-1 [VFB_00061255]

A single 34F03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/34F03_sp_A_brain commissurals/Confocal_63x_2012-04-03A_34F03_VNC_wtFlp-JT/stack_TIFF/34F03_57C10wtFlp_C_VNC.tif. [GMR 34F03 FLP 15-1; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; 5400995_G__1; centromedial domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; Lines/GMR_31-40/34F03_sp_A_brain commissurals/Confocal_63x_2012-04-03A_34F03_VNC_wtFlp-JT/stack_TIFF/34F03_57C10wtFlp_C_VNC.tif; expression pattern fragment; dorsomedial domain of larval A1 neuromere; P{GMR34F03-GAL4} expression pattern; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 34F03 FLP 16-1 [VFB_00061256]

A single 34F03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/34F03_sp_A_brain commissurals/Confocal_63x_2012-04-03A_34F03_VNC_wtFlp-JT/stack_TIFF/34F03_57C10wtFlp_D_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; Lines/GMR_31-40/34F03_sp_A_brain commissurals/Confocal_63x_2012-04-03A_34F03_VNC_wtFlp-JT/stack_TIFF/34F03_57C10wtFlp_D_VNC.tif; P{GMR34F03-GAL4} expression pattern; is part of; embryonic/larval neuron; GMR 34F03 FLP 16-1; expresses; embryonic/larval central nervous system; 5400996_R__1; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 34F03 FLP 17-1 [VFB_00061257]

A single 34F03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/34F03_sp_A_brain commissurals/Confocal_63x_2012-04-03A_34F03_VNC_wtFlp-JT/stack_TIFF/34F03_57C10wtFlp_H_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Lines/GMR_31-40/34F03_sp_A_brain commissurals/Confocal_63x_2012-04-03A_34F03_VNC_wtFlp-JT/stack_TIFF/34F03_57C10wtFlp_H_VNC.tif; Truman Larval Flip-Out Collection; overlaps; 5400997_G__1; expression pattern fragment; GMR 34F03 FLP 17-1; P{GMR34F03-GAL4} expression pattern; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 34F03 FLP 20-1 [VFB_00061258]

A fragment of the 34F03 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/34F03_sp_A_brain commissurals/Confocal_63x_2012-04-03A_34F03_VNC_wtFlp-JT/stack_TIFF/34F03_57C10wtFlp_G_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; Lines/GMR_31-40/34F03_sp_A_brain commissurals/Confocal_63x_2012-04-03A_34F03_VNC_wtFlp-JT/stack_TIFF/34F03_57C10wtFlp_G_VNC.tif; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; 5400992_G__1; GMR 34F03 FLP 20-1; expression pattern fragment; dorsomedial domain of larval A1 neuromere; P{GMR34F03-GAL4} expression pattern; central domain of larval A2 neuromere; central domain of larval central nervous system; is part of; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 34G01 FLP 5-1 [VFB_00060357]

A fragment of the 34G01 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/34G01_sp_AB/Confocal_63x_2011-11-02_34G01_VNC-JT/stack_TIFF/34G01_57C10wtFlp_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; 5401453_R__1; expresses; embryonic/larval central nervous system; GMR 34G01 FLP 5-1; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; Lines/GMR_31-40/34G01_sp_AB/Confocal_63x_2011-11-02_34G01_VNC-JT/stack_TIFF/34G01_57C10wtFlp_F_VNC.tif; P{GMR34G01-GAL4} expression pattern; L3 CNS template - Wood2018]

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GMR 35B09 FLP 10-1 [VFB_00060390]

A single 35B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/35B09/Confocal_63x_2011-11-18_35B09_VNC/stack_TIFF/35B09_57C10FlpL_A_VNC.tif. [confocal microscopy; unlicensed; 5401878_R__3; centrolateral domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; Lines/GMR_31-40/35B09/Confocal_63x_2011-11-18_35B09_VNC/stack_TIFF/35B09_57C10FlpL_A_VNC.tif; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; P{GMR35B09-GAL4} expression pattern; L3 CNS template - Wood2018; GMR 35B09 FLP 10-1]

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GMR 35B09 FLP 16-1 [VFB_00061586]

A single 35B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/35B09/Confocal_63x_2013-05-14_VNC/stack_TIFF/35B09_57C10FlpL_D_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; GMR 35B09 FLP 16-1; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; Lines/GMR_31-40/35B09/Confocal_63x_2013-05-14_VNC/stack_TIFF/35B09_57C10FlpL_D_VNC.tif; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR35B09-GAL4} expression pattern; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; 5401885_G__1; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 35B09 FLP 17-1 [VFB_00061602]

A fragment of the 35B09 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/35B09/Confocal_63x_2013-05-14_VNC/stack_TIFF/35B09_57C10FlpL_E_VNC.tif. [Lines/GMR_31-40/35B09/Confocal_63x_2013-05-14_VNC/stack_TIFF/35B09_57C10FlpL_E_VNC.tif; ventromedial domain of larval A8 neuromere; confocal microscopy; 5401884_R__1; unlicensed; central domain of larval A7 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; GMR 35B09 FLP 17-1; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A7 neuromere; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; is part of; ventrolateral domain of larval A8 neuromere; centromedial domain of larval A7 neuromere; ventral domain of larval A9 neuromere; dorsolateral domain of larval A8 neuromere; expresses; embryonic/larval central nervous system; P{GMR35B09-GAL4} expression pattern; central domain of larval A8 neuromere; dorsomedial domain of larval A8 neuromere; centrolateral domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 35E04 FLP 1-1 [VFB_00058144]

A single 35E04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/35E04_sp_BTA/Confocal_63x_2012-06-13_35E04_VNC/stack_TIFF/35E04_57C10FlpL_D_VNC.tif. [ventrolateral domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; 5400448_G__2; centromedial domain of larval T1 neuromere; centromedial domain of larval maxillary neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR35E04-GAL4} expression pattern; dorsomedial domain of larval T1 neuromere; expression pattern fragment; central domain of larval maxillary neuromere; central domain of larval central nervous system; dorsomedial domain of larval maxillary neuromere; is part of; ventromedial domain of larval maxillary neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 35E04 FLP 1-1; central domain of larval labial neuromere; L3 CNS template - Wood2018; Lines/GMR_31-40/35E04_sp_BTA/Confocal_63x_2012-06-13_35E04_VNC/stack_TIFF/35E04_57C10FlpL_D_VNC.tif]

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GMR 35E04 FLP 4-1 [VFB_00058145]

A fragment of the 35E04 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/35E04_sp_BTA/Confocal_63x_2012-06-13_35E04_VNC/stack_TIFF/35E04_57C10FlpL_E_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; 5400447_G__2; centromedial domain of larval T1 neuromere; centromedial domain of larval maxillary neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; P{GMR35E04-GAL4} expression pattern; dorsomedial domain of larval T1 neuromere; Lines/GMR_31-40/35E04_sp_BTA/Confocal_63x_2012-06-13_35E04_VNC/stack_TIFF/35E04_57C10FlpL_E_VNC.tif; expression pattern fragment; ventrolateral domain of larval T3 neuromere; GMR 35E04 FLP 4-1; dorsomedial domain of larval maxillary neuromere; is part of; ventromedial domain of larval maxillary neuromere; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 36B02 FLP 15-1 [VFB_00061762]

A single 36B02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/36B02/Confocal_63x_2013-03-20_VNC/stack_TIFF/36B02_57C10FlpL_A_VNC.tif. [centromedial domain of larval T2 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; GMR 36B02 FLP 15-1; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Lines/GMR_31-40/36B02/Confocal_63x_2013-03-20_VNC/stack_TIFF/36B02_57C10FlpL_A_VNC.tif; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; P{GMR36B02-GAL4} expression pattern; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; L3 CNS template - Wood2018; 5400673_G__1; dorsomedial domain of larval T2 neuromere]

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GMR 36B03 FLP 1-1 [VFB_00060180]

A single 36B03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/36B03_Abd_scored/Confocal_63x_2011-11-07_36B03_VNC-JT/stack_TIFF/36B03_57C10wtFlp_C_VNC.tif. [confocal microscopy; unlicensed; 5401816_R__1; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; Lines/GMR_31-40/36B03_Abd_scored/Confocal_63x_2011-11-07_36B03_VNC-JT/stack_TIFF/36B03_57C10wtFlp_C_VNC.tif; central domain of larval A2 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; P{GMR36B03-GAL4} expression pattern; embryonic/larval central nervous system; GMR 36B03 FLP 1-1; central domain of larval A1 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 36B03 FLP 2-1 [VFB_00060181]

A fragment of the 36B03 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/36B03_Abd_scored/Confocal_63x_2011-11-07_36B03_VNC-JT/stack_TIFF/36B03_57C10wtFlp_E_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; 5401817_R__1; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; GMR 36B03 FLP 2-1; expresses; P{GMR36B03-GAL4} expression pattern; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; Lines/GMR_31-40/36B03_Abd_scored/Confocal_63x_2011-11-07_36B03_VNC-JT/stack_TIFF/36B03_57C10wtFlp_E_VNC.tif; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 36B03 FLP 2-2 [VFB_00060182]

A fragment of the 36B03 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/36B03_Abd_scored/Confocal_63x_2011-11-07_36B03_VNC-JT/stack_TIFF/36B03_57C10wtFlp_E_VNC.tif. [ventrolateral domain of larval T2 neuromere; GMR 36B03 FLP 2-2; dorsolateral domain of larval T3 neuromere; centromedial domain of larval T2 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; dorsolateral domain of larval A1 neuromere; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; 5401817_G__1; expresses; P{GMR36B03-GAL4} expression pattern; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; Lines/GMR_31-40/36B03_Abd_scored/Confocal_63x_2011-11-07_36B03_VNC-JT/stack_TIFF/36B03_57C10wtFlp_E_VNC.tif; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 36B06 FLP 1-1 [VFB_00057394]

A single 36B06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/36B06-sp_BA/Confocal_63x_2011-11-07_36B06_VNC-JT/stack_TIFF/36B06_57C10wtFlp_C_VNC.tif. [centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; 5400770_R__1; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; P{GMR36B06-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; dorsomedial domain of larval labial neuromere; GMR 36B06 FLP 1-1; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_31-40/36B06-sp_BA/Confocal_63x_2011-11-07_36B06_VNC-JT/stack_TIFF/36B06_57C10wtFlp_C_VNC.tif; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; L3 CNS template - Wood2018]

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GMR 36B06 FLP 1-2 [VFB_00057395]

A single 36B06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/36B06-sp_BA/Confocal_63x_2011-11-07_36B06_VNC-JT/stack_TIFF/36B06_57C10wtFlp_C_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; larval T2 leg neuropil; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; P{GMR36B06-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; dorsomedial domain of larval labial neuromere; Lines/GMR_31-40/36B06-sp_BA/Confocal_63x_2011-11-07_36B06_VNC-JT/stack_TIFF/36B06_57C10wtFlp_C_VNC.tif; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; 5400770_G__1; central domain of larval central nervous system; is part of; GMR 36B06 FLP 1-2; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 36B06 FLP 2-1 [VFB_00057396]

A single 36B06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/36B06-sp_BA/Confocal_63x_2011-11-07_36B06_VNC-JT/stack_TIFF/36B06_57C10wtFlp_E_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; 5400771_R__2; ventrolateral domain of larval labial neuromere; P{GMR36B06-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; GMR 36B06 FLP 2-1; overlaps; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; Lines/GMR_31-40/36B06-sp_BA/Confocal_63x_2011-11-07_36B06_VNC-JT/stack_TIFF/36B06_57C10wtFlp_E_VNC.tif; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 36B06 FLP 2-2 [VFB_00057397]

A single 36B06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/36B06-sp_BA/Confocal_63x_2011-11-07_36B06_VNC-JT/stack_TIFF/36B06_57C10wtFlp_E_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; GMR 36B06 FLP 2-2; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval maxillary neuromere; ventrolateral domain of larval labial neuromere; P{GMR36B06-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; dorsomedial domain of larval labial neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval maxillary neuromere; central domain of larval central nervous system; is part of; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; larval T1 leg neuropil; Lines/GMR_31-40/36B06-sp_BA/Confocal_63x_2011-11-07_36B06_VNC-JT/stack_TIFF/36B06_57C10wtFlp_E_VNC.tif; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; L3 CNS template - Wood2018; 5400771_G__1; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 36B06 FLP 3-1 [VFB_00057398]

A single 36B06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/36B06-sp_BA/Confocal_63x_2011-11-07_36B06_VNC-JT/stack_TIFF/36B06_57C10wtFlp_D_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; ventrolateral domain of larval T1 neuromere; expresses; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; confocal microscopy; 5400772_R__1; Lines/GMR_31-40/36B06-sp_BA/Confocal_63x_2011-11-07_36B06_VNC-JT/stack_TIFF/36B06_57C10wtFlp_D_VNC.tif; ventrolateral domain of larval central nervous system; embryonic/larval neuron; GMR 36B06 FLP 3-1; P{GMR36B06-GAL4} expression pattern]

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GMR 36B06 FLP 6-1 [VFB_00057399]

A single 36B06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/36B06-sp_BA/Confocal_63x_2011-11-07_36B06_VNC-JT/stack_TIFF/36B06_57C10wtFlp_A_VNC.tif. [confocal microscopy; Lines/GMR_31-40/36B06-sp_BA/Confocal_63x_2011-11-07_36B06_VNC-JT/stack_TIFF/36B06_57C10wtFlp_A_VNC.tif; unlicensed; GMR 36B06 FLP 6-1; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; P{GMR36B06-GAL4} expression pattern; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; 5400775_G__1; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 36C07 FLP 3-1 [VFB_00061599]

A single 36C07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/36C07/Confocal_63x_2013-02-11_36C07_VNC/stack_TIFF/36C07_57C10FlpL_C_VNC.tif. [L3 CNS template - Wood2018; dorsolateral domain of larval A4 neuromere; embryonic/larval central nervous system; dorsomedial domain of larval central nervous system; expression pattern fragment; confocal microscopy; expresses; unlicensed; Lines/GMR_31-40/36C07/Confocal_63x_2013-02-11_36C07_VNC/stack_TIFF/36C07_57C10FlpL_C_VNC.tif; Truman Larval Flip-Out Collection; is part of; overlaps; 5401494_R__1; P{GMR36C07-GAL4} expression pattern; dorsolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; embryonic/larval neuron; GMR 36C07 FLP 3-1]

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GMR 36C07 FLP 4-1 [VFB_00061600]

A single 36C07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/36C07/Confocal_63x_2013-02-11_36C07_VNC/stack_TIFF/36C07_57C10FlpL_A_VNC.tif. [ventrolateral domain of larval T2 neuromere; L3 CNS template - Wood2018; GMR 36C07 FLP 4-1; embryonic/larval central nervous system; 5401495_R__1; expression pattern fragment; confocal microscopy; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; P{GMR36C07-GAL4} expression pattern; embryonic/larval neuron; Lines/GMR_31-40/36C07/Confocal_63x_2013-02-11_36C07_VNC/stack_TIFF/36C07_57C10FlpL_A_VNC.tif; expresses]

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GMR 36C07 FLP 4-2 [VFB_00061601]

A single 36C07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/36C07/Confocal_63x_2013-02-11_36C07_VNC/stack_TIFF/36C07_57C10FlpL_A_VNC.tif. [confocal microscopy; GMR 36C07 FLP 4-2; unlicensed; centrolateral domain of larval central nervous system; 5401495_G__1; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; Lines/GMR_31-40/36C07/Confocal_63x_2013-02-11_36C07_VNC/stack_TIFF/36C07_57C10FlpL_A_VNC.tif; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; P{GMR36C07-GAL4} expression pattern; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 36G02 FLP 2-1 [VFB_00060957]

A fragment of the 36G02 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/36G02_Abd_scored/Confocal_63x_2011-11-07_36G02_VNC-JT/stack_TIFF/36G02_57C10wtFlp_J_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; GMR 36G02 FLP 2-1; Lines/GMR_31-40/36G02_Abd_scored/Confocal_63x_2011-11-07_36G02_VNC-JT/stack_TIFF/36G02_57C10wtFlp_J_VNC.tif; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; P{GMR36G02-GAL4} expression pattern; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval A6 neuromere; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; 5400401_R__1; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 36G02 FLP 2-2 [VFB_00060958]

A fragment of the 36G02 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/36G02_Abd_scored/Confocal_63x_2011-11-07_36G02_VNC-JT/stack_TIFF/36G02_57C10wtFlp_J_VNC.tif. [confocal microscopy; unlicensed; 5400401_G__1; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Lines/GMR_31-40/36G02_Abd_scored/Confocal_63x_2011-11-07_36G02_VNC-JT/stack_TIFF/36G02_57C10wtFlp_J_VNC.tif; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; P{GMR36G02-GAL4} expression pattern; overlaps; ventrolateral domain of larval central nervous system; dorsolateral domain of larval A7 neuromere; expression pattern fragment; dorsolateral domain of larval A6 neuromere; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; GMR 36G02 FLP 2-2; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 37F05 FLP 15-1 [VFB_00058399]

A single 37F05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/37F05_sp/Confocal_63x_2012-12-22_37F05_VNC/stack_TIFF/37F05_57C10FlpL_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; 5400630_R__1; GMR 37F05 FLP 15-1; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; expression pattern fragment; ventrolateral domain of larval T3 neuromere; P{GMR37F05-GAL4} expression pattern; dorsomedial domain of larval T3 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_31-40/37F05_sp/Confocal_63x_2012-12-22_37F05_VNC/stack_TIFF/37F05_57C10FlpL_B_VNC.tif; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 37F05 FLP 15-2 [VFB_00058400]

A fragment of the 37F05 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/37F05_sp/Confocal_63x_2012-12-22_37F05_VNC/stack_TIFF/37F05_57C10FlpL_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; GMR 37F05 FLP 15-2; expression pattern fragment; ventrolateral domain of larval T3 neuromere; P{GMR37F05-GAL4} expression pattern; centrolateral domain of larval T3 neuromere; is part of; 5400630_G__1; expresses; embryonic/larval central nervous system; Lines/GMR_31-40/37F05_sp/Confocal_63x_2012-12-22_37F05_VNC/stack_TIFF/37F05_57C10FlpL_B_VNC.tif; ventrolateral domain of larval A1 neuromere; larval T3 leg neuropil; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 37F05 FLP 21-1 [VFB_00061113]

A single 37F05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/37F05_sp/Confocal_63x_2012-12-22_37F05_VNC/stack_TIFF/37F05_57C10FlpL_F_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; Lines/GMR_31-40/37F05_sp/Confocal_63x_2012-12-22_37F05_VNC/stack_TIFF/37F05_57C10FlpL_F_VNC.tif; 5400626_G__1; embryonic/larval neuron; P{GMR37F05-GAL4} expression pattern; GMR 37F05 FLP 21-1; expresses]

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GMR 37F05 FLP 22-1 [VFB_00061114]

A single 37F05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/37F05_sp/Confocal_63x_2012-12-22_37F05_VNC/stack_TIFF/37F05_57C10FlpL_D_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; Lines/GMR_31-40/37F05_sp/Confocal_63x_2012-12-22_37F05_VNC/stack_TIFF/37F05_57C10FlpL_D_VNC.tif; expression pattern fragment; GMR 37F05 FLP 22-1; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; 5400627_R__1; embryonic/larval neuron; P{GMR37F05-GAL4} expression pattern; expresses]

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GMR 37F05 FLP 22-2 [VFB_00061115]

A single 37F05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/37F05_sp/Confocal_63x_2012-12-22_37F05_VNC/stack_TIFF/37F05_57C10FlpL_D_VNC.tif. [centromedial domain of larval A4 neuromere; GMR 37F05 FLP 22-2; Lines/GMR_31-40/37F05_sp/Confocal_63x_2012-12-22_37F05_VNC/stack_TIFF/37F05_57C10FlpL_D_VNC.tif; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR37F05-GAL4} expression pattern; central domain of larval A2 neuromere; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018; 5400627_G__2]

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GMR 37F05 FLP 23-1 [VFB_00061116]

A fragment of the 37F05 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/37F05_sp/Confocal_63x_2012-12-22_37F05_VNC/stack_TIFF/37F05_57C10FlpL_G_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 37F05 FLP 23-1; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; P{GMR37F05-GAL4} expression pattern; is part of; 5400624_R__1; expresses; embryonic/larval central nervous system; Lines/GMR_31-40/37F05_sp/Confocal_63x_2012-12-22_37F05_VNC/stack_TIFF/37F05_57C10FlpL_G_VNC.tif; larval T3 leg neuropil; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 37G11 FLP 23-1 [VFB_00061854]

A single 37G11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/37G11_sp/Confocal_63x_2013-06-27_VNC/stack_TIFF/37G11_57C10wtFlp_C_VNC.tif. [L3 CNS template - Wood2018; Lines/GMR_31-40/37G11_sp/Confocal_63x_2013-06-27_VNC/stack_TIFF/37G11_57C10wtFlp_C_VNC.tif; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; GMR 37G11 FLP 23-1; Truman Larval Flip-Out Collection; is part of; P{GMR37G11-GAL4} expression pattern; overlaps; ventrolateral domain of larval central nervous system; embryonic/larval neuron; ventrolateral domain of larval T3 neuromere; 5402064_R__1; expresses]

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GMR 37G11 FLP 24-1 [VFB_00061855]

A single 37G11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/37G11_sp/Confocal_63x_2013-06-27_VNC/stack_TIFF/37G11_57C10wtFlp_A_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; P{GMR37G11-GAL4} expression pattern; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; 5402065_R__2; centrolateral domain of larval T3 neuromere; Lines/GMR_31-40/37G11_sp/Confocal_63x_2013-06-27_VNC/stack_TIFF/37G11_57C10wtFlp_A_VNC.tif; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A1 neuromere; larval T3 leg neuropil; GMR 37G11 FLP 24-1; L3 CNS template - Wood2018]

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GMR 37G11 FLP 5-1 [VFB_00060385]

A single 37G11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/37G11_sp/Confocal_63x_2012-12-07_37G11_VNC/stack_TIFF/37G11_57C10wtFlp_G_VNC.tif. [ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centromedial domain of larval maxillary neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; P{GMR37G11-GAL4} expression pattern; overlaps; expression pattern fragment; Lines/GMR_31-40/37G11_sp/Confocal_63x_2012-12-07_37G11_VNC/stack_TIFF/37G11_57C10wtFlp_G_VNC.tif; dorsomedial domain of larval maxillary neuromere; is part of; ventromedial domain of larval maxillary neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 37G11 FLP 5-1; 5402044_R__2; L3 CNS template - Wood2018]

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GMR 37G11 FLP 5-2 [VFB_00060386]

A single 37G11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/37G11_sp/Confocal_63x_2012-12-07_37G11_VNC/stack_TIFF/37G11_57C10wtFlp_G_VNC.tif. [centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centromedial domain of larval maxillary neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; P{GMR37G11-GAL4} expression pattern; overlaps; dorsomedial domain of larval mandibular neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; expression pattern fragment; Lines/GMR_31-40/37G11_sp/Confocal_63x_2012-12-07_37G11_VNC/stack_TIFF/37G11_57C10wtFlp_G_VNC.tif; GMR 37G11 FLP 5-2; 5402044_G__2; central domain of larval maxillary neuromere; central domain of larval central nervous system; dorsomedial domain of larval maxillary neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; centromedial domain of larval mandibular neuromere; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 37G11 FLP 7-1 [VFB_00057575]

A single 37G11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/37G11_sp/Confocal_63x_2012-12-07_37G11_VNC/stack_TIFF/37G11_57C10wtFlp_B_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; Lines/GMR_31-40/37G11_sp/Confocal_63x_2012-12-07_37G11_VNC/stack_TIFF/37G11_57C10wtFlp_B_VNC.tif; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; P{GMR37G11-GAL4} expression pattern; overlaps; 5402046_R__2; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; GMR 37G11 FLP 7-1; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 38A10 FLP 3-1 [VFB_00057490]

A single 38A10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38A10/Confocal_63x_2013-07-01_VNC/stack_TIFF/38A10_57C10FlpL_H_VNC.tif. [centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; 5400526_R__2; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval T3 neuromere; is part of; GMR 38A10 FLP 3-1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR38A10-GAL4} expression pattern; Lines/GMR_31-40/38A10/Confocal_63x_2013-07-01_VNC/stack_TIFF/38A10_57C10FlpL_H_VNC.tif; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 38A10 FLP 5-1 [VFB_00057491]

A fragment of the 38A10 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38A10/Confocal_63x_2013-07-01_VNC/stack_TIFF/38A10_57C10FlpL_G_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; GMR 38A10 FLP 5-1; P{GMR38A10-GAL4} expression pattern; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; 5400520_G__3; expression pattern fragment; Lines/GMR_31-40/38A10/Confocal_63x_2013-07-01_VNC/stack_TIFF/38A10_57C10FlpL_G_VNC.tif; expresses]

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GMR 38A10 FLP 7-1 [VFB_00057492]

A fragment of the 38A10 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38A10/Confocal_63x_2013-07-01_VNC/stack_TIFF/38A10_57C10FlpL_A_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; is part of; 5400522_R__1; centromedial domain of larval A7 neuromere; ventral domain of larval A9 neuromere; GMR 38A10 FLP 7-1; centromedial domain of larval A6 neuromere; central domain of larval A9 neuromere; expresses; centromedial domain of larval A8 neuromere; embryonic/larval central nervous system; P{GMR38A10-GAL4} expression pattern; dorsomedial domain of larval A8 neuromere; Lines/GMR_31-40/38A10/Confocal_63x_2013-07-01_VNC/stack_TIFF/38A10_57C10FlpL_A_VNC.tif; L3 CNS template - Wood2018]

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GMR 38B05 FLP 15-1 [VFB_00060888]

A single 38B05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38B05/Confocal_63x_2013-03-20_VNC/stack_TIFF/38B05_57C10wtFlp_A_VNC.tif. [L3 CNS template - Wood2018; GMR 38B05 FLP 15-1; Lines/GMR_31-40/38B05/Confocal_63x_2013-03-20_VNC/stack_TIFF/38B05_57C10wtFlp_A_VNC.tif; embryonic/larval central nervous system; dorsolateral domain of larval T1 neuromere; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; embryonic/larval neuron; 5400608_G__1; P{GMR38B05-GAL4} expression pattern; expresses]

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GMR 38E01 FLP 1-1 [VFB_00058187]

A fragment of the 38E01 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38E01_sp/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E01_57C10FlpL_E_VNC.tif. [ventromedial domain of larval A8 neuromere; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR38E01-GAL4} expression pattern; 5401238_R__2; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_31-40/38E01_sp/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E01_57C10FlpL_E_VNC.tif; dorsal domain of larval A9 neuromere; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; is part of; ventrolateral domain of larval A8 neuromere; ventral domain of larval A9 neuromere; central domain of larval A9 neuromere; dorsolateral domain of larval A8 neuromere; expresses; centromedial domain of larval A8 neuromere; embryonic/larval central nervous system; central domain of larval A8 neuromere; dorsomedial domain of larval A8 neuromere; GMR 38E01 FLP 1-1; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 38E01 FLP 10-1 [VFB_00058189]

A single 38E01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38E01_sp/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E01_57C10FlpL_A_VNC.tif. [Lines/GMR_31-40/38E01_sp/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E01_57C10FlpL_A_VNC.tif; ventromedial domain of larval A8 neuromere; confocal microscopy; unlicensed; central domain of larval A7 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR38E01-GAL4} expression pattern; expression pattern fragment; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; is part of; ventral domain of larval A9 neuromere; embryonic/larval neuron; 5401237_G__3; expresses; centromedial domain of larval A8 neuromere; embryonic/larval central nervous system; central domain of larval A8 neuromere; GMR 38E01 FLP 10-1; dorsomedial domain of larval A8 neuromere; L3 CNS template - Wood2018]

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GMR 38E02 FLP 31-1 [VFB_00061340]

A single 38E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38E02/Confocal_63x_2013-02-07_38E02_VNC/stack_TIFF/38E02_57C10wtFlp_I_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5401668_G__1; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; Lines/GMR_31-40/38E02/Confocal_63x_2013-02-07_38E02_VNC/stack_TIFF/38E02_57C10wtFlp_I_VNC.tif; is part of; GMR 38E02 FLP 31-1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR38E02-GAL4} expression pattern; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 38E02 FLP 31-2 [VFB_00061341]

A single 38E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38E02/Confocal_63x_2013-02-07_38E02_VNC/stack_TIFF/38E02_57C10wtFlp_I_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; expression pattern fragment; central domain of larval central nervous system; GMR 38E02 FLP 31-2; Lines/GMR_31-40/38E02/Confocal_63x_2013-02-07_38E02_VNC/stack_TIFF/38E02_57C10wtFlp_I_VNC.tif; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR38E02-GAL4} expression pattern; 5401668_G__2; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 38E02 FLP 32-1 [VFB_00061880]

A single 38E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_C_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_C_VNC.tif; Truman Larval Flip-Out Collection; overlaps; 5401689_R__2; expression pattern fragment; central domain of larval central nervous system; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; P{GMR38E02-GAL4} expression pattern; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; GMR 38E02 FLP 32-1]

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GMR 38E02 FLP 32-2 [VFB_00061881]

A single 38E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_C_VNC.tif. [confocal microscopy; GMR 38E02 FLP 32-2; unlicensed; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; dorsomedial domain of larval central nervous system; Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_C_VNC.tif; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 5401689_G__1; P{GMR38E02-GAL4} expression pattern; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 38E02 FLP 33-1 [VFB_00061415]

A single 38E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_J_VNC.tif. [centromedial domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; GMR 38E02 FLP 33-1; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_J_VNC.tif; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; 5401688_R__1; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR38E02-GAL4} expression pattern; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 38E02 FLP 33-2 [VFB_00061416]

A single 38E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_J_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_J_VNC.tif; 5401688_R__2; expression pattern fragment; is part of; GMR 38E02 FLP 33-2; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR38E02-GAL4} expression pattern; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 38E02 FLP 33-3 [VFB_00061417]

A single 38E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_J_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; GMR 38E02 FLP 33-3; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_J_VNC.tif; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; 5401688_G__1; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; P{GMR38E02-GAL4} expression pattern; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 38E02 FLP 34-1 [VFB_00061882]

A single 38E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_D2_VNC.tif. [dorsolateral domain of larval T3 neuromere; Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_D2_VNC.tif; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; 5401687_R__1; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; P{GMR38E02-GAL4} expression pattern; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; GMR 38E02 FLP 34-1]

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GMR 38E02 FLP 34-2 [VFB_00061883]

A single 38E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_D2_VNC.tif. [Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_D2_VNC.tif; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; GMR 38E02 FLP 34-2; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; 5401687_G__1; P{GMR38E02-GAL4} expression pattern; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 38E02 FLP 34-3 [VFB_00061884]

A single 38E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_D2_VNC.tif. [Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_D2_VNC.tif; confocal microscopy; unlicensed; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; is part of; dorsomedial domain of larval A5 neuromere; GMR 38E02 FLP 34-3; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; P{GMR38E02-GAL4} expression pattern; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; 5401687_G__2]

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GMR 38E02 FLP 35-1 [VFB_00061679]

A single 38E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_A_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; GMR 38E02 FLP 35-1; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; 5401686_R__1; embryonic/larval neuron; expresses; Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_A_VNC.tif; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; P{GMR38E02-GAL4} expression pattern; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 38E02 FLP 35-2 [VFB_00061680]

A single 38E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_A_VNC.tif. [L3 CNS template - Wood2018; Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_A_VNC.tif; embryonic/larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; P{GMR38E02-GAL4} expression pattern; overlaps; GMR 38E02 FLP 35-2; 5401686_G__1; embryonic/larval neuron; expresses]

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GMR 38E02 FLP 35-3 [VFB_00061681]

A single 38E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_A_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; central domain of larval A6 neuromere; ventrolateral domain of larval A6 neuromere; centromedial domain of larval central nervous system; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; GMR 38E02 FLP 35-3; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_A_VNC.tif; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; P{GMR38E02-GAL4} expression pattern; central domain of larval A5 neuromere; 5401686_G__2; L3 CNS template - Wood2018]

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GMR 38E02 FLP 36-1 [VFB_00061885]

A single 38E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_F_VNC.tif. [confocal microscopy; unlicensed; Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_F_VNC.tif; 5401685_G__2; GMR 38E02 FLP 36-1; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A7 neuromere; central domain of larval central nervous system; is part of; ventral domain of larval A9 neuromere; embryonic/larval neuron; expresses; dorsolateral domain of larval A8 neuromere; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; central domain of larval A8 neuromere; dorsomedial domain of larval A8 neuromere; P{GMR38E02-GAL4} expression pattern; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 38E02 FLP 36-2 [VFB_00061886]

A single 38E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_F_VNC.tif; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 38E02 FLP 36-2; central domain of larval central nervous system; 5401685_G__3; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR38E02-GAL4} expression pattern; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 38E02 FLP 38-1 [VFB_00061887]

A single 38E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_D1_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; P{GMR38E02-GAL4} expression pattern; Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_D1_VNC.tif; dorsolateral domain of larval central nervous system; 5401683_R__1; GMR 38E02 FLP 38-1; L3 CNS template - Wood2018]

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GMR 38E02 FLP 38-2 [VFB_00061888]

A single 38E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_D1_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; 5401683_G__1; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; GMR 38E02 FLP 38-2; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; P{GMR38E02-GAL4} expression pattern; dorsolateral domain of larval A2 neuromere; Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_D1_VNC.tif; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 38E02 FLP 38-3 [VFB_00061889]

A single 38E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_D1_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; 5401683_G__2; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; is part of; GMR 38E02 FLP 38-3; embryonic/larval neuron; centromedial domain of larval A6 neuromere; expresses; embryonic/larval central nervous system; P{GMR38E02-GAL4} expression pattern; Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_D1_VNC.tif; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 38E02 FLP 39-1 [VFB_00061418]

A single 38E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_G_VNC.tif. [GMR 38E02 FLP 39-1; confocal microscopy; unlicensed; 5401682_G__2; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_G_VNC.tif; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; P{GMR38E02-GAL4} expression pattern; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 38E02 FLP 39-2 [VFB_00061419]

A single 38E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_G_VNC.tif. [confocal microscopy; unlicensed; 5401682_G__3; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A7 neuromere; dorsolateral domain of larval A6 neuromere; GMR 38E02 FLP 39-2; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_G_VNC.tif; P{GMR38E02-GAL4} expression pattern; centrolateral domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 38E02 FLP 39-3 [VFB_00061420]

A single 38E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_G_VNC.tif. [confocal microscopy; unlicensed; dorsolateral domain of larval A5 neuromere; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; 5401682_G__4; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; GMR 38E02 FLP 39-3; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_G_VNC.tif; P{GMR38E02-GAL4} expression pattern; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 38E02 FLP 40-1 [VFB_00061891]

A single 38E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_E2_VNC.tif. [confocal microscopy; unlicensed; Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_E2_VNC.tif; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval central nervous system; GMR 38E02 FLP 40-1; is part of; 5401681_R__2; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; P{GMR38E02-GAL4} expression pattern; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 38E02 FLP 41-1 [VFB_00061692]

A single 38E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_I_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; Lines/GMR_31-40/38E02/Confocal_63x_2013-07-01_VNC/stack_TIFF/38E02_57C10wtFlp_I_VNC.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; GMR 38E02 FLP 41-1; P{GMR38E02-GAL4} expression pattern; dorsolateral domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; 5401680_R__1; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 38G03 FLP 10-1 [VFB_00061102]

A single 38G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38G03/Confocal_63x_2012-12-22_38G03_VNC/stack_TIFF/38G03_57C10FlpL_C_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; Lines/GMR_31-40/38G03/Confocal_63x_2012-12-22_38G03_VNC/stack_TIFF/38G03_57C10FlpL_C_VNC.tif; centrolateral domain of larval labial neuromere; embryonic/larval neuron; GMR 38G03 FLP 10-1; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; 5401593_R__1; central domain of larval labial neuromere; P{GMR38G03-GAL4} expression pattern; centrolateral domain of larval T1 neuromere; L3 CNS template - Wood2018]

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GMR 38G03 FLP 11-1 [VFB_00061103]

A single 38G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38G03/Confocal_63x_2012-12-22_38G03_VNC/stack_TIFF/38G03_57C10FlpL_D_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; 5401592_G__1; central domain of larval central nervous system; is part of; GMR 38G03 FLP 11-1; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; central domain of larval labial neuromere; P{GMR38G03-GAL4} expression pattern; centrolateral domain of larval T1 neuromere; Lines/GMR_31-40/38G03/Confocal_63x_2012-12-22_38G03_VNC/stack_TIFF/38G03_57C10FlpL_D_VNC.tif; L3 CNS template - Wood2018]

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GMR 38G03 FLP 3-1 [VFB_00060877]

A single 38G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38G03/Confocal_63x_2012-12-22_38G03_VNC/stack_TIFF/38G03_57C10FlpL_A_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; Lines/GMR_31-40/38G03/Confocal_63x_2012-12-22_38G03_VNC/stack_TIFF/38G03_57C10FlpL_A_VNC.tif; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 38G03 FLP 3-1; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR38G03-GAL4} expression pattern; 5401591_R__1; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 38G03 FLP 3-2 [VFB_00060878]

A single 38G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38G03/Confocal_63x_2012-12-22_38G03_VNC/stack_TIFF/38G03_57C10FlpL_A_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; Lines/GMR_31-40/38G03/Confocal_63x_2012-12-22_38G03_VNC/stack_TIFF/38G03_57C10FlpL_A_VNC.tif; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; centrolateral domain of larval labial neuromere; embryonic/larval neuron; GMR 38G03 FLP 3-2; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; central domain of larval labial neuromere; P{GMR38G03-GAL4} expression pattern; centrolateral domain of larval T1 neuromere; 5401591_G__1; L3 CNS template - Wood2018]

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GMR 38G03 FLP 31-1 [VFB_00060885]

A single 38G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38G03/Confocal_63x_2013-07-01_VNC/stack_TIFF/38G03_57C10FlpL_I_VNC.tif. [centromedial domain of larval T2 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; GMR 38G03 FLP 31-1; centromedial domain of larval T3 neuromere; larval T2 leg neuropil; centromedial domain of larval T1 neuromere; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; Lines/GMR_31-40/38G03/Confocal_63x_2013-07-01_VNC/stack_TIFF/38G03_57C10FlpL_I_VNC.tif; dorsomedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; expression pattern fragment; dorsomedial domain of larval T3 neuromere; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; P{GMR38G03-GAL4} expression pattern; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; 5401605_R__2; dorsomedial domain of larval T2 neuromere]

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GMR 38G03 FLP 33-1 [VFB_00058357]

A single 38G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38G03/Confocal_63x_2013-07-01_VNC/stack_TIFF/38G03_57C10FlpL_D_VNC.tif. [ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; 5401603_R__1; is part of; Lines/GMR_31-40/38G03/Confocal_63x_2013-07-01_VNC/stack_TIFF/38G03_57C10FlpL_D_VNC.tif; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; central domain of larval labial neuromere; P{GMR38G03-GAL4} expression pattern; centrolateral domain of larval T1 neuromere; GMR 38G03 FLP 33-1; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 38G03 FLP 35-1 [VFB_00060887]

A single 38G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38G03/Confocal_63x_2013-07-01_VNC/stack_TIFF/38G03_57C10FlpL_G_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval maxillary neuromere; ventrolateral domain of larval labial neuromere; GMR 38G03 FLP 35-1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; dorsomedial domain of larval labial neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval mandibular neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval maxillary neuromere; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; central domain of larval mandibular neuromere; dorsomedial domain of larval maxillary neuromere; is part of; Lines/GMR_31-40/38G03/Confocal_63x_2013-07-01_VNC/stack_TIFF/38G03_57C10FlpL_G_VNC.tif; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; 5401601_R__1; larval T1 leg neuropil; embryonic/larval central nervous system; central domain of larval labial neuromere; P{GMR38G03-GAL4} expression pattern; centrolateral domain of larval T1 neuromere; centromedial domain of larval mandibular neuromere; dorsolateral domain of larval central nervous system; dorsolateral domain of larval maxillary neuromere; L3 CNS template - Wood2018]

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GMR 38G03 FLP 4-1 [VFB_00061104]

A single 38G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38G03/Confocal_63x_2013-07-01_VNC/stack_TIFF/38G03_57C10FlpL_J_VNC.tif. [confocal microscopy; unlicensed; GMR 38G03 FLP 4-1; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5401599_R__1; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; central domain of larval labial neuromere; P{GMR38G03-GAL4} expression pattern; centrolateral domain of larval T1 neuromere; Lines/GMR_31-40/38G03/Confocal_63x_2013-07-01_VNC/stack_TIFF/38G03_57C10FlpL_J_VNC.tif; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 38G03 FLP 5-1 [VFB_00061105]

A fragment of the 38G03 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38G03/Confocal_63x_2013-07-01_VNC/stack_TIFF/38G03_57C10FlpL_E_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; Lines/GMR_31-40/38G03/Confocal_63x_2013-07-01_VNC/stack_TIFF/38G03_57C10FlpL_E_VNC.tif; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval mandibular neuromere; central domain of larval T2 neuromere; 5401598_R__1; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval maxillary neuromere; central domain of larval central nervous system; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; central domain of larval labial neuromere; P{GMR38G03-GAL4} expression pattern; GMR 38G03 FLP 5-1; centrolateral domain of larval maxillary neuromere; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; dorsolateral domain of larval maxillary neuromere; L3 CNS template - Wood2018]

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GMR 38G03 FLP 6-1 [VFB_00061101]

A single 38G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38G03/Confocal_63x_2013-07-01_VNC/stack_TIFF/38G03_57C10FlpL_F_VNC.tif. [confocal microscopy; unlicensed; Lines/GMR_31-40/38G03/Confocal_63x_2013-07-01_VNC/stack_TIFF/38G03_57C10FlpL_F_VNC.tif; centrolateral domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; GMR 38G03 FLP 6-1; P{GMR38G03-GAL4} expression pattern; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; 5401597_R__1]

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GMR 38H10 FLP 1-1 [VFB_00061565]

A single 38H10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/38H10_sp/Confocal_63x_2012-12-22_38H10_VNC/stack_TIFF/38H10_57C10FlpL_A_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; 5401323_R__1; Lines/GMR_31-40/38H10_sp/Confocal_63x_2012-12-22_38H10_VNC/stack_TIFF/38H10_57C10FlpL_A_VNC.tif; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; P{GMR38H10-GAL4} expression pattern; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; GMR 38H10 FLP 1-1; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 39C03 FLP 1-1 [VFB_00058307]

A single 39C03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/39C03_sp/Confocal_63x_2012-12-11_39C03_VNC/stack_TIFF/39C03_57C10FlpL_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; L3 CNS template - Wood2018; embryonic/larval central nervous system; P{GMR39C03-GAL4} expression pattern; expression pattern fragment; ventromedial domain of larval A1 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; GMR 39C03 FLP 1-1; is part of; overlaps; 5400136_R__2; embryonic/larval neuron; ventrolateral domain of larval T3 neuromere; Lines/GMR_31-40/39C03_sp/Confocal_63x_2012-12-11_39C03_VNC/stack_TIFF/39C03_57C10FlpL_B_VNC.tif; expresses]

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GMR 39C03 FLP 9-1 [VFB_00058308]

A single 39C03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/39C03_sp/Confocal_63x_2012-12-11_39C03_VNC/stack_TIFF/39C03_57C10FlpL_A_VNC.tif. [P{GMR39C03-GAL4} expression pattern; confocal microscopy; unlicensed; central domain of larval A7 neuromere; 5400138_R__2; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; ventrolateral domain of larval A7 neuromere; central domain of larval A6 neuromere; GMR 39C03 FLP 9-1; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; centromedial domain of larval A7 neuromere; embryonic/larval neuron; expresses; Lines/GMR_31-40/39C03_sp/Confocal_63x_2012-12-11_39C03_VNC/stack_TIFF/39C03_57C10FlpL_A_VNC.tif; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 39D12 FLP 13-1 [VFB_00060389]

A single 39D12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/39D12-sp_B/Confocal_63x_2012-04-13_39D12_VNC/stack_TIFF/39D12_57C10FlpL_C_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; GMR 39D12 FLP 13-1; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; Lines/GMR_31-40/39D12-sp_B/Confocal_63x_2012-04-13_39D12_VNC/stack_TIFF/39D12_57C10FlpL_C_VNC.tif; embryonic/larval neuron; P{GMR39D12-GAL4} expression pattern; 5400474_R__2; expresses]

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GMR 39E01 FLP 3-1 [VFB_00058424]

A single 39E01 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/39E01-sp_B/Confocal_63x_2011-12-17_39E01_VNC/stack_TIFF/39E01_57C10FlpL_C_VNC.tif. [confocal microscopy; unlicensed; central domain of larval A7 neuromere; dorsomedial domain of larval A6 neuromere; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A7 neuromere; central domain of larval central nervous system; P{GMR39E01-GAL4} expression pattern; dorsolateral domain of larval A6 neuromere; is part of; Lines/GMR_31-40/39E01-sp_B/Confocal_63x_2011-12-17_39E01_VNC/stack_TIFF/39E01_57C10FlpL_C_VNC.tif; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; GMR 39E01 FLP 3-1; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; 5401371_R__1]

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GMR 39E01 FLP 3-2 [VFB_00058425]

A single 39E01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/39E01-sp_B/Confocal_63x_2011-12-17_39E01_VNC/stack_TIFF/39E01_57C10FlpL_C_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A6 neuromere; P{GMR39E01-GAL4} expression pattern; central domain of larval central nervous system; is part of; Lines/GMR_31-40/39E01-sp_B/Confocal_63x_2011-12-17_39E01_VNC/stack_TIFF/39E01_57C10FlpL_C_VNC.tif; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; GMR 39E01 FLP 3-2; centromedial domain of larval A5 neuromere; expresses; 5401371_G__3; embryonic/larval central nervous system; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 39E01 FLP 35-1 [VFB_00061828]

A fragment of the 39E01 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/39E01-sp_B/Confocal_63x_2013-07-02_VNC/stack_TIFF/39E01_57C10FlpL_F_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; GMR 39E01 FLP 35-1; overlaps; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; P{GMR39E01-GAL4} expression pattern; centrolateral domain of larval A2 neuromere; is part of; 5401344_R__1; Lines/GMR_31-40/39E01-sp_B/Confocal_63x_2013-07-02_VNC/stack_TIFF/39E01_57C10FlpL_F_VNC.tif; centrolateral domain of larval A3 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 39E01 FLP 35-2 [VFB_00061829]

A fragment of the 39E01 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/39E01-sp_B/Confocal_63x_2013-07-02_VNC/stack_TIFF/39E01_57C10FlpL_F_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; P{GMR39E01-GAL4} expression pattern; dorsolateral domain of larval A6 neuromere; is part of; dorsomedial domain of larval A5 neuromere; Lines/GMR_31-40/39E01-sp_B/Confocal_63x_2013-07-02_VNC/stack_TIFF/39E01_57C10FlpL_F_VNC.tif; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; 5401344_G__1; GMR 39E01 FLP 35-2; embryonic/larval central nervous system; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 39E01 FLP 4-1 [VFB_00058426]

A single 39E01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/39E01-sp_B/Confocal_63x_2011-12-17_39E01_VNC/stack_TIFF/39E01_57C10FlpL_L_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; GMR 39E01 FLP 4-1; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; P{GMR39E01-GAL4} expression pattern; 5401370_G__3; is part of; Lines/GMR_31-40/39E01-sp_B/Confocal_63x_2011-12-17_39E01_VNC/stack_TIFF/39E01_57C10FlpL_L_VNC.tif; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 39E01 FLP 40-1 [VFB_00061870]

A fragment of the 39E01 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/39E01-sp_B/Confocal_63x_2013-07-02_VNC/stack_TIFF/39E01_57C10FlpL_D_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; 5401341_R__1; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; expression pattern fragment; Lines/GMR_31-40/39E01-sp_B/Confocal_63x_2013-07-02_VNC/stack_TIFF/39E01_57C10FlpL_D_VNC.tif; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; P{GMR39E01-GAL4} expression pattern; is part of; expresses; embryonic/larval central nervous system; GMR 39E01 FLP 40-1; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 39E01 FLP 41-1 [VFB_00061634]

A single 39E01 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/39E01-sp_B/Confocal_63x_2013-07-02_VNC/stack_TIFF/39E01_57C10FlpL_C_VNC.tif. [GMR 39E01 FLP 41-1; confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5401348_R__1; expression pattern fragment; dorsolateral domain of larval A6 neuromere; P{GMR39E01-GAL4} expression pattern; central domain of larval central nervous system; is part of; dorsomedial domain of larval A5 neuromere; Lines/GMR_31-40/39E01-sp_B/Confocal_63x_2013-07-02_VNC/stack_TIFF/39E01_57C10FlpL_C_VNC.tif; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 39E01 FLP 42-1 [VFB_00061562]

A single 39E01 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/39E01-sp_B/Confocal_63x_2013-07-02_VNC/stack_TIFF/39E01_57C10FlpL_A_VNC.tif. [Lines/GMR_31-40/39E01-sp_B/Confocal_63x_2013-07-02_VNC/stack_TIFF/39E01_57C10FlpL_A_VNC.tif; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; GMR 39E01 FLP 42-1; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval T1 neuromere; P{GMR39E01-GAL4} expression pattern; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; 5401349_R__1; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 39E01 FLP 42-2 [VFB_00061563]

A single 39E01 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/39E01-sp_B/Confocal_63x_2013-07-02_VNC/stack_TIFF/39E01_57C10FlpL_A_VNC.tif. [Lines/GMR_31-40/39E01-sp_B/Confocal_63x_2013-07-02_VNC/stack_TIFF/39E01_57C10FlpL_A_VNC.tif; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; GMR 39E01 FLP 42-2; dorsomedial domain of larval A3 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; P{GMR39E01-GAL4} expression pattern; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 5401349_R__2; central domain of larval A1 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 39E01 FLP 42-3 [VFB_00061564]

A single 39E01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/39E01-sp_B/Confocal_63x_2013-07-02_VNC/stack_TIFF/39E01_57C10FlpL_A_VNC.tif. [Lines/GMR_31-40/39E01-sp_B/Confocal_63x_2013-07-02_VNC/stack_TIFF/39E01_57C10FlpL_A_VNC.tif; confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; GMR 39E01 FLP 42-3; central domain of larval central nervous system; P{GMR39E01-GAL4} expression pattern; dorsolateral domain of larval A6 neuromere; 5401349_G__2; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 39E02 FLP 2-1 [VFB_00060954]

A single 39E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/39E02/Confocal_63x_2012-11-03_39E02_VNC/stack_TIFF/39E02_57C10FlpL_F_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; central domain of larval A6 neuromere; ventrolateral domain of larval A6 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_31-40/39E02/Confocal_63x_2012-11-03_39E02_VNC/stack_TIFF/39E02_57C10FlpL_F_VNC.tif; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; P{GMR39E02-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 39E02 FLP 2-1; 5402134_G__1; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 39E02 FLP 22-1 [VFB_00061007]

A single 39E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/39E02/Confocal_63x_2012-12-11_39E02_VNC/stack_TIFF/39E02_57C10FlpL_D_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; GMR 39E02 FLP 22-1; ventromedial domain of larval central nervous system; Lines/GMR_31-40/39E02/Confocal_63x_2012-12-11_39E02_VNC/stack_TIFF/39E02_57C10FlpL_D_VNC.tif; Truman Larval Flip-Out Collection; overlaps; 5402121_G__1; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; P{GMR39E02-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 39E02 FLP 26-1 [VFB_00061008]

A fragment of the 39E02 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/39E02/Confocal_63x_2012-12-11_39E02_VNC/stack_TIFF/39E02_57C10FlpL_C_VNC.tif. [GMR 39E02 FLP 26-1; Lines/GMR_31-40/39E02/Confocal_63x_2012-12-11_39E02_VNC/stack_TIFF/39E02_57C10FlpL_C_VNC.tif; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; 5402120_R__1; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; P{GMR39E02-GAL4} expression pattern; centromedial domain of larval A6 neuromere; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 39E02 FLP 3-1 [VFB_00060955]

A single 39E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/39E02/Confocal_63x_2012-11-03_39E02_VNC/stack_TIFF/39E02_57C10FlpL_H_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; Lines/GMR_31-40/39E02/Confocal_63x_2012-11-03_39E02_VNC/stack_TIFF/39E02_57C10FlpL_H_VNC.tif; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; GMR 39E02 FLP 3-1; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5402135_G__1; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; P{GMR39E02-GAL4} expression pattern; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; L3 CNS template - Wood2018]

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GMR 39E02 FLP 30-1 [VFB_00060927]

A single 39E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/39E02/Confocal_63x_2012-11-03_39E02_VNC/stack_TIFF/39E02_57C10FlpL_K_VNC.tif. [confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5402139_R__2; GMR 39E02 FLP 30-1; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; Lines/GMR_31-40/39E02/Confocal_63x_2012-11-03_39E02_VNC/stack_TIFF/39E02_57C10FlpL_K_VNC.tif; P{GMR39E02-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 39E02 FLP 30-2 [VFB_00060928]

A single 39E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/39E02/Confocal_63x_2012-11-03_39E02_VNC/stack_TIFF/39E02_57C10FlpL_K_VNC.tif. [ventromedial domain of larval A8 neuromere; confocal microscopy; unlicensed; central domain of larval A7 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; GMR 39E02 FLP 30-2; central domain of larval A6 neuromere; ventrolateral domain of larval A6 neuromere; ventrolateral domain of larval A7 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; 5402139_G__1; Lines/GMR_31-40/39E02/Confocal_63x_2012-11-03_39E02_VNC/stack_TIFF/39E02_57C10FlpL_K_VNC.tif; P{GMR39E02-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centrolateral domain of larval A7 neuromere; L3 CNS template - Wood2018]

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GMR 39H04 FLP 17-1 [VFB_00061630]

A single 39H04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/39H04-sp_B/Confocal_63x_2012-06-04_39H04_VNC/stack_TIFF/39H04_57C10FlpL_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; P{GMR39H04-GAL4} expression pattern; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; 5400817_R__1; embryonic/larval neuron; expresses; GMR 39H04 FLP 17-1; embryonic/larval central nervous system; Lines/GMR_31-40/39H04-sp_B/Confocal_63x_2012-06-04_39H04_VNC/stack_TIFF/39H04_57C10FlpL_B_VNC.tif; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 39H04 FLP 18-1 [VFB_00061385]

A single 39H04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/39H04-sp_B/Confocal_63x_2012-06-04_39H04_VNC/stack_TIFF/39H04_57C10FlpL_C_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; 5400816_R__1; central domain of larval T3 neuromere; P{GMR39H04-GAL4} expression pattern; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 39H04 FLP 18-1; Lines/GMR_31-40/39H04-sp_B/Confocal_63x_2012-06-04_39H04_VNC/stack_TIFF/39H04_57C10FlpL_C_VNC.tif; L3 CNS template - Wood2018]

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GMR 40A07 FLP 2-1 [VFB_00061204]

A fragment of the 40A07 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/40A07/Confocal_63x_2013-07-02_VNC/stack_TIFF/40A07_57C10FlpL_E_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; GMR 40A07 FLP 2-1; dorsomedial domain of larval T3 neuromere; is part of; Lines/GMR_31-40/40A07/Confocal_63x_2013-07-02_VNC/stack_TIFF/40A07_57C10FlpL_E_VNC.tif; expresses; embryonic/larval central nervous system; 5400161_R__1; L3 CNS template - Wood2018; P{GMR40A07-GAL4} expression pattern; dorsomedial domain of larval T2 neuromere]

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GMR 40A07 FLP 3-1 [VFB_00061205]

A fragment of the 40A07 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/40A07/Confocal_63x_2013-07-02_VNC/stack_TIFF/40A07_57C10FlpL_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_31-40/40A07/Confocal_63x_2013-07-02_VNC/stack_TIFF/40A07_57C10FlpL_B_VNC.tif; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; is part of; 5400160_G__1; expresses; embryonic/larval central nervous system; GMR 40A07 FLP 3-1; L3 CNS template - Wood2018; P{GMR40A07-GAL4} expression pattern; dorsomedial domain of larval T2 neuromere]

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GMR 40A07 FLP 4-1 [VFB_00061206]

A single 40A07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/40A07/Confocal_63x_2013-07-02_VNC/stack_TIFF/40A07_57C10FlpL_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; GMR 40A07 FLP 4-1; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; Lines/GMR_31-40/40A07/Confocal_63x_2013-07-02_VNC/stack_TIFF/40A07_57C10FlpL_F_VNC.tif; is part of; embryonic/larval neuron; centromedial domain of larval A6 neuromere; 5400163_R__1; expresses; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; L3 CNS template - Wood2018; P{GMR40A07-GAL4} expression pattern; dorsomedial domain of larval T2 neuromere]

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GMR 40A07 FLP 5-1 [VFB_00061207]

A fragment of the 40A07 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/40A07/Confocal_63x_2013-07-02_VNC/stack_TIFF/40A07_57C10FlpL_D_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5400162_R__1; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; is part of; dorsomedial domain of larval A5 neuromere; centromedial domain of larval A5 neuromere; expresses; Lines/GMR_31-40/40A07/Confocal_63x_2013-07-02_VNC/stack_TIFF/40A07_57C10FlpL_D_VNC.tif; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; GMR 40A07 FLP 5-1; L3 CNS template - Wood2018; P{GMR40A07-GAL4} expression pattern; dorsomedial domain of larval T2 neuromere]

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GMR 40A07 FLP 7-1 [VFB_00060956]

A single 40A07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/40A07/Confocal_63x_2011-11-24_40A07_VNC/stack_TIFF/40A07_57C10FlpL_A_VNC.tif. [embryonic/larval neuron; L3 CNS template - Wood2018; 5400152_G__4; embryonic/larval central nervous system; GMR 40A07 FLP 7-1; confocal microscopy; Lines/GMR_31-40/40A07/Confocal_63x_2011-11-24_40A07_VNC/stack_TIFF/40A07_57C10FlpL_A_VNC.tif; unlicensed; Truman Larval Flip-Out Collection; is part of; expression pattern fragment; P{GMR40A07-GAL4} expression pattern; expresses]

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GMR 40B01 FLP 1-1 [VFB_00061585]

A single 40B01 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/40B01/Confocal_63x_2012-07-30_40B01_VNC/stack_TIFF/40B01_57C10wtFlp_A_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; GMR 40B01 FLP 1-1; expresses; unlicensed; confocal microscopy; Truman Larval Flip-Out Collection; is part of; Lines/GMR_31-40/40B01/Confocal_63x_2012-07-30_40B01_VNC/stack_TIFF/40B01_57C10wtFlp_A_VNC.tif; embryonic/larval neuron; P{GMR40B01-GAL4} expression pattern; 5401708_R__1]

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GMR 40C02 FLP 2-1 [VFB_00060427]

A single 40C02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/40C02-sp_B/Confocal_63x_2013-07-05_VNC/stack_TIFF/40C02_57C10FlpL_E_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; 5401202_G__4; dorsomedial domain of larval central nervous system; P{GMR40C02-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A6 neuromere; is part of; Lines/GMR_31-40/40C02-sp_B/Confocal_63x_2013-07-05_VNC/stack_TIFF/40C02_57C10FlpL_E_VNC.tif; GMR 40C02 FLP 2-1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 40F04 FLP 6-1 [VFB_00057360]

A single 40F04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/40F04_AD_DBD/Confocal_63x_2013-02-28_VNC/stack_TIFF/40F04_57C10wtFlp_A_VNC.tif. [L3 CNS template - Wood2018; 5402023_G__1; embryonic/larval central nervous system; expression pattern fragment; ventrolateral domain of larval T1 neuromere; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; Lines/GMR_31-40/40F04_AD_DBD/Confocal_63x_2013-02-28_VNC/stack_TIFF/40F04_57C10wtFlp_A_VNC.tif; GMR 40F04 FLP 6-1; ventrolateral domain of larval central nervous system; embryonic/larval neuron; P{GMR40F04-GAL4} expression pattern; expresses]

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GMR 40F09 FLP 10-1 [VFB_00057413]

A single 40F09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/40F09_sp_simple commissural/Confocal_63x_2012-02-13_40F09_VNC/stack_TIFF/40F09_57C10wtFlp_A_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; Lines/GMR_31-40/40F09_sp_simple commissural/Confocal_63x_2012-02-13_40F09_VNC/stack_TIFF/40F09_57C10wtFlp_A_VNC.tif; centrolateral domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; ventromedial domain of larval A5 neuromere; is part of; 5400191_R__1; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; GMR 40F09 FLP 10-1; P{GMR40F09-GAL4} expression pattern; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 40F09 FLP 10-2 [VFB_00057414]

A fragment of the 40F09 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/40F09_sp_simple commissural/Confocal_63x_2012-02-13_40F09_VNC/stack_TIFF/40F09_57C10wtFlp_A_VNC.tif. [confocal microscopy; unlicensed; Lines/GMR_31-40/40F09_sp_simple commissural/Confocal_63x_2012-02-13_40F09_VNC/stack_TIFF/40F09_57C10wtFlp_A_VNC.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; is part of; centromedial domain of larval A7 neuromere; GMR 40F09 FLP 10-2; expresses; centromedial domain of larval A8 neuromere; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; 5400191_G__2; dorsomedial domain of larval A8 neuromere; P{GMR40F09-GAL4} expression pattern; L3 CNS template - Wood2018]

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GMR 40F09 FLP 19-1 [VFB_00061850]

A fragment of the 40F09 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/40F09_sp_simple commissural/Confocal_63x_2013-07-05_VNC/stack_TIFF/40F09_57C10wtFlp_L_VNC.tif. [ventromedial domain of larval A8 neuromere; confocal microscopy; GMR 40F09 FLP 19-1; unlicensed; centrolateral domain of larval central nervous system; central domain of larval A6 neuromere; ventrolateral domain of larval A6 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; Lines/GMR_31-40/40F09_sp_simple commissural/Confocal_63x_2013-07-05_VNC/stack_TIFF/40F09_57C10wtFlp_L_VNC.tif; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; ventrolateral domain of larval A8 neuromere; ventral domain of larval A9 neuromere; expresses; embryonic/larval central nervous system; central domain of larval A8 neuromere; P{GMR40F09-GAL4} expression pattern; central domain of larval A5 neuromere; L3 CNS template - Wood2018; 5400207_G__1]

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GMR 40F09 FLP 31-1 [VFB_00061352]

A fragment of the 40F09 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/40F09_sp_simple commissural/Confocal_63x_2012-06-28_40F09_VNC/stack_TIFF/40F09_57C10wtFlp_F_VNC.tif. [GMR 40F09 FLP 31-1; centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; 5400223_G__1; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; central domain of larval A6 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_31-40/40F09_sp_simple commissural/Confocal_63x_2012-06-28_40F09_VNC/stack_TIFF/40F09_57C10wtFlp_F_VNC.tif; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; P{GMR40F09-GAL4} expression pattern; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 40F09 FLP 7-1 [VFB_00057410]

A fragment of the 40F09 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/40F09_sp_simple commissural/Confocal_63x_2012-02-13_40F09_VNC/stack_TIFF/40F09_57C10wtFlp_F_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; Lines/GMR_31-40/40F09_sp_simple commissural/Confocal_63x_2012-02-13_40F09_VNC/stack_TIFF/40F09_57C10wtFlp_F_VNC.tif; dorsomedial domain of larval A4 neuromere; centromedial domain of larval central nervous system; GMR 40F09 FLP 7-1; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; is part of; 5400194_G__1; expresses; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; P{GMR40F09-GAL4} expression pattern; L3 CNS template - Wood2018]

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GMR 40F09 FLP 8-1 [VFB_00057411]

A single 40F09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/40F09_sp_simple commissural/Confocal_63x_2012-02-13_40F09_VNC/stack_TIFF/40F09_57C10wtFlp_B_VNC.tif. [confocal microscopy; unlicensed; central domain of larval A7 neuromere; dorsomedial domain of larval A6 neuromere; Lines/GMR_31-40/40F09_sp_simple commissural/Confocal_63x_2012-02-13_40F09_VNC/stack_TIFF/40F09_57C10wtFlp_B_VNC.tif; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 40F09 FLP 8-1; expression pattern fragment; dorsolateral domain of larval A7 neuromere; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; is part of; 5400196_R__2; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; P{GMR40F09-GAL4} expression pattern; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 40H02 FLP 17-1 [VFB_00060245]

A single 40H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/40H02_sp/Confocal_63x_2013-07-08_VNC/stack_TIFF/40H02_57C10FlpL_A_VNC.tif. [centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; GMR 40H02 FLP 17-1; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; Lines/GMR_31-40/40H02_sp/Confocal_63x_2013-07-08_VNC/stack_TIFF/40H02_57C10FlpL_A_VNC.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; expression pattern fragment; dorsomedial domain of larval T3 neuromere; is part of; 5400333_R__1; P{GMR40H02-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 40H02 FLP 17-2 [VFB_00060246]

A fragment of the 40H02 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/40H02_sp/Confocal_63x_2013-07-08_VNC/stack_TIFF/40H02_57C10FlpL_A_VNC.tif. [centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; Lines/GMR_31-40/40H02_sp/Confocal_63x_2013-07-08_VNC/stack_TIFF/40H02_57C10FlpL_A_VNC.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; GMR 40H02 FLP 17-2; expression pattern fragment; is part of; P{GMR40H02-GAL4} expression pattern; expresses; embryonic/larval central nervous system; 5400333_G__2; L3 CNS template - Wood2018]

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GMR 40H02 FLP 18-1 [VFB_00060247]

A single 40H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/40H02_sp/Confocal_63x_2013-07-08_VNC/stack_TIFF/40H02_57C10FlpL_J_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; 5400334_G__1; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval T1 neuromere; is part of; P{GMR40H02-GAL4} expression pattern; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; GMR 40H02 FLP 18-1; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; Lines/GMR_31-40/40H02_sp/Confocal_63x_2013-07-08_VNC/stack_TIFF/40H02_57C10FlpL_J_VNC.tif]

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GMR 40H02 FLP 20-1 [VFB_00061901]

A single 40H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/40H02_sp/Confocal_63x_2013-07-08_VNC/stack_TIFF/40H02_57C10FlpL_F_VNC.tif. [Lines/GMR_31-40/40H02_sp/Confocal_63x_2013-07-08_VNC/stack_TIFF/40H02_57C10FlpL_F_VNC.tif; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; GMR 40H02 FLP 20-1; centromedial domain of larval T1 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; 5400336_G__1; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; is part of; P{GMR40H02-GAL4} expression pattern; ventromedial domain of larval maxillary neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 40H02 FLP 23-1 [VFB_00060249]

A single 40H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/40H02_sp/Confocal_63x_2013-07-08_VNC/stack_TIFF/40H02_57C10FlpL_G_VNC.tif. [centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval maxillary neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_31-40/40H02_sp/Confocal_63x_2013-07-08_VNC/stack_TIFF/40H02_57C10FlpL_G_VNC.tif; expression pattern fragment; dorsolateral domain of larval T1 neuromere; 5400339_G__1; dorsomedial domain of larval maxillary neuromere; is part of; P{GMR40H02-GAL4} expression pattern; GMR 40H02 FLP 23-1; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; dorsolateral domain of larval maxillary neuromere; L3 CNS template - Wood2018]

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GMR 40H02 FLP 24-1 [VFB_00057477]

A fragment of the 40H02 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/40H02_sp/Confocal_63x_2012-12-14_40H02_VNC/stack_TIFF/40H02_57C10FlpL_G_VNC.tif. [confocal microscopy; unlicensed; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; GMR 40H02 FLP 24-1; is part of; P{GMR40H02-GAL4} expression pattern; ventral domain of larval A9 neuromere; expresses; 5400349_G__1; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; L3 CNS template - Wood2018; Lines/GMR_31-40/40H02_sp/Confocal_63x_2012-12-14_40H02_VNC/stack_TIFF/40H02_57C10FlpL_G_VNC.tif]

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GMR 40H02 FLP 27-1 [VFB_00057479]

A fragment of the 40H02 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/40H02_sp/Confocal_63x_2013-07-08_VNC/stack_TIFF/40H02_57C10FlpL_E_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; Lines/GMR_31-40/40H02_sp/Confocal_63x_2013-07-08_VNC/stack_TIFF/40H02_57C10FlpL_E_VNC.tif; 5400340_G__1; confocal microscopy; unlicensed; centromedial domain of larval A2 neuromere; Truman Larval Flip-Out Collection; is part of; overlaps; P{GMR40H02-GAL4} expression pattern; centromedial domain of larval A3 neuromere; GMR 40H02 FLP 27-1; expression pattern fragment; expresses; centromedial domain of larval central nervous system]

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GMR 40H02 FLP 28-1 [VFB_00057480]

A single 40H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/40H02_sp/Confocal_63x_2012-12-14_40H02_VNC/stack_TIFF/40H02_57C10FlpL_D_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; centromedial domain of larval central nervous system; 5400343_R__2; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 40H02 FLP 28-1; expression pattern fragment; ventrolateral domain of larval T3 neuromere; is part of; P{GMR40H02-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_31-40/40H02_sp/Confocal_63x_2012-12-14_40H02_VNC/stack_TIFF/40H02_57C10FlpL_D_VNC.tif; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 40H02 FLP 30-1 [VFB_00057481]

A single 40H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/40H02_sp/Confocal_63x_2012-12-14_40H02_VNC/stack_TIFF/40H02_57C10FlpL_J_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; Lines/GMR_31-40/40H02_sp/Confocal_63x_2012-12-14_40H02_VNC/stack_TIFF/40H02_57C10FlpL_J_VNC.tif; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; expression pattern fragment; dorsomedial domain of larval T3 neuromere; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; GMR 40H02 FLP 30-1; P{GMR40H02-GAL4} expression pattern; 5400345_R__1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 40H02 FLP 30-2 [VFB_00057482]

A fragment of the 40H02 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/40H02_sp/Confocal_63x_2012-12-14_40H02_VNC/stack_TIFF/40H02_57C10FlpL_J_VNC.tif. [ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Lines/GMR_31-40/40H02_sp/Confocal_63x_2012-12-14_40H02_VNC/stack_TIFF/40H02_57C10FlpL_J_VNC.tif; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; 5400345_R__2; is part of; P{GMR40H02-GAL4} expression pattern; GMR 40H02 FLP 30-2; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 40H02 FLP 30-3 [VFB_00057483]

A single 40H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/40H02_sp/Confocal_63x_2012-12-14_40H02_VNC/stack_TIFF/40H02_57C10FlpL_J_VNC.tif. [L3 CNS template - Wood2018; 5400345_R__4; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; Lines/GMR_31-40/40H02_sp/Confocal_63x_2012-12-14_40H02_VNC/stack_TIFF/40H02_57C10FlpL_J_VNC.tif; unlicensed; Truman Larval Flip-Out Collection; is part of; GMR 40H02 FLP 30-3; P{GMR40H02-GAL4} expression pattern; embryonic/larval neuron; expresses]

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GMR 40H02 FLP 30-4 [VFB_00057484]

A single 40H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/40H02_sp/Confocal_63x_2012-12-14_40H02_VNC/stack_TIFF/40H02_57C10FlpL_J_VNC.tif. [ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; 5400345_G__1; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; dorsomedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; Lines/GMR_31-40/40H02_sp/Confocal_63x_2012-12-14_40H02_VNC/stack_TIFF/40H02_57C10FlpL_J_VNC.tif; dorsomedial domain of larval labial neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval T1 neuromere; is part of; P{GMR40H02-GAL4} expression pattern; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 40H02 FLP 30-4; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 40H02 FLP 31-1 [VFB_00057485]

A fragment of the 40H02 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/40H02_sp/Confocal_63x_2012-12-14_40H02_VNC/stack_TIFF/40H02_57C10FlpL_A_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; Lines/GMR_31-40/40H02_sp/Confocal_63x_2012-12-14_40H02_VNC/stack_TIFF/40H02_57C10FlpL_A_VNC.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; is part of; P{GMR40H02-GAL4} expression pattern; 5400344_R__1; ventral domain of larval A9 neuromere; expresses; embryonic/larval central nervous system; GMR 40H02 FLP 31-1; L3 CNS template - Wood2018]

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GMR 40H02 FLP 32-1 [VFB_00057486]

A single 40H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_31-40/40H02_sp/Confocal_63x_2012-12-14_40H02_VNC/stack_TIFF/40H02_57C10FlpL_F_VNC.tif. [centromedial domain of larval T2 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; GMR 40H02 FLP 32-1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval T3 neuromere; is part of; P{GMR40H02-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_31-40/40H02_sp/Confocal_63x_2012-12-14_40H02_VNC/stack_TIFF/40H02_57C10FlpL_F_VNC.tif; 5400347_G__3; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 41A08 FLP 23-1 [VFB_00057536]

A single 41A08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/41A08-sp busy/Confocal_63x_2012-09-29_41A08_VNC/stack_TIFF/41A08_57C10FlpL_C_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; centromedial domain of larval A4 neuromere; GMR 41A08 FLP 23-1; expression pattern fragment; confocal microscopy; unlicensed; Lines/GMR_41-50/41A08-sp busy/Confocal_63x_2012-09-29_41A08_VNC/stack_TIFF/41A08_57C10FlpL_C_VNC.tif; Truman Larval Flip-Out Collection; is part of; overlaps; P{GMR41A08-GAL4} expression pattern; 6201871_R__4; embryonic/larval neuron; expresses; centromedial domain of larval central nervous system]

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GMR 41A08 FLP 24-1 [VFB_00057537]

A single 41A08 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/41A08-sp busy/Confocal_63x_2013-07-08_VNC/stack_TIFF/41A08_57C10wtFlp_C_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; P{GMR41A08-GAL4} expression pattern; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; GMR 41A08 FLP 24-1; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; 6201870_G__1; Lines/GMR_41-50/41A08-sp busy/Confocal_63x_2013-07-08_VNC/stack_TIFF/41A08_57C10wtFlp_C_VNC.tif; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 41B07 FLP 8-1 [VFB_00061675]

A single 41B07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/41B07-sp_A_noB/Confocal_63x_2011-07-13_41B07-JT/stack_TIFF/41B07_57C10FlpL_3c_D.tif. [confocal microscopy; unlicensed; 6201348_R__1; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; P{GMR41B07-GAL4} expression pattern; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; GMR 41B07 FLP 8-1; Lines/GMR_41-50/41B07-sp_A_noB/Confocal_63x_2011-07-13_41B07-JT/stack_TIFF/41B07_57C10FlpL_3c_D.tif]

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GMR 41F02 FLP 20-1 [VFB_00061362]

A single 41F02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/41F02_sp commissural/Confocal_63x_2013-07-10_VNC/stack_TIFF/41F02_57C10wtFlp_G_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Lines/GMR_41-50/41F02_sp commissural/Confocal_63x_2013-07-10_VNC/stack_TIFF/41F02_57C10wtFlp_G_VNC.tif; Truman Larval Flip-Out Collection; overlaps; P{GMR41F02-GAL4} expression pattern; expression pattern fragment; dorsolateral domain of larval A7 neuromere; dorsolateral domain of larval A6 neuromere; is part of; embryonic/larval neuron; expresses; dorsolateral domain of larval A8 neuromere; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; 6201109_G__1; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; GMR 41F02 FLP 20-1]

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GMR 41G04 FLP 20-1 [VFB_00061830]

A single 41G04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/41G04_sp/Confocal_63x_2012-12-11_41G04_VNC/stack_TIFF/41G04_57C10wtFlp_D_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR41G04-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; 6200761_R__1; is part of; Lines/GMR_41-50/41G04_sp/Confocal_63x_2012-12-11_41G04_VNC/stack_TIFF/41G04_57C10wtFlp_D_VNC.tif; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018; GMR 41G04 FLP 20-1]

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GMR 41G04 FLP 22-1 [VFB_00061430]

A single 41G04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/41G04_sp/Confocal_63x_2013-07-10_VNC/stack_TIFF/41G04_57C10wtFlp_H_VNC.tif. [ventrolateral domain of larval T2 neuromere; 6200756_R__2; confocal microscopy; unlicensed; larval T2 leg neuropil; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 41G04 FLP 22-1; P{GMR41G04-GAL4} expression pattern; Lines/GMR_41-50/41G04_sp/Confocal_63x_2013-07-10_VNC/stack_TIFF/41G04_57C10wtFlp_H_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 41G04 FLP 23-1 [VFB_00061431]

A single 41G04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/41G04_sp/Confocal_63x_2013-07-10_VNC/stack_TIFF/41G04_57C10wtFlp_G_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; GMR 41G04 FLP 23-1; dorsomedial domain of larval T1 neuromere; P{GMR41G04-GAL4} expression pattern; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; dorsolateral domain of larval T1 neuromere; 6200755_R__1; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_41-50/41G04_sp/Confocal_63x_2013-07-10_VNC/stack_TIFF/41G04_57C10wtFlp_G_VNC.tif; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 41G04 FLP 25-1 [VFB_00061434]

A fragment of the 41G04 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/41G04_sp/Confocal_63x_2013-07-10_VNC/stack_TIFF/41G04_57C10wtFlp_F_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; Lines/GMR_41-50/41G04_sp/Confocal_63x_2013-07-10_VNC/stack_TIFF/41G04_57C10wtFlp_F_VNC.tif; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; dorsomedial domain of larval labial neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; P{GMR41G04-GAL4} expression pattern; expression pattern fragment; dorsolateral domain of larval T1 neuromere; is part of; dorsolateral domain of larval labial neuromere; expresses; 6200753_R__1; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; GMR 41G04 FLP 25-1; dorsomedial domain of larval T2 neuromere]

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GMR 41G04 FLP 27-1 [VFB_00061435]

A fragment of the 41G04 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/41G04_sp/Confocal_63x_2013-07-10_VNC/stack_TIFF/41G04_57C10wtFlp_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; 6200751_R__1; centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; GMR 41G04 FLP 27-1; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; P{GMR41G04-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; Lines/GMR_41-50/41G04_sp/Confocal_63x_2013-07-10_VNC/stack_TIFF/41G04_57C10wtFlp_B_VNC.tif; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; larval T3 leg neuropil; L3 CNS template - Wood2018]

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GMR 41G07 FLP 26-1 [VFB_00061827]

A fragment of the 41G07 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/41G07_sp/Confocal_63x_2012-12-22_41G07_VNC/stack_TIFF/41G07_57C10wtFlp_D_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; dorsolateral domain of larval T3 neuromere; confocal microscopy; expresses; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; P{GMR41G07-GAL4} expression pattern; Lines/GMR_41-50/41G07_sp/Confocal_63x_2012-12-22_41G07_VNC/stack_TIFF/41G07_57C10wtFlp_D_VNC.tif; 6200384_G__1; larval T3 leg neuropil; centrolateral domain of larval central nervous system; dorsolateral domain of larval central nervous system; expression pattern fragment; GMR 41G07 FLP 26-1; centrolateral domain of larval T3 neuromere]

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GMR 41G07 FLP 27-1 [VFB_00061843]

A single 41G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/41G07_sp/Confocal_63x_2012-12-22_41G07_VNC/stack_TIFF/41G07_57C10wtFlp_C_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; 6200385_R__2; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_41-50/41G07_sp/Confocal_63x_2012-12-22_41G07_VNC/stack_TIFF/41G07_57C10wtFlp_C_VNC.tif; GMR 41G07 FLP 27-1; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; P{GMR41G07-GAL4} expression pattern; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 41G07 FLP 27-2 [VFB_00061844]

A single 41G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/41G07_sp/Confocal_63x_2012-12-22_41G07_VNC/stack_TIFF/41G07_57C10wtFlp_C_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; 6200385_G__2; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_41-50/41G07_sp/Confocal_63x_2012-12-22_41G07_VNC/stack_TIFF/41G07_57C10wtFlp_C_VNC.tif; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; ventrolateral domain of larval A5 neuromere; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; GMR 41G07 FLP 27-2; P{GMR41G07-GAL4} expression pattern; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 41G07 FLP 29-1 [VFB_00061851]

A single 41G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/41G07_sp/Confocal_63x_2013-01-14_41G07_VNC/stack_TIFF/41G07_57C10wtFlp_G_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; 6200387_R__1; Lines/GMR_41-50/41G07_sp/Confocal_63x_2013-01-14_41G07_VNC/stack_TIFF/41G07_57C10wtFlp_G_VNC.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; P{GMR41G07-GAL4} expression pattern; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere; GMR 41G07 FLP 29-1]

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GMR 41G07 FLP 29-2 [VFB_00061852]

A single 41G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/41G07_sp/Confocal_63x_2013-01-14_41G07_VNC/stack_TIFF/41G07_57C10wtFlp_G_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; Lines/GMR_41-50/41G07_sp/Confocal_63x_2013-01-14_41G07_VNC/stack_TIFF/41G07_57C10wtFlp_G_VNC.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; 6200387_G__1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; P{GMR41G07-GAL4} expression pattern; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere; GMR 41G07 FLP 29-2]

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GMR 41G07 FLP 35-1 [VFB_00061640]

A single 41G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/41G07_sp/Confocal_63x_2013-01-14_41G07_VNC/stack_TIFF/41G07_57C10wtFlp_B_VNC.tif. [confocal microscopy; unlicensed; 6200389_R__1; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; Lines/GMR_41-50/41G07_sp/Confocal_63x_2013-01-14_41G07_VNC/stack_TIFF/41G07_57C10wtFlp_B_VNC.tif; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; GMR 41G07 FLP 35-1; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; P{GMR41G07-GAL4} expression pattern; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 41G11 FLP 26-1 [VFB_00058435]

A single 41G11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/41G11-sp_A B-partial_SEG and thorax/Confocal_63x_2012-07-20_41G11_VNC/stack_TIFF/41G11_57C10wtFlp_D_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR41G11-GAL4} expression pattern; L3 CNS template - Wood2018; Lines/GMR_41-50/41G11-sp_A B-partial_SEG and thorax/Confocal_63x_2012-07-20_41G11_VNC/stack_TIFF/41G11_57C10wtFlp_D_VNC.tif; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; 6201710_R__1; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; GMR 41G11 FLP 26-1; centrolateral domain of larval T2 neuromere]

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GMR 41G11 FLP 27-1 [VFB_00058436]

A single 41G11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/41G11-sp_A B-partial_SEG and thorax/Confocal_63x_2012-07-20_41G11_VNC/stack_TIFF/41G11_57C10wtFlp_C_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; 6201711_R__1; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; P{GMR41G11-GAL4} expression pattern; expression pattern fragment; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; Lines/GMR_41-50/41G11-sp_A B-partial_SEG and thorax/Confocal_63x_2012-07-20_41G11_VNC/stack_TIFF/41G11_57C10wtFlp_C_VNC.tif; is part of; GMR 41G11 FLP 27-1; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 41G11 FLP 30-1 [VFB_00058437]

A fragment of the 41G11 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/41G11-sp_A B-partial_SEG and thorax/Confocal_63x_2012-07-20_41G11_VNC/stack_TIFF/41G11_57C10wtFlp_F_VNC.tif. [centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval maxillary neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; GMR 41G11 FLP 30-1; centrolateral domain of larval mandibular neuromere; dorsomedial domain of larval labial neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval mandibular neuromere; P{GMR41G11-GAL4} expression pattern; expression pattern fragment; central domain of larval maxillary neuromere; central domain of larval central nervous system; central domain of larval mandibular neuromere; dorsomedial domain of larval maxillary neuromere; is part of; ventromedial domain of larval maxillary neuromere; Lines/GMR_41-50/41G11-sp_A B-partial_SEG and thorax/Confocal_63x_2012-07-20_41G11_VNC/stack_TIFF/41G11_57C10wtFlp_F_VNC.tif; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval maxillary neuromere; dorsolateral domain of larval central nervous system; centromedial domain of larval mandibular neuromere; dorsolateral domain of larval maxillary neuromere; L3 CNS template - Wood2018; 6201714_R__1]

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GMR 41G11 FLP 30-2 [VFB_00058438]

A fragment of the 41G11 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/41G11-sp_A B-partial_SEG and thorax/Confocal_63x_2012-07-20_41G11_VNC/stack_TIFF/41G11_57C10wtFlp_F_VNC.tif. [ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; 6201714_G__2; centromedial domain of larval maxillary neuromere; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR41G11-GAL4} expression pattern; expression pattern fragment; ventrolateral domain of larval T3 neuromere; is part of; ventromedial domain of larval maxillary neuromere; Lines/GMR_41-50/41G11-sp_A B-partial_SEG and thorax/Confocal_63x_2012-07-20_41G11_VNC/stack_TIFF/41G11_57C10wtFlp_F_VNC.tif; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; GMR 41G11 FLP 30-2; centromedial domain of larval A2 neuromere; L3 CNS template - Wood2018]

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GMR 41G11 FLP 31-1 [VFB_00058439]

A fragment of the 41G11 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/41G11-sp_A B-partial_SEG and thorax/Confocal_63x_2012-07-20_41G11_VNC/stack_TIFF/41G11_57C10wtFlp_G_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; P{GMR41G11-GAL4} expression pattern; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; is part of; centrolateral domain of larval A3 neuromere; Lines/GMR_41-50/41G11-sp_A B-partial_SEG and thorax/Confocal_63x_2012-07-20_41G11_VNC/stack_TIFF/41G11_57C10wtFlp_G_VNC.tif; ventrolateral domain of larval A2 neuromere; expresses; central domain of larval A3 neuromere; GMR 41G11 FLP 31-1; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; 6201715_G__1; L3 CNS template - Wood2018]

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GMR 41G11 FLP 33-1 [VFB_00058440]

A single 41G11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/41G11-sp_A B-partial_SEG and thorax/Confocal_63x_2012-07-20_41G11_VNC/stack_TIFF/41G11_57C10wtFlp_A_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; central domain of larval T3 neuromere; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; 6201717_R__2; ventrolateral domain of larval central nervous system; P{GMR41G11-GAL4} expression pattern; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; GMR 41G11 FLP 33-1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; Lines/GMR_41-50/41G11-sp_A B-partial_SEG and thorax/Confocal_63x_2012-07-20_41G11_VNC/stack_TIFF/41G11_57C10wtFlp_A_VNC.tif; L3 CNS template - Wood2018]

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GMR 42C07 FLP 2-1 [VFB_00059491]

A single 42C07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/42C07_sp_A_brain commissural/Confocal_63x_2011-11-08_42C07_VNC-JT/stack_TIFF/42C07_57C10FlpL_E_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; P{GMR42C07-GAL4} expression pattern; expression pattern fragment; central domain of larval A2 neuromere; Lines/GMR_41-50/42C07_sp_A_brain commissural/Confocal_63x_2011-11-08_42C07_VNC-JT/stack_TIFF/42C07_57C10FlpL_E_VNC.tif; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; GMR 42C07 FLP 2-1; dorsolateral domain of larval A2 neuromere; 6201399_G__2; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 42C07 FLP 3-1 [VFB_00059492]

A single 42C07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/42C07_sp_A_brain commissural/Confocal_63x_2011-11-08_42C07_VNC-JT/stack_TIFF/42C07_57C10FlpL_C_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; P{GMR42C07-GAL4} expression pattern; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval central nervous system; Lines/GMR_41-50/42C07_sp_A_brain commissural/Confocal_63x_2011-11-08_42C07_VNC-JT/stack_TIFF/42C07_57C10FlpL_C_VNC.tif; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; GMR 42C07 FLP 3-1; embryonic/larval central nervous system; central domain of larval A1 neuromere; 6201396_G__1; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 42C07 FLP 3-2 [VFB_00059493]

A single 42C07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/42C07_sp_A_brain commissural/Confocal_63x_2011-11-08_42C07_VNC-JT/stack_TIFF/42C07_57C10FlpL_C_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; P{GMR42C07-GAL4} expression pattern; GMR 42C07 FLP 3-2; expression pattern fragment; dorsomedial domain of larval A1 neuromere; Lines/GMR_41-50/42C07_sp_A_brain commissural/Confocal_63x_2011-11-08_42C07_VNC-JT/stack_TIFF/42C07_57C10FlpL_C_VNC.tif; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; 6201396_G__2]

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GMR 42C07 FLP 3-3 [VFB_00059494]

A single 42C07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/42C07_sp_A_brain commissural/Confocal_63x_2011-11-08_42C07_VNC-JT/stack_TIFF/42C07_57C10FlpL_C_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; Lines/GMR_41-50/42C07_sp_A_brain commissural/Confocal_63x_2011-11-08_42C07_VNC-JT/stack_TIFF/42C07_57C10FlpL_C_VNC.tif; unlicensed; 6201396_G__3; Truman Larval Flip-Out Collection; is part of; overlaps; larval T2 leg neuropil; P{GMR42C07-GAL4} expression pattern; centrolateral domain of larval central nervous system; GMR 42C07 FLP 3-3; embryonic/larval neuron; centrolateral domain of larval T2 neuromere; expresses]

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GMR 42C07 FLP 9-1 [VFB_00061896]

A single 42C07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/42C07_sp_A_brain commissural/Confocal_63x_2011-11-08_42C07_VNC-JT/stack_TIFF/42C07_57C10FlpL_G_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; Lines/GMR_41-50/42C07_sp_A_brain commissural/Confocal_63x_2011-11-08_42C07_VNC-JT/stack_TIFF/42C07_57C10FlpL_G_VNC.tif; expression pattern fragment; confocal microscopy; unlicensed; 6201402_R__1; Truman Larval Flip-Out Collection; GMR 42C07 FLP 9-1; is part of; overlaps; P{GMR42C07-GAL4} expression pattern; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; centrolateral domain of larval central nervous system; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses]

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GMR 42E06 FLP 10-1 [VFB_00061533]

A single 42E06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/42E06-sp_brain many/Confocal_63x_2013-07-10_VNC/stack_TIFF/42E06_57C10wtFlp_C_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; larval T2 leg neuropil; Lines/GMR_41-50/42E06-sp_brain many/Confocal_63x_2013-07-10_VNC/stack_TIFF/42E06_57C10wtFlp_C_VNC.tif; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; P{GMR42E06-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; 6201997_G__1; is part of; GMR 42E06 FLP 10-1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 42E06 FLP 14-1 [VFB_00057366]

A single 42E06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/42E06-sp_brain many/Confocal_63x_2013-07-10_VNC/stack_TIFF/42E06_57C10wtFlp_F_VNC.tif. [centromedial domain of larval T2 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centromedial domain of larval maxillary neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; P{GMR42E06-GAL4} expression pattern; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; expression pattern fragment; central domain of larval maxillary neuromere; central domain of larval central nervous system; dorsomedial domain of larval maxillary neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; GMR 42E06 FLP 14-1; Lines/GMR_41-50/42E06-sp_brain many/Confocal_63x_2013-07-10_VNC/stack_TIFF/42E06_57C10wtFlp_F_VNC.tif; 6202001_R__4; L3 CNS template - Wood2018]

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GMR 42E06 FLP 14-2 [VFB_00057367]

A single 42E06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/42E06-sp_brain many/Confocal_63x_2013-07-10_VNC/stack_TIFF/42E06_57C10wtFlp_F_VNC.tif. [confocal microscopy; unlicensed; GMR 42E06 FLP 14-2; dorsomedial domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; 6202001_G__1; P{GMR42E06-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A7 neuromere; dorsolateral domain of larval A6 neuromere; is part of; embryonic/larval neuron; expresses; dorsolateral domain of larval A8 neuromere; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; dorsomedial domain of larval A8 neuromere; Lines/GMR_41-50/42E06-sp_brain many/Confocal_63x_2013-07-10_VNC/stack_TIFF/42E06_57C10wtFlp_F_VNC.tif; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 42E06 FLP 15-1 [VFB_00057368]

A single 42E06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/42E06-sp_brain many/Confocal_63x_2013-07-10_VNC/stack_TIFF/42E06_57C10wtFlp_H_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; centromedial domain of larval T3 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval A6 neuromere; centromedial domain of larval T1 neuromere; dorsolateral domain of larval A5 neuromere; ventrolateral domain of larval labial neuromere; ventromedial domain of larval A2 neuromere; ventrolateral domain of larval maxillary neuromere; dorsomedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; centrolateral domain of larval mandibular neuromere; P{GMR42E06-GAL4} expression pattern; ventrolateral domain of larval T3 neuromere; dorsal domain of larval A9 neuromere; central domain of larval maxillary neuromere; dorsolateral domain of larval A6 neuromere; dorsomedial domain of larval maxillary neuromere; 6202000_R__1; centromedial domain of larval A7 neuromere; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; dorsolateral domain of larval A8 neuromere; larval T1 leg neuropil; embryonic/larval central nervous system; central domain of larval A1 neuromere; centrolateral domain of larval maxillary neuromere; centrolateral domain of larval A7 neuromere; central domain of larval A5 neuromere; larval T3 leg neuropil; dorsomedial domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; ventromedial domain of larval A8 neuromere; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; larval T2 leg neuropil; dorsolateral domain of larval A4 neuromere; Lines/GMR_41-50/42E06-sp_brain many/Confocal_63x_2013-07-10_VNC/stack_TIFF/42E06_57C10wtFlp_H_VNC.tif; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; ventrolateral domain of larval A3 neuromere; ventrolateral domain of larval A7 neuromere; central domain of larval A4 neuromere; ventrolateral domain of larval T1 neuromere; central domain of larval T2 neuromere; GMR 42E06 FLP 15-1; ventromedial domain of larval A6 neuromere; central domain of larval T1 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval A2 neuromere; dorsomedial domain of larval T3 neuromere; dorsolateral domain of larval T1 neuromere; ventrolateral domain of larval A5 neuromere; centrolateral domain of larval A2 neuromere; dorsomedial domain of larval A5 neuromere; ventral domain of larval A9 neuromere; centromedial domain of larval A8 neuromere; central domain of larval labial neuromere; ventrolateral domain of larval A4 neuromere; centrolateral domain of larval T1 neuromere; centromedial domain of larval A3 neuromere; centromedial domain of larval mandibular neuromere; centromedial domain of larval A4 neuromere; central domain of larval A7 neuromere; dorsomedial domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; dorsomedial domain of larval central nervous system; overlaps; dorsomedial domain of larval mandibular neuromere; expression pattern fragment; dorsolateral domain of larval A7 neuromere; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval A1 neuromere; is part of; ventromedial domain of larval maxillary neuromere; ventrolateral domain of larval A8 neuromere; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; centromedial domain of larval A6 neuromere; dorsomedial domain of larval A7 neuromere; centromedial domain of larval A2 neuromere; dorsomedial domain of larval A8 neuromere; ventrolateral domain of larval A1 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval maxillary neuromere; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; centromedial domain of larval labial neuromere; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval maxillary neuromere; central domain of larval T3 neuromere; ventrolateral domain of larval A6 neuromere; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval labial neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; ventromedial domain of larval A7 neuromere; dorsomedial domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; P{GMR42E06-GAL4}; central domain of larval mandibular neuromere; ventromedial domain of larval A5 neuromere; centrolateral domain of larval A3 neuromere; central domain of larval A9 neuromere; ventrolateral domain of larval A2 neuromere; central domain of larval A3 neuromere; ventromedial domain of larval A1 neuromere; central domain of larval A8 neuromere; dorsolateral domain of larval central nervous system; dorsomedial domain of larval A2 neuromere]

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GMR 42E06 FLP 24-1 [VFB_00061528]

A fragment of the 42E06 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/42E06-sp_brain many/Confocal_63x_2013-07-10_VNC/stack_TIFF/42E06_57C10wtFlp_A_VNC.tif. [confocal microscopy; Lines/GMR_41-50/42E06-sp_brain many/Confocal_63x_2013-07-10_VNC/stack_TIFF/42E06_57C10wtFlp_A_VNC.tif; unlicensed; central domain of larval A7 neuromere; centrolateral domain of larval A6 neuromere; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval central nervous system; central domain of larval A6 neuromere; ventrolateral domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; P{GMR42E06-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; dorsolateral domain of larval A7 neuromere; expression pattern fragment; 6201992_R__1; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; is part of; GMR 42E06 FLP 24-1; dorsomedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 42E06 FLP 24-2 [VFB_00061529]

A single 42E06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/42E06-sp_brain many/Confocal_63x_2013-07-10_VNC/stack_TIFF/42E06_57C10wtFlp_A_VNC.tif. [GMR 42E06 FLP 24-2; confocal microscopy; unlicensed; Lines/GMR_41-50/42E06-sp_brain many/Confocal_63x_2013-07-10_VNC/stack_TIFF/42E06_57C10wtFlp_A_VNC.tif; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; P{GMR42E06-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A7 neuromere; 6201992_G__1; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; is part of; embryonic/larval neuron; centromedial domain of larval A6 neuromere; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 42F08 FLP 11-1 [VFB_00060238]

A single 42F08 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/42F08-sp-commissurals/Confocal_63x_2012-03-29_42F08_VNC/stack_TIFF/42F08_57C10wtFlp_B_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; GMR 42F08 FLP 11-1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval A2 neuromere; Lines/GMR_41-50/42F08-sp-commissurals/Confocal_63x_2012-03-29_42F08_VNC/stack_TIFF/42F08_57C10wtFlp_B_VNC.tif; P{GMR42F08-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval A2 neuromere; 6201062_G__1; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 42F08 FLP 15-1 [VFB_00060239]

A single 42F08 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/42F08-sp-commissurals/Confocal_63x_2012-03-29_42F08_VNC/stack_TIFF/42F08_57C10wtFlp_A_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; 6201064_G__1; expression pattern fragment; confocal microscopy; Lines/GMR_41-50/42F08-sp-commissurals/Confocal_63x_2012-03-29_42F08_VNC/stack_TIFF/42F08_57C10wtFlp_A_VNC.tif; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; centromedial domain of larval A3 neuromere; GMR 42F08 FLP 15-1; P{GMR42F08-GAL4} expression pattern; embryonic/larval neuron; expresses; centromedial domain of larval central nervous system]

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GMR 43A12 FLP 10-1 [VFB_00061195]

A single 43A12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/43A12 sparse serotonin plus/Confocal_63x_2012-07-26_43A12_VNC/stack_TIFF/43A12_57C10wtFlp_G_VNC.tif. [ventrolateral domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; Lines/GMR_41-50/43A12 sparse serotonin plus/Confocal_63x_2012-07-26_43A12_VNC/stack_TIFF/43A12_57C10wtFlp_G_VNC.tif; larval T2 leg neuropil; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; GMR 43A12 FLP 10-1; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 6200454_R__1; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR43A12-GAL4} expression pattern; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 43A12 FLP 10-2 [VFB_00061196]

A single 43A12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/43A12 sparse serotonin plus/Confocal_63x_2012-07-26_43A12_VNC/stack_TIFF/43A12_57C10wtFlp_G_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; Lines/GMR_41-50/43A12 sparse serotonin plus/Confocal_63x_2012-07-26_43A12_VNC/stack_TIFF/43A12_57C10wtFlp_G_VNC.tif; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; GMR 43A12 FLP 10-2; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR43A12-GAL4} expression pattern; 6200454_G__1]

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GMR 43A12 FLP 11-1 [VFB_00061197]

A single 43A12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/43A12 sparse serotonin plus/Confocal_63x_2012-07-26_43A12_VNC/stack_TIFF/43A12_57C10wtFlp_H_VNC.tif. [confocal microscopy; unlicensed; 6200455_R__1; Lines/GMR_41-50/43A12 sparse serotonin plus/Confocal_63x_2012-07-26_43A12_VNC/stack_TIFF/43A12_57C10wtFlp_H_VNC.tif; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR43A12-GAL4} expression pattern; GMR 43A12 FLP 11-1; dorsomedial domain of larval A2 neuromere]

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GMR 43A12 FLP 11-2 [VFB_00061198]

A fragment of the 43A12 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/43A12 sparse serotonin plus/Confocal_63x_2012-07-26_43A12_VNC/stack_TIFF/43A12_57C10wtFlp_H_VNC.tif. [confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; GMR 43A12 FLP 11-2; centrolateral domain of larval A5 neuromere; Lines/GMR_41-50/43A12 sparse serotonin plus/Confocal_63x_2012-07-26_43A12_VNC/stack_TIFF/43A12_57C10wtFlp_H_VNC.tif; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; 6200455_R__2; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR43A12-GAL4} expression pattern]

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GMR 43A12 FLP 12-1 [VFB_00061199]

A single 43A12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/43A12 sparse serotonin plus/Confocal_63x_2012-07-26_43A12_VNC/stack_TIFF/43A12_57C10wtFlp_E_VNC.tif. [ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval maxillary neuromere; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 6200456_R__2; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; dorsomedial domain of larval maxillary neuromere; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; GMR 43A12 FLP 12-1; centrolateral domain of larval maxillary neuromere; centrolateral domain of larval T1 neuromere; centromedial domain of larval mandibular neuromere; dorsolateral domain of larval central nervous system; dorsolateral domain of larval maxillary neuromere; L3 CNS template - Wood2018; P{GMR43A12-GAL4} expression pattern; Lines/GMR_41-50/43A12 sparse serotonin plus/Confocal_63x_2012-07-26_43A12_VNC/stack_TIFF/43A12_57C10wtFlp_E_VNC.tif]

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GMR 43A12 FLP 12-2 [VFB_00061200]

A single 43A12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/43A12 sparse serotonin plus/Confocal_63x_2012-07-26_43A12_VNC/stack_TIFF/43A12_57C10wtFlp_E_VNC.tif. [dorsolateral domain of larval T3 neuromere; 6200456_G__1; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; centrolateral domain of larval A1 neuromere; is part of; GMR 43A12 FLP 12-2; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR43A12-GAL4} expression pattern; Lines/GMR_41-50/43A12 sparse serotonin plus/Confocal_63x_2012-07-26_43A12_VNC/stack_TIFF/43A12_57C10wtFlp_E_VNC.tif; dorsomedial domain of larval A2 neuromere]

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GMR 43A12 FLP 13-1 [VFB_00061201]

A single 43A12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/43A12 sparse serotonin plus/Confocal_63x_2012-07-26_43A12_VNC/stack_TIFF/43A12_57C10wtFlp_I_VNC.tif. [GMR 43A12 FLP 13-1; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; is part of; 6200457_R__1; embryonic/larval neuron; central domain of larval A9 neuromere; ventral domain of larval A9 neuromere; dorsolateral domain of larval A8 neuromere; expresses; centromedial domain of larval A8 neuromere; embryonic/larval central nervous system; central domain of larval A8 neuromere; Lines/GMR_41-50/43A12 sparse serotonin plus/Confocal_63x_2012-07-26_43A12_VNC/stack_TIFF/43A12_57C10wtFlp_I_VNC.tif; dorsomedial domain of larval A8 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR43A12-GAL4} expression pattern]

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GMR 43A12 FLP 17-1 [VFB_00061202]

A single 43A12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/43A12 sparse serotonin plus/Confocal_63x_2012-07-26_43A12_VNC/stack_TIFF/43A12_57C10wtFlp_A_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; dorsomedial domain of larval A5 neuromere; 6200453_R__1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; Lines/GMR_41-50/43A12 sparse serotonin plus/Confocal_63x_2012-07-26_43A12_VNC/stack_TIFF/43A12_57C10wtFlp_A_VNC.tif; dorsolateral domain of larval central nervous system; GMR 43A12 FLP 17-1; L3 CNS template - Wood2018; P{GMR43A12-GAL4} expression pattern]

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GMR 43A12 FLP 17-2 [VFB_00061203]

A single 43A12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/43A12 sparse serotonin plus/Confocal_63x_2012-07-26_43A12_VNC/stack_TIFF/43A12_57C10wtFlp_A_VNC.tif. [confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 43A12 FLP 17-2; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 6200453_G__1; ventrolateral domain of larval A4 neuromere; Lines/GMR_41-50/43A12 sparse serotonin plus/Confocal_63x_2012-07-26_43A12_VNC/stack_TIFF/43A12_57C10wtFlp_A_VNC.tif; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR43A12-GAL4} expression pattern]

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GMR 43A12 FLP 8-1 [VFB_00061191]

A single 43A12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/43A12 sparse serotonin plus/Confocal_63x_2012-07-26_43A12_VNC/stack_TIFF/43A12_57C10wtFlp_D_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; 6200458_R__1; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; Lines/GMR_41-50/43A12 sparse serotonin plus/Confocal_63x_2012-07-26_43A12_VNC/stack_TIFF/43A12_57C10wtFlp_D_VNC.tif; is part of; GMR 43A12 FLP 8-1; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR43A12-GAL4} expression pattern; dorsomedial domain of larval A2 neuromere]

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GMR 43A12 FLP 8-2 [VFB_00061192]

A single 43A12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/43A12 sparse serotonin plus/Confocal_63x_2012-07-26_43A12_VNC/stack_TIFF/43A12_57C10wtFlp_D_VNC.tif. [confocal microscopy; unlicensed; central domain of larval A7 neuromere; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; ventrolateral domain of larval A7 neuromere; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; GMR 43A12 FLP 8-2; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval A7 neuromere; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; Lines/GMR_41-50/43A12 sparse serotonin plus/Confocal_63x_2012-07-26_43A12_VNC/stack_TIFF/43A12_57C10wtFlp_D_VNC.tif; is part of; ventrolateral domain of larval A8 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; dorsolateral domain of larval A8 neuromere; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; central domain of larval A8 neuromere; centrolateral domain of larval A7 neuromere; 6200458_G__2; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR43A12-GAL4} expression pattern]

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GMR 43F07 FLP 3-1 [VFB_00061038]

A single 43F07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/4FNZ9N~U/Confocal_63x_2012-07-30_43F07_VNC/stack_TIFF/43F07_57C10wtFlp_H_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 43F07 FLP 3-1; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; P{GMR43F07-GAL4} expression pattern; 6200661_G__1; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; Lines/GMR_41-50/4FNZ9N~U/Confocal_63x_2012-07-30_43F07_VNC/stack_TIFF/43F07_57C10wtFlp_H_VNC.tif; L3 CNS template - Wood2018]

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GMR 44D11 FLP 4-1 [VFB_00061444]

A single 44D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/44D11-sp_interesting br/Confocal_63x_2012-03-20_44D11_VNC/stack_TIFF/44D11_57C10wtFlp_H_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; Lines/GMR_41-50/44D11-sp_interesting br/Confocal_63x_2012-03-20_44D11_VNC/stack_TIFF/44D11_57C10wtFlp_H_VNC.tif; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; ventrolateral domain of larval A6 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; GMR 44D11 FLP 4-1; 6201537_R__4; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR44D11-GAL4} expression pattern; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 44D11 FLP 4-2 [VFB_00061445]

A single 44D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/44D11-sp_interesting br/Confocal_63x_2012-03-20_44D11_VNC/stack_TIFF/44D11_57C10wtFlp_H_VNC.tif. [6201537_G__2; confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; Lines/GMR_41-50/44D11-sp_interesting br/Confocal_63x_2012-03-20_44D11_VNC/stack_TIFF/44D11_57C10wtFlp_H_VNC.tif; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; is part of; GMR 44D11 FLP 4-2; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; P{GMR44D11-GAL4} expression pattern; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 44D11 FLP 7-1 [VFB_00061446]

A fragment of the 44D11 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/44D11-sp_interesting br/Confocal_63x_2012-03-20_44D11_VNC/stack_TIFF/44D11_57C10wtFlp_E_VNC.tif. [Lines/GMR_41-50/44D11-sp_interesting br/Confocal_63x_2012-03-20_44D11_VNC/stack_TIFF/44D11_57C10wtFlp_E_VNC.tif; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; 6201533_G__1; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; expression pattern fragment; central domain of larval maxillary neuromere; central domain of larval central nervous system; is part of; GMR 44D11 FLP 7-1; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; P{GMR44D11-GAL4} expression pattern; L3 CNS template - Wood2018]

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GMR 45A08 FLP 1-1 [VFB_00061259]

A fragment of the 45A08 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/45A08_sp_Abd_scored/Confocal_63x_2011-12-17_45A08_VNC-JT/stack_TIFF/45A08_57C10wtFlp_E_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; P{GMR45A08-GAL4} expression pattern; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval A2 neuromere; Lines/GMR_41-50/45A08_sp_Abd_scored/Confocal_63x_2011-12-17_45A08_VNC-JT/stack_TIFF/45A08_57C10wtFlp_E_VNC.tif; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; ventrolateral domain of larval A2 neuromere; expresses; 6200869_G__1; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; GMR 45A08 FLP 1-1; L3 CNS template - Wood2018]

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GMR 45B08 FLP 10-1 [VFB_00061511]

A single 45B08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/45B08/Confocal_63x_2012-12-11_45B08_VNC/stack_TIFF/45B08_57C10FlpL_F_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; 6201386_R__1; centromedial domain of larval central nervous system; GMR 45B08 FLP 10-1; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; P{GMR45B08-GAL4} expression pattern; ventrolateral domain of larval A1 neuromere; Lines/GMR_41-50/45B08/Confocal_63x_2012-12-11_45B08_VNC/stack_TIFF/45B08_57C10FlpL_F_VNC.tif; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 45B08 FLP 12-1 [VFB_00061751]

A single 45B08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/45B08/Confocal_63x_2012-12-11_45B08_VNC/stack_TIFF/45B08_57C10FlpL_C_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; dorsolateral domain of larval A4 neuromere; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; 6201384_R__1; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; GMR 45B08 FLP 12-1; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; Lines/GMR_41-50/45B08/Confocal_63x_2012-12-11_45B08_VNC/stack_TIFF/45B08_57C10FlpL_C_VNC.tif; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR45B08-GAL4} expression pattern; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 45F04 FLP 16-1 [VFB_00061178]

A single 45F04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/45F04/Confocal_63x_2012-02-16_45F04_VNC/stack_TIFF/45F04_57C10FlpL_D_VNC.tif. [P{GMR45F04-GAL4} expression pattern; ventromedial domain of larval A8 neuromere; confocal microscopy; unlicensed; centromedial domain of larval central nervous system; ventrolateral domain of larval A7 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsal domain of larval A9 neuromere; Lines/GMR_41-50/45F04/Confocal_63x_2012-02-16_45F04_VNC/stack_TIFF/45F04_57C10FlpL_D_VNC.tif; is part of; 6201580_R__2; ventrolateral domain of larval A8 neuromere; centromedial domain of larval A7 neuromere; embryonic/larval neuron; central domain of larval A9 neuromere; centromedial domain of larval A6 neuromere; expresses; centromedial domain of larval A8 neuromere; embryonic/larval central nervous system; GMR 45F04 FLP 16-1; L3 CNS template - Wood2018]

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GMR 45F04 FLP 16-2 [VFB_00061179]

A single 45F04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/45F04/Confocal_63x_2012-02-16_45F04_VNC/stack_TIFF/45F04_57C10FlpL_D_VNC.tif. [L3 CNS template - Wood2018; Lines/GMR_41-50/45F04/Confocal_63x_2012-02-16_45F04_VNC/stack_TIFF/45F04_57C10FlpL_D_VNC.tif; GMR 45F04 FLP 16-2; embryonic/larval central nervous system; P{GMR45F04-GAL4} expression pattern; expression pattern fragment; ventromedial domain of larval A8 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; ventromedial domain of larval A7 neuromere; 6201580_G__2; embryonic/larval neuron; dorsal domain of larval A9 neuromere; expresses]

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GMR 45F04 FLP 26-1 [VFB_00058163]

A single 45F04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/45F04/Confocal_63x_2012-06-27_45F04_VNC/stack_TIFF/45F04_57C10FlpL_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; P{GMR45F04-GAL4} expression pattern; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; 6201568_R__2; GMR 45F04 FLP 26-1; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Lines/GMR_41-50/45F04/Confocal_63x_2012-06-27_45F04_VNC/stack_TIFF/45F04_57C10FlpL_F_VNC.tif; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; is part of; ventromedial domain of larval maxillary neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 45F04 FLP 31-1 [VFB_00058166]

A single 45F04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/45F04/Confocal_63x_2012-06-27_45F04_VNC/stack_TIFF/45F04_57C10FlpL_G_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; P{GMR45F04-GAL4} expression pattern; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; ventrolateral domain of larval T3 neuromere; Lines/GMR_41-50/45F04/Confocal_63x_2012-06-27_45F04_VNC/stack_TIFF/45F04_57C10FlpL_G_VNC.tif; 6201567_R__2; GMR 45F04 FLP 31-1; is part of; ventromedial domain of larval maxillary neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 45F04 FLP 31-2 [VFB_00058167]

A single 45F04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/45F04/Confocal_63x_2012-06-27_45F04_VNC/stack_TIFF/45F04_57C10FlpL_G_VNC.tif. [ventrolateral domain of larval T2 neuromere; P{GMR45F04-GAL4} expression pattern; confocal microscopy; unlicensed; GMR 45F04 FLP 31-2; ventromedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; ventrolateral domain of larval T3 neuromere; Lines/GMR_41-50/45F04/Confocal_63x_2012-06-27_45F04_VNC/stack_TIFF/45F04_57C10FlpL_G_VNC.tif; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; L3 CNS template - Wood2018; 6201567_G__1]

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GMR 45F04 FLP 33-1 [VFB_00060592]

A fragment of the 45F04 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/45F04/Confocal_63x_2012-06-27_45F04_VNC/stack_TIFF/45F04_57C10FlpL_H_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; P{GMR45F04-GAL4} expression pattern; confocal microscopy; unlicensed; 6201565_R__1; centrolateral domain of larval central nervous system; centromedial domain of larval maxillary neuromere; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; GMR 45F04 FLP 33-1; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval maxillary neuromere; central domain of larval central nervous system; dorsomedial domain of larval maxillary neuromere; is part of; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; Lines/GMR_41-50/45F04/Confocal_63x_2012-06-27_45F04_VNC/stack_TIFF/45F04_57C10FlpL_H_VNC.tif; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 45F08 FLP 12-1 [VFB_00061456]

A single 45F08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/45F08_sp_interesting br/Confocal_63x_2012-06-07_45F08_VNC/stack_TIFF/45F08_57C10FlpL_A_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; central domain of larval T3 neuromere; ventromedial domain of larval A2 neuromere; GMR 45F08 FLP 12-1; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; ventrolateral domain of larval T3 neuromere; P{GMR45F08-GAL4} expression pattern; Lines/GMR_41-50/45F08_sp_interesting br/Confocal_63x_2012-06-07_45F08_VNC/stack_TIFF/45F08_57C10FlpL_A_VNC.tif; central domain of larval central nervous system; is part of; embryonic/larval neuron; 6200921_R__1; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; L3 CNS template - Wood2018]

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GMR 46D02 FLP 12-1 [VFB_00057503]

A single 46D02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/46D02/Confocal_63x_2012-06-27_46D02_VNC/stack_TIFF/46D02_57C10FlpL_C_VNC.tif. [Lines/GMR_41-50/46D02/Confocal_63x_2012-06-27_46D02_VNC/stack_TIFF/46D02_57C10FlpL_C_VNC.tif; 6200095_R__1; confocal microscopy; unlicensed; GMR 46D02 FLP 12-1; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; P{GMR46D02-GAL4} expression pattern; expression pattern fragment; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 46D02 FLP 14-1 [VFB_00057504]

A single 46D02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/46D02/Confocal_63x_2012-06-27_46D02_VNC/stack_TIFF/46D02_57C10FlpL_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; Lines/GMR_41-50/46D02/Confocal_63x_2012-06-27_46D02_VNC/stack_TIFF/46D02_57C10FlpL_F_VNC.tif; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; GMR 46D02 FLP 14-1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; P{GMR46D02-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; 6200096_G__2; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 46D02 FLP 7-1 [VFB_00060377]

A single 46D02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/46D02/Confocal_63x_2012-06-27_46D02_VNC/stack_TIFF/46D02_57C10FlpL_E_VNC.tif. [confocal microscopy; unlicensed; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; Lines/GMR_41-50/46D02/Confocal_63x_2012-06-27_46D02_VNC/stack_TIFF/46D02_57C10FlpL_E_VNC.tif; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR46D02-GAL4} expression pattern; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; GMR 46D02 FLP 7-1; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018; 6200103_G__1]

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GMR 46F08 FLP 12-1 [VFB_00060593]

A single 46F08 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/46F08-sp/Confocal_63x_2012-08-09_46F08_VNC/stack_TIFF/46F08_57C10wtFlp_A_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; 6200168_G__1; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventromedial domain of larval A5 neuromere; is part of; Lines/GMR_41-50/46F08-sp/Confocal_63x_2012-08-09_46F08_VNC/stack_TIFF/46F08_57C10wtFlp_A_VNC.tif; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; GMR 46F08 FLP 12-1; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018; P{GMR46F08-GAL4} expression pattern]

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GMR 46F08 FLP 13-1 [VFB_00060594]

A single 46F08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/46F08-sp/Confocal_63x_2012-08-09_46F08_VNC/stack_TIFF/46F08_57C10wtFlp_B_VNC.tif. [GMR 46F08 FLP 13-1; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; Lines/GMR_41-50/46F08-sp/Confocal_63x_2012-08-09_46F08_VNC/stack_TIFF/46F08_57C10wtFlp_B_VNC.tif; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; 6200169_R__2; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018; P{GMR46F08-GAL4} expression pattern]

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GMR 46F08 FLP 14-1 [VFB_00060597]

A single 46F08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/46F08-sp/Confocal_63x_2012-08-09_46F08_VNC/stack_TIFF/46F08_57C10wtFlp_E_VNC.tif. [confocal microscopy; unlicensed; GMR 46F08 FLP 14-1; centrolateral domain of larval central nervous system; Lines/GMR_41-50/46F08-sp/Confocal_63x_2012-08-09_46F08_VNC/stack_TIFF/46F08_57C10wtFlp_E_VNC.tif; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; 6200165_R__1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR46F08-GAL4} expression pattern; dorsomedial domain of larval A2 neuromere]

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GMR 46F08 FLP 14-2 [VFB_00060598]

A single 46F08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/46F08-sp/Confocal_63x_2012-08-09_46F08_VNC/stack_TIFF/46F08_57C10wtFlp_E_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; 6200165_R__2; Lines/GMR_41-50/46F08-sp/Confocal_63x_2012-08-09_46F08_VNC/stack_TIFF/46F08_57C10wtFlp_E_VNC.tif; dorsomedial domain of larval A4 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; GMR 46F08 FLP 14-2; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018; P{GMR46F08-GAL4} expression pattern]

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GMR 46F08 FLP 15-1 [VFB_00060599]

A single 46F08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/46F08-sp/Confocal_63x_2012-08-09_46F08_VNC/stack_TIFF/46F08_57C10wtFlp_G_VNC.tif. [confocal microscopy; unlicensed; 6200166_R__1; centromedial domain of larval T3 neuromere; central domain of larval T3 neuromere; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; GMR 46F08 FLP 15-1; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; larval T3 leg neuropil; L3 CNS template - Wood2018; Lines/GMR_41-50/46F08-sp/Confocal_63x_2012-08-09_46F08_VNC/stack_TIFF/46F08_57C10wtFlp_G_VNC.tif; P{GMR46F08-GAL4} expression pattern]

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GMR 46F08 FLP 16-1 [VFB_00060600]

A single 46F08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/46F08-sp/Confocal_63x_2012-08-09_46F08_VNC/stack_TIFF/46F08_57C10wtFlp_H_VNC.tif. [ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval maxillary neuromere; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 6200167_R__1; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_41-50/46F08-sp/Confocal_63x_2012-08-09_46F08_VNC/stack_TIFF/46F08_57C10wtFlp_H_VNC.tif; central domain of larval maxillary neuromere; central domain of larval central nervous system; GMR 46F08 FLP 16-1; is part of; ventromedial domain of larval maxillary neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval maxillary neuromere; L3 CNS template - Wood2018; P{GMR46F08-GAL4} expression pattern]

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GMR 46F08 FLP 16-2 [VFB_00060601]

A single 46F08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/46F08-sp/Confocal_63x_2012-08-09_46F08_VNC/stack_TIFF/46F08_57C10wtFlp_H_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; Lines/GMR_41-50/46F08-sp/Confocal_63x_2012-08-09_46F08_VNC/stack_TIFF/46F08_57C10wtFlp_H_VNC.tif; central domain of larval A2 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; GMR 46F08 FLP 16-2; L3 CNS template - Wood2018; P{GMR46F08-GAL4} expression pattern; 6200167_R__2]

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GMR 46F08 FLP 16-3 [VFB_00060602]

A single 46F08 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/46F08-sp/Confocal_63x_2012-08-09_46F08_VNC/stack_TIFF/46F08_57C10wtFlp_H_VNC.tif. [6200167_G__1; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval maxillary neuromere; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_41-50/46F08-sp/Confocal_63x_2012-08-09_46F08_VNC/stack_TIFF/46F08_57C10wtFlp_H_VNC.tif; central domain of larval maxillary neuromere; central domain of larval central nervous system; is part of; ventromedial domain of larval maxillary neuromere; GMR 46F08 FLP 16-3; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval maxillary neuromere; L3 CNS template - Wood2018; P{GMR46F08-GAL4} expression pattern]

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GMR 46H07 FLP 1-1 [VFB_00060565]

A single 46H07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/46H07_sp/Confocal_63x_2013-01-03A_46H07_VNC/stack_TIFF/46H07_57C10wtFlp_D_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; 6201981_R__2; Lines/GMR_41-50/46H07_sp/Confocal_63x_2013-01-03A_46H07_VNC/stack_TIFF/46H07_57C10wtFlp_D_VNC.tif; GMR 46H07 FLP 1-1; embryonic/larval neuron; expresses; P{GMR46H07-GAL4} expression pattern]

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GMR 46H07 FLP 1-2 [VFB_00060566]

A single 46H07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/46H07_sp/Confocal_63x_2013-01-03A_46H07_VNC/stack_TIFF/46H07_57C10wtFlp_D_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; Lines/GMR_41-50/46H07_sp/Confocal_63x_2013-01-03A_46H07_VNC/stack_TIFF/46H07_57C10wtFlp_D_VNC.tif; centrolateral domain of larval central nervous system; GMR 46H07 FLP 1-2; 6201981_R__4; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR46H07-GAL4} expression pattern]

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GMR 46H07 FLP 6-1 [VFB_00060561]

A single 46H07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/46H07_sp/Confocal_63x_2013-01-03A_46H07_VNC/stack_TIFF/46H07_57C10wtFlp_I_VNC.tif. [confocal microscopy; Lines/GMR_41-50/46H07_sp/Confocal_63x_2013-01-03A_46H07_VNC/stack_TIFF/46H07_57C10wtFlp_I_VNC.tif; unlicensed; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 46H07 FLP 6-1; 6201985_G__1; L3 CNS template - Wood2018; P{GMR46H07-GAL4} expression pattern]

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GMR 46H07 FLP 7-1 [VFB_00060562]

A single 46H07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/46H07_sp/Confocal_63x_2013-01-03A_46H07_VNC/stack_TIFF/46H07_57C10wtFlp_E_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; GMR 46H07 FLP 7-1; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; 6201984_G__3; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; Lines/GMR_41-50/46H07_sp/Confocal_63x_2013-01-03A_46H07_VNC/stack_TIFF/46H07_57C10wtFlp_E_VNC.tif; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; P{GMR46H07-GAL4} expression pattern]

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GMR 46H07 FLP 8-1 [VFB_00060563]

A single 46H07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/46H07_sp/Confocal_63x_2013-01-03A_46H07_VNC/stack_TIFF/46H07_57C10wtFlp_A_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; central domain of larval A6 neuromere; ventrolateral domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 46H07 FLP 8-1; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; ventrolateral domain of larval A5 neuromere; is part of; embryonic/larval neuron; expresses; Lines/GMR_41-50/46H07_sp/Confocal_63x_2013-01-03A_46H07_VNC/stack_TIFF/46H07_57C10wtFlp_A_VNC.tif; embryonic/larval central nervous system; 6201987_R__1; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR46H07-GAL4} expression pattern]

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GMR 46H07 FLP 8-2 [VFB_00060564]

A fragment of the 46H07 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/46H07_sp/Confocal_63x_2013-01-03A_46H07_VNC/stack_TIFF/46H07_57C10wtFlp_A_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; GMR 46H07 FLP 8-2; expresses; Lines/GMR_41-50/46H07_sp/Confocal_63x_2013-01-03A_46H07_VNC/stack_TIFF/46H07_57C10wtFlp_A_VNC.tif; embryonic/larval central nervous system; 6201987_R__2; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; P{GMR46H07-GAL4} expression pattern]

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GMR 46H11 FLP 1-1 [VFB_00057362]

A single 46H11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/46H11_sp/Confocal_63x_2013-01-03A_46H11_VNC/stack_TIFF/46H11_57C10FlpL_A_VNC.tif. [ventrolateral domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; 6200519_R__1; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_41-50/46H11_sp/Confocal_63x_2013-01-03A_46H11_VNC/stack_TIFF/46H11_57C10FlpL_A_VNC.tif; central domain of larval central nervous system; is part of; P{GMR46H11-GAL4} expression pattern; embryonic/larval neuron; expresses; GMR 46H11 FLP 1-1; embryonic/larval central nervous system; central domain of larval labial neuromere; L3 CNS template - Wood2018]

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GMR 47A06 FLP 11-1 [VFB_00058286]

A single 47A06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/47A06/Confocal_63x_2012-12-04_47A06_VNC/stack_TIFF/47A06_57C10FlpL_G_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; 6201779_G__1; central domain of larval T3 neuromere; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; GMR 47A06 FLP 11-1; is part of; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; central domain of larval A5 neuromere; P{GMR47A06-GAL4} expression pattern; Lines/GMR_41-50/47A06/Confocal_63x_2012-12-04_47A06_VNC/stack_TIFF/47A06_57C10FlpL_G_VNC.tif; L3 CNS template - Wood2018]

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GMR 47B02 FLP 7-1 [VFB_00061359]

A fragment of the 47B02 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/47B02_sp/Confocal_63x_2013-03-28_VNC/stack_TIFF/47B02_57C10FlpL_B_VNC.tif. [ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centromedial domain of larval maxillary neuromere; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_41-50/47B02_sp/Confocal_63x_2013-03-28_VNC/stack_TIFF/47B02_57C10FlpL_B_VNC.tif; central domain of larval maxillary neuromere; central domain of larval central nervous system; is part of; ventromedial domain of larval maxillary neuromere; 6201101_G__2; expresses; embryonic/larval central nervous system; P{GMR47B02-GAL4} expression pattern; GMR 47B02 FLP 7-1; L3 CNS template - Wood2018]

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GMR 47D07 FLP 13-1 [VFB_00060250]

A single 47D07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/47D07_sp/Confocal_63x_2013-03-28_VNC/stack_TIFF/47D07_57C10FlpL_C_VNC.tif. [P{GMR47D07-GAL4} expression pattern; L3 CNS template - Wood2018; 6200339_R__1; embryonic/larval central nervous system; Lines/GMR_41-50/47D07_sp/Confocal_63x_2013-03-28_VNC/stack_TIFF/47D07_57C10FlpL_C_VNC.tif; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; GMR 47D07 FLP 13-1; centrolateral domain of larval central nervous system; embryonic/larval neuron; centrolateral domain of larval T2 neuromere; expresses]

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GMR 47D07 FLP 13-2 [VFB_00060251]

A single 47D07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/47D07_sp/Confocal_63x_2013-03-28_VNC/stack_TIFF/47D07_57C10FlpL_C_VNC.tif. [confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; GMR 47D07 FLP 13-2; P{GMR47D07-GAL4} expression pattern; ventromedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_41-50/47D07_sp/Confocal_63x_2013-03-28_VNC/stack_TIFF/47D07_57C10FlpL_C_VNC.tif; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 6200339_R__4; ventrolateral domain of larval A4 neuromere; L3 CNS template - Wood2018]

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GMR 47D07 FLP 13-3 [VFB_00060252]

A single 47D07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/47D07_sp/Confocal_63x_2013-03-28_VNC/stack_TIFF/47D07_57C10FlpL_C_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; P{GMR47D07-GAL4} expression pattern; GMR 47D07 FLP 13-3; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; Lines/GMR_41-50/47D07_sp/Confocal_63x_2013-03-28_VNC/stack_TIFF/47D07_57C10FlpL_C_VNC.tif; 6200339_G__1; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 47D07 FLP 13-4 [VFB_00060253]

A single 47D07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/47D07_sp/Confocal_63x_2013-03-28_VNC/stack_TIFF/47D07_57C10FlpL_C_VNC.tif. [centromedial domain of larval T2 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; GMR 47D07 FLP 13-4; centromedial domain of larval T1 neuromere; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; P{GMR47D07-GAL4} expression pattern; dorsomedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_41-50/47D07_sp/Confocal_63x_2013-03-28_VNC/stack_TIFF/47D07_57C10FlpL_C_VNC.tif; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; L3 CNS template - Wood2018; 6200339_G__2; dorsomedial domain of larval T2 neuromere]

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GMR 47E04 FLP 11-1 [VFB_00057372]

A single 47E04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/47E04_sp_A_good Br cells/Confocal_63x_2011-10-28_47E04_VNC-JT/stack_TIFF/47E04_57C10wtFlp_A_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; P{GMR47E04-GAL4} expression pattern; expression pattern fragment; confocal microscopy; unlicensed; 6201200_R__1; Truman Larval Flip-Out Collection; is part of; Lines/GMR_41-50/47E04_sp_A_good Br cells/Confocal_63x_2011-10-28_47E04_VNC-JT/stack_TIFF/47E04_57C10wtFlp_A_VNC.tif; embryonic/larval neuron; expresses; GMR 47E04 FLP 11-1]

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GMR 47G11 FLP 8-1 [VFB_00060590]

A single 47G11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/47G11/Confocal_63x_2013-05-24_VNC/stack_TIFF/47G11_57C10FlpL_B_VNC.tif. [embryonic/larval neuron; L3 CNS template - Wood2018; embryonic/larval central nervous system; GMR 47G11 FLP 8-1; confocal microscopy; ventromedial domain of larval A5 neuromere; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; Lines/GMR_41-50/47G11/Confocal_63x_2013-05-24_VNC/stack_TIFF/47G11_57C10FlpL_B_VNC.tif; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; P{GMR47G11-GAL4} expression pattern; expression pattern fragment; 6201290_G__3; expresses]

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GMR 47H10 FLP 11-1 [VFB_00060376]

A fragment of the 47H10 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/47H10/Confocal_63x_2012-03-20_47H10_VNC/stack_TIFF/47H10_57C10FlpL_E2_VNC.tif. [centromedial domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; Lines/GMR_41-50/47H10/Confocal_63x_2012-03-20_47H10_VNC/stack_TIFF/47H10_57C10FlpL_E2_VNC.tif; centromedial domain of larval central nervous system; GMR 47H10 FLP 11-1; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; 6200106_G__2; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; P{GMR47H10-GAL4} expression pattern; is part of; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 47H10 FLP 9-1 [VFB_00060374]

A single 47H10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/47H10/Confocal_63x_2012-03-20_47H10_VNC/stack_TIFF/47H10_57C10FlpL_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; ventrolateral domain of larval T3 neuromere; 6200108_R__1; P{GMR47H10-GAL4} expression pattern; dorsolateral domain of larval T1 neuromere; is part of; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; GMR 47H10 FLP 9-1; embryonic/larval central nervous system; Lines/GMR_41-50/47H10/Confocal_63x_2012-03-20_47H10_VNC/stack_TIFF/47H10_57C10FlpL_B_VNC.tif; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 48A08 FLP 18-1 [VFB_00060370]

A single 48A08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/48A08_sp/Confocal_63x_2013-01-03_48A08_VNC/stack_TIFF/48A08_57C10wtFlp_A_VNC.tif. [centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; P{GMR48A08-GAL4} expression pattern; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_41-50/48A08_sp/Confocal_63x_2013-01-03_48A08_VNC/stack_TIFF/48A08_57C10wtFlp_A_VNC.tif; central domain of larval T2 neuromere; expression pattern fragment; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; is part of; 6201504_R__1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018; GMR 48A08 FLP 18-1; dorsomedial domain of larval T2 neuromere]

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GMR 48A08 FLP 19-1 [VFB_00060371]

A single 48A08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/48A08_sp/Confocal_63x_2013-01-03_48A08_VNC/stack_TIFF/48A08_57C10wtFlp_I_VNC.tif. [ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; GMR 48A08 FLP 19-1; centromedial domain of larval maxillary neuromere; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; P{GMR48A08-GAL4} expression pattern; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval maxillary neuromere; is part of; Lines/GMR_41-50/48A08_sp/Confocal_63x_2013-01-03_48A08_VNC/stack_TIFF/48A08_57C10wtFlp_I_VNC.tif; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 6201507_R__1; L3 CNS template - Wood2018]

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GMR 48A08 FLP 21-1 [VFB_00060372]

A single 48A08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/48A08_sp/Confocal_63x_2013-01-03_48A08_VNC/stack_TIFF/48A08_57C10wtFlp_C_VNC.tif. [centromedial domain of larval T2 neuromere; 6201509_R__1; confocal microscopy; unlicensed; Lines/GMR_41-50/48A08_sp/Confocal_63x_2013-01-03_48A08_VNC/stack_TIFF/48A08_57C10wtFlp_C_VNC.tif; larval T2 leg neuropil; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; P{GMR48A08-GAL4} expression pattern; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; expression pattern fragment; dorsomedial domain of larval T3 neuromere; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; GMR 48A08 FLP 21-1; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 48A09 FLP 12-1 [VFB_00061473]

A fragment of the 48A09 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/48A09/Confocal_63x_2012-07-03_48A09_VNC/stack_TIFF/48A09_57C10wtFlp_G_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; Lines/GMR_41-50/48A09/Confocal_63x_2012-07-03_48A09_VNC/stack_TIFF/48A09_57C10wtFlp_G_VNC.tif; centrolateral domain of larval central nervous system; 6201646_G__1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; P{GMR48A09-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval T3 neuromere; is part of; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; GMR 48A09 FLP 12-1; centrolateral domain of larval T1 neuromere; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 48A09 FLP 19-1 [VFB_00061474]

A single 48A09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/48A09/Confocal_63x_2012-07-03_48A09_VNC/stack_TIFF/48A09_57C10wtFlp_A_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; 6201641_G__1; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; P{GMR48A09-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; Lines/GMR_41-50/48A09/Confocal_63x_2012-07-03_48A09_VNC/stack_TIFF/48A09_57C10wtFlp_A_VNC.tif; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; GMR 48A09 FLP 19-1; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 48A09 FLP 19-2 [VFB_00061475]

A single 48A09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/48A09/Confocal_63x_2012-07-03_48A09_VNC/stack_TIFF/48A09_57C10wtFlp_A_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR48A09-GAL4} expression pattern; 6201641_G__3; expression pattern fragment; centrolateral domain of larval T3 neuromere; is part of; Lines/GMR_41-50/48A09/Confocal_63x_2012-07-03_48A09_VNC/stack_TIFF/48A09_57C10wtFlp_A_VNC.tif; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; GMR 48A09 FLP 19-2]

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GMR 48F09 FLP 2-1 [VFB_00061769]

A fragment of the 48F09 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/48F09-sp_A-good brains/Confocal_63x_2011-10-30_48F09_VNC-JT/stack_TIFF/48F09_57C10wtFlp_D_VNC.tif. [ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; Lines/GMR_41-50/48F09-sp_A-good brains/Confocal_63x_2011-10-30_48F09_VNC-JT/stack_TIFF/48F09_57C10wtFlp_D_VNC.tif; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; P{GMR48F09-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; dorsomedial domain of larval labial neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 48F09 FLP 2-1; central domain of larval central nervous system; 6201898_G__1; is part of; ventromedial domain of larval maxillary neuromere; centrolateral domain of larval labial neuromere; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; L3 CNS template - Wood2018]

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GMR 48F10 FLP 1-1 [VFB_00061789]

A single 48F10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/48F10/Confocal_63x_2012-09-29_48F10_VNC/stack_TIFF/48F10_57C10wtFlp_H_VNC.tif. [confocal microscopy; unlicensed; GMR 48F10 FLP 1-1; P{GMR48F10-GAL4} expression pattern; centrolateral domain of larval central nervous system; Lines/GMR_41-50/48F10/Confocal_63x_2012-09-29_48F10_VNC/stack_TIFF/48F10_57C10wtFlp_H_VNC.tif; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; 6201444_G__2; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 48F10 FLP 13-1 [VFB_00061552]

A single 48F10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/48F10/Confocal_63x_2012-09-29_48F10_VNC/stack_TIFF/48F10_57C10wtFlp_E_VNC.tif. [GMR 48F10 FLP 13-1; confocal microscopy; unlicensed; P{GMR48F10-GAL4} expression pattern; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; 6201447_G__2; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_41-50/48F10/Confocal_63x_2012-09-29_48F10_VNC/stack_TIFF/48F10_57C10wtFlp_E_VNC.tif; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 48F10 FLP 3-1 [VFB_00061548]

A single 48F10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/48F10/Confocal_63x_2012-09-29_48F10_VNC/stack_TIFF/48F10_57C10wtFlp_A_VNC.tif. [Lines/GMR_41-50/48F10/Confocal_63x_2012-09-29_48F10_VNC/stack_TIFF/48F10_57C10wtFlp_A_VNC.tif; GMR 48F10 FLP 3-1; confocal microscopy; unlicensed; P{GMR48F10-GAL4} expression pattern; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; 6201446_R__1; central domain of larval central nervous system; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 48F10 FLP 3-2 [VFB_00061549]

A single 48F10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/48F10/Confocal_63x_2012-09-29_48F10_VNC/stack_TIFF/48F10_57C10wtFlp_A_VNC.tif. [Lines/GMR_41-50/48F10/Confocal_63x_2012-09-29_48F10_VNC/stack_TIFF/48F10_57C10wtFlp_A_VNC.tif; 6201446_G__1; confocal microscopy; unlicensed; P{GMR48F10-GAL4} expression pattern; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; is part of; GMR 48F10 FLP 3-2; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 48F10 FLP 3-3 [VFB_00061550]

A fragment of the 48F10 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/48F10/Confocal_63x_2012-09-29_48F10_VNC/stack_TIFF/48F10_57C10wtFlp_A_VNC.tif. [Lines/GMR_41-50/48F10/Confocal_63x_2012-09-29_48F10_VNC/stack_TIFF/48F10_57C10wtFlp_A_VNC.tif; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; P{GMR48F10-GAL4} expression pattern; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; ventromedial domain of larval maxillary neuromere; centrolateral domain of larval labial neuromere; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; GMR 48F10 FLP 3-3; 6201446_G__2; L3 CNS template - Wood2018]

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GMR 48F10 FLP 3-4 [VFB_00061551]

A single 48F10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/48F10/Confocal_63x_2012-09-29_48F10_VNC/stack_TIFF/48F10_57C10wtFlp_A_VNC.tif. [Lines/GMR_41-50/48F10/Confocal_63x_2012-09-29_48F10_VNC/stack_TIFF/48F10_57C10wtFlp_A_VNC.tif; confocal microscopy; unlicensed; P{GMR48F10-GAL4} expression pattern; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; 6201446_G__3; is part of; dorsomedial domain of larval A5 neuromere; GMR 48F10 FLP 3-4; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 48G01 FLP 4-1 [VFB_00061432]

A single 48G01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/48G01-sp_Abd_scored/Confocal_63x_2012-02-28_48G01_VNC-JT/stack_TIFF/48G01_57C10wtFlp_A_VNC.tif. [Lines/GMR_41-50/48G01-sp_Abd_scored/Confocal_63x_2012-02-28_48G01_VNC-JT/stack_TIFF/48G01_57C10wtFlp_A_VNC.tif; confocal microscopy; 6200206_G__1; unlicensed; centrolateral domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 48G01 FLP 4-1; ventrolateral domain of larval central nervous system; expression pattern fragment; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A1 neuromere; P{GMR48G01-GAL4} expression pattern; L3 CNS template - Wood2018]

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GMR 48G01 FLP 4-2 [VFB_00061433]

A single 48G01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/48G01-sp_Abd_scored/Confocal_63x_2012-02-28_48G01_VNC-JT/stack_TIFF/48G01_57C10wtFlp_A_VNC.tif. [Lines/GMR_41-50/48G01-sp_Abd_scored/Confocal_63x_2012-02-28_48G01_VNC-JT/stack_TIFF/48G01_57C10wtFlp_A_VNC.tif; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; GMR 48G01 FLP 4-2; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; 6200206_G__3; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval A2 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; P{GMR48G01-GAL4} expression pattern; L3 CNS template - Wood2018]

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GMR 48H02 FLP 2-1 [VFB_00061193]

A single 48H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/48H02/Confocal_63x_2012-09-29_48H02_VNC/stack_TIFF/48H02_57C10wtFlp_E_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; 6200988_R__1; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; P{GMR48H02-GAL4} expression pattern; centrolateral domain of larval A2 neuromere; is part of; Lines/GMR_41-50/48H02/Confocal_63x_2012-09-29_48H02_VNC/stack_TIFF/48H02_57C10wtFlp_E_VNC.tif; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; GMR 48H02 FLP 2-1; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 48H02 FLP 3-1 [VFB_00061194]

A single 48H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/48H02/Confocal_63x_2012-09-29_48H02_VNC/stack_TIFF/48H02_57C10wtFlp_B_VNC.tif. [GMR 48H02 FLP 3-1; centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; central domain of larval A7 neuromere; centrolateral domain of larval A4 neuromere; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; 6200989_G__2; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; dorsolateral domain of larval A7 neuromere; expression pattern fragment; dorsolateral domain of larval A6 neuromere; P{GMR48H02-GAL4} expression pattern; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; is part of; dorsomedial domain of larval A5 neuromere; Lines/GMR_41-50/48H02/Confocal_63x_2012-09-29_48H02_VNC/stack_TIFF/48H02_57C10wtFlp_B_VNC.tif; centromedial domain of larval A7 neuromere; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; centromedial domain of larval A5 neuromere; dorsolateral domain of larval A8 neuromere; central domain of larval A3 neuromere; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; ventrolateral domain of larval A4 neuromere; central domain of larval A8 neuromere; dorsomedial domain of larval A8 neuromere; centromedial domain of larval A3 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 49A06 FLP 9-1 [VFB_00061749]

A single 49A06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/49A06-sp_B_part/Confocal_63x_2012-03-29_49A06_VNC/stack_TIFF/49A06_57C10wtFlp_B_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; 6201664_G__2; unlicensed; P{GMR49A06-GAL4} expression pattern; Truman Larval Flip-Out Collection; is part of; overlaps; GMR 49A06 FLP 9-1; Lines/GMR_41-50/49A06-sp_B_part/Confocal_63x_2012-03-29_49A06_VNC/stack_TIFF/49A06_57C10wtFlp_B_VNC.tif; dorsolateral domain of larval T2 neuromere; centrolateral domain of larval central nervous system; dorsolateral domain of larval central nervous system; embryonic/larval neuron; centrolateral domain of larval T2 neuromere; expresses]

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GMR 49B09 FLP 2-1 [VFB_00058340]

A single 49B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/49B09/Confocal_63x_2012-04-07_49B09_VNC/stack_TIFF/49B09_57C10wtFlp_D_VNC.tif. [confocal microscopy; unlicensed; 6200288_R__1; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; Lines/GMR_41-50/49B09/Confocal_63x_2012-04-07_49B09_VNC/stack_TIFF/49B09_57C10wtFlp_D_VNC.tif; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; P{GMR49B09-GAL4} expression pattern; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; GMR 49B09 FLP 2-1; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 49B09 FLP 5-1 [VFB_00058346]

A single 49B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/49B09/Confocal_63x_2012-04-07_49B09_VNC/stack_TIFF/49B09_57C10wtFlp_B_VNC.tif. [6200287_R__1; confocal microscopy; unlicensed; GMR 49B09 FLP 5-1; centromedial domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; is part of; P{GMR49B09-GAL4} expression pattern; embryonic/larval neuron; expresses; Lines/GMR_41-50/49B09/Confocal_63x_2012-04-07_49B09_VNC/stack_TIFF/49B09_57C10wtFlp_B_VNC.tif; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 49C04 FLP 10-1 [VFB_00057577]

A single 49C04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/49C04-sp_good brains/Confocal_63x_2012-04-05_49C04_VNC/stack_TIFF/49C04_57C10wtFlp_C_VNC.tif. [centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; 6201268_G__1; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; expression pattern fragment; L3 CNS template - Wood2018; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 49C04 FLP 10-1; Lines/GMR_41-50/49C04-sp_good brains/Confocal_63x_2012-04-05_49C04_VNC/stack_TIFF/49C04_57C10wtFlp_C_VNC.tif; P{GMR49C04-GAL4} expression pattern; dorsomedial domain of larval T2 neuromere]

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GMR 49C04 FLP 12-1 [VFB_00057578]

A single 49C04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/49C04-sp_good brains/Confocal_63x_2012-04-05_49C04_VNC/stack_TIFF/49C04_57C10wtFlp_H_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_41-50/49C04-sp_good brains/Confocal_63x_2012-04-05_49C04_VNC/stack_TIFF/49C04_57C10wtFlp_H_VNC.tif; 6201260_R__1; ventrolateral domain of larval central nervous system; expression pattern fragment; L3 CNS template - Wood2018; GMR 49C04 FLP 12-1; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; central domain of larval A5 neuromere; P{GMR49C04-GAL4} expression pattern]

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GMR 49C04 FLP 12-2 [VFB_00057579]

A single 49C04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/49C04-sp_good brains/Confocal_63x_2012-04-05_49C04_VNC/stack_TIFF/49C04_57C10wtFlp_H_VNC.tif. [confocal microscopy; unlicensed; 6201260_G__2; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_41-50/49C04-sp_good brains/Confocal_63x_2012-04-05_49C04_VNC/stack_TIFF/49C04_57C10wtFlp_H_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; L3 CNS template - Wood2018; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; GMR 49C04 FLP 12-2; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; P{GMR49C04-GAL4} expression pattern; dorsomedial domain of larval A2 neuromere]

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GMR 49C04 FLP 12-3 [VFB_00057580]

A single 49C04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/49C04-sp_good brains/Confocal_63x_2012-04-05_49C04_VNC/stack_TIFF/49C04_57C10wtFlp_H_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_41-50/49C04-sp_good brains/Confocal_63x_2012-04-05_49C04_VNC/stack_TIFF/49C04_57C10wtFlp_H_VNC.tif; expression pattern fragment; L3 CNS template - Wood2018; 6201260_G__3; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; is part of; GMR 49C04 FLP 12-3; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; P{GMR49C04-GAL4} expression pattern]

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GMR 49C04 FLP 13-1 [VFB_00057581]

A single 49C04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/49C04-sp_good brains/Confocal_63x_2012-04-05_49C04_VNC/stack_TIFF/49C04_57C10wtFlp_D_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; GMR 49C04 FLP 13-1; Lines/GMR_41-50/49C04-sp_good brains/Confocal_63x_2012-04-05_49C04_VNC/stack_TIFF/49C04_57C10wtFlp_D_VNC.tif; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; 6201261_G__2; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; L3 CNS template - Wood2018; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; P{GMR49C04-GAL4} expression pattern]

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GMR 49C10 FLP 3-1 [VFB_00061392]

A single 49C10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/49C10/Confocal_63x_2012-02-25_49C10_VNC/stack_TIFF/49C10_57C10wtFlp_G_VNC.tif. [Lines/GMR_41-50/49C10/Confocal_63x_2012-02-25_49C10_VNC/stack_TIFF/49C10_57C10wtFlp_G_VNC.tif; confocal microscopy; unlicensed; 6201322_R__1; centromedial domain of larval T3 neuromere; P{GMR49C10-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval T3 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 49C10 FLP 3-1; central domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 49C10 FLP 3-2 [VFB_00061393]

A single 49C10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/49C10/Confocal_63x_2012-02-25_49C10_VNC/stack_TIFF/49C10_57C10wtFlp_G_VNC.tif. [Lines/GMR_41-50/49C10/Confocal_63x_2012-02-25_49C10_VNC/stack_TIFF/49C10_57C10wtFlp_G_VNC.tif; GMR 49C10 FLP 3-2; confocal microscopy; unlicensed; central domain of larval A7 neuromere; P{GMR49C10-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A7 neuromere; central domain of larval central nervous system; is part of; 6201322_G__1; centromedial domain of larval A7 neuromere; embryonic/larval neuron; expresses; centromedial domain of larval A8 neuromere; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 49C10 FLP 5-1 [VFB_00061670]

A single 49C10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/49C10/Confocal_63x_2012-02-25_49C10_VNC/stack_TIFF/49C10_57C10wtFlp_E_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; Lines/GMR_41-50/49C10/Confocal_63x_2012-02-25_49C10_VNC/stack_TIFF/49C10_57C10wtFlp_E_VNC.tif; P{GMR49C10-GAL4} expression pattern; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; expression pattern fragment; 6201324_R__1; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; is part of; centromedial domain of larval A7 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018; GMR 49C10 FLP 5-1]

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GMR 49C10 FLP 7-1 [VFB_00061671]

A fragment of the 49C10 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/49C10/Confocal_63x_2012-02-25_49C10_VNC/stack_TIFF/49C10_57C10wtFlp_H_VNC.tif. [confocal microscopy; GMR 49C10 FLP 7-1; unlicensed; centrolateral domain of larval A6 neuromere; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; P{GMR49C10-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_41-50/49C10/Confocal_63x_2012-02-25_49C10_VNC/stack_TIFF/49C10_57C10wtFlp_H_VNC.tif; expression pattern fragment; ventromedial domain of larval A5 neuromere; 6201326_G__2; is part of; dorsomedial domain of larval A5 neuromere; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 49D04 FLP 11-1 [VFB_00059497]

A single 49D04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/49D04-sp_A_good Br/Confocal_63x_2012-04-10A_49D04_VNC/stack_TIFF/49D04_57C10wtFlp_F_VNC.tif. [centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; GMR 49D04 FLP 11-1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; expression pattern fragment; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; Lines/GMR_41-50/49D04-sp_A_good Br/Confocal_63x_2012-04-10A_49D04_VNC/stack_TIFF/49D04_57C10wtFlp_F_VNC.tif; embryonic/larval central nervous system; 6200049_R__1; P{GMR49D04-GAL4} expression pattern; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 49D04 FLP 11-2 [VFB_00059498]

A single 49D04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/49D04-sp_A_good Br/Confocal_63x_2012-04-10A_49D04_VNC/stack_TIFF/49D04_57C10wtFlp_F_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; 6200049_G__2; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; Lines/GMR_41-50/49D04-sp_A_good Br/Confocal_63x_2012-04-10A_49D04_VNC/stack_TIFF/49D04_57C10wtFlp_F_VNC.tif; embryonic/larval central nervous system; GMR 49D04 FLP 11-2; dorsolateral domain of larval A2 neuromere; P{GMR49D04-GAL4} expression pattern; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 49D04 FLP 12-1 [VFB_00059499]

A single 49D04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/49D04-sp_A_good Br/Confocal_63x_2012-04-10A_49D04_VNC/stack_TIFF/49D04_57C10wtFlp_E_VNC.tif. [confocal microscopy; unlicensed; GMR 49D04 FLP 12-1; 6200048_G__3; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; is part of; Lines/GMR_41-50/49D04-sp_A_good Br/Confocal_63x_2012-04-10A_49D04_VNC/stack_TIFF/49D04_57C10wtFlp_E_VNC.tif; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; P{GMR49D04-GAL4} expression pattern; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 49D11 FLP 3-1 [VFB_00058282]

A single 49D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/49D11_sp/Confocal_63x_2013-01-07_49D11_VNC/stack_TIFF/49D11_57C10wtFlp_E_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; P{GMR49D11-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; L3 CNS template - Wood2018; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; Lines/GMR_41-50/49D11_sp/Confocal_63x_2013-01-07_49D11_VNC/stack_TIFF/49D11_57C10wtFlp_E_VNC.tif; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; 6201774_G__1; dorsolateral domain of larval central nervous system; GMR 49D11 FLP 3-1; dorsomedial domain of larval A2 neuromere]

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GMR 49D11 FLP 8-3 [VFB_00058285]

A single 49D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/49D11_sp/Confocal_63x_2013-01-07_49D11_VNC/stack_TIFF/49D11_57C10wtFlp_D_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; P{GMR49D11-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; 6201771_G__2; is part of; centrolateral domain of larval A3 neuromere; GMR 49D11 FLP 8-3; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; Lines/GMR_41-50/49D11_sp/Confocal_63x_2013-01-07_49D11_VNC/stack_TIFF/49D11_57C10wtFlp_D_VNC.tif; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 49E12 FLP 6-1 [VFB_00058290]

A single 49E12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/49E12-sp_SEG-sensory/Confocal_63x_2012-09-25_49E12_VNC/stack_TIFF/49E12_57C10FlpL_K_VNC.tif. [ventrolateral domain of larval T2 neuromere; Lines/GMR_41-50/49E12-sp_SEG-sensory/Confocal_63x_2012-09-25_49E12_VNC/stack_TIFF/49E12_57C10FlpL_K_VNC.tif; centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; 6201552_R__1; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; P{GMR49E12-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 49E12 FLP 6-1; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 49F06 FLP 10-1 [VFB_00061164]

A single 49F06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/49F06/Confocal_63x_2012-07-05_49F06_VNC/stack_TIFF/49F06_57C10wtFlp_G_VNC.tif. [centromedial domain of larval A4 neuromere; GMR 49F06 FLP 10-1; 6201721_R__2; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; P{GMR49F06-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; Lines/GMR_41-50/49F06/Confocal_63x_2012-07-05_49F06_VNC/stack_TIFF/49F06_57C10wtFlp_G_VNC.tif]

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GMR 49F06 FLP 10-2 [VFB_00061165]

A single 49F06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/49F06/Confocal_63x_2012-07-05_49F06_VNC/stack_TIFF/49F06_57C10wtFlp_G_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; P{GMR49F06-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval T3 neuromere; GMR 49F06 FLP 10-2; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 6201721_R__3; L3 CNS template - Wood2018; Lines/GMR_41-50/49F06/Confocal_63x_2012-07-05_49F06_VNC/stack_TIFF/49F06_57C10wtFlp_G_VNC.tif]

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GMR 49F06 FLP 10-3 [VFB_00061166]

A single 49F06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/49F06/Confocal_63x_2012-07-05_49F06_VNC/stack_TIFF/49F06_57C10wtFlp_G_VNC.tif. [GMR 49F06 FLP 10-3; confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; 6201721_R__6; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; P{GMR49F06-GAL4} expression pattern; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; expression pattern fragment; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; Lines/GMR_41-50/49F06/Confocal_63x_2012-07-05_49F06_VNC/stack_TIFF/49F06_57C10wtFlp_G_VNC.tif]

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GMR 49F06 FLP 10-4 [VFB_00061167]

A single 49F06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/49F06/Confocal_63x_2012-07-05_49F06_VNC/stack_TIFF/49F06_57C10wtFlp_G_VNC.tif. [confocal microscopy; unlicensed; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; 6201721_G__2; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; P{GMR49F06-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; GMR 49F06 FLP 10-4; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; Lines/GMR_41-50/49F06/Confocal_63x_2012-07-05_49F06_VNC/stack_TIFF/49F06_57C10wtFlp_G_VNC.tif]

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GMR 49F06 FLP 12-1 [VFB_00061168]

A fragment of the 49F06 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/49F06/Confocal_63x_2012-07-05_49F06_VNC/stack_TIFF/49F06_57C10wtFlp_C_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; P{GMR49F06-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; 6201723_R__2; is part of; expresses; GMR 49F06 FLP 12-1; embryonic/larval central nervous system; central domain of larval A1 neuromere; Lines/GMR_41-50/49F06/Confocal_63x_2012-07-05_49F06_VNC/stack_TIFF/49F06_57C10wtFlp_C_VNC.tif; L3 CNS template - Wood2018]

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GMR 49F06 FLP 13-1 [VFB_00058441]

A single 49F06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/49F06/Confocal_63x_2012-07-05_49F06_VNC/stack_TIFF/49F06_57C10wtFlp_E_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; Lines/GMR_41-50/49F06/Confocal_63x_2012-07-05_49F06_VNC/stack_TIFF/49F06_57C10wtFlp_E_VNC.tif; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; dorsomedial domain of larval central nervous system; P{GMR49F06-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; expression pattern fragment; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; GMR 49F06 FLP 13-1; embryonic/larval central nervous system; 6201718_G__2; dorsolateral domain of larval T2 neuromere; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 49G11 FLP 1-1 [VFB_00057487]

A single 49G11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/49G11/Confocal_63x_2012-04-05_49G11_VNC/stack_TIFF/49G11_57C10wtFlp_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; GMR 49G11 FLP 1-1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_41-50/49G11/Confocal_63x_2012-04-05_49G11_VNC/stack_TIFF/49G11_57C10wtFlp_B_VNC.tif; 6200894_G__4; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; P{GMR49G11-GAL4} expression pattern; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 49G11 FLP 4-1 [VFB_00057488]

A single 49G11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/49G11/Confocal_63x_2012-04-05_49G11_VNC/stack_TIFF/49G11_57C10wtFlp_G_VNC.tif. [GMR 49G11 FLP 4-1; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; Lines/GMR_41-50/49G11/Confocal_63x_2012-04-05_49G11_VNC/stack_TIFF/49G11_57C10wtFlp_G_VNC.tif; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; 6200897_R__1; dorsolateral domain of larval central nervous system; P{GMR49G11-GAL4} expression pattern; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 49G11 FLP 5-1 [VFB_00057489]

A single 49G11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/49G11/Confocal_63x_2012-04-05_49G11_VNC/stack_TIFF/49G11_57C10wtFlp_H_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; 6200892_R__1; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; Lines/GMR_41-50/49G11/Confocal_63x_2012-04-05_49G11_VNC/stack_TIFF/49G11_57C10wtFlp_H_VNC.tif; P{GMR49G11-GAL4} expression pattern; embryonic/larval neuron; GMR 49G11 FLP 5-1; expresses]

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GMR 49G12 FLP 11-1 [VFB_00061096]

A fragment of the 49G12 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/49G12-sp B/Confocal_63x_2012-04-05_49G12_VNC/stack_TIFF/49G12_57C10FlpL_B_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; ventrolateral domain of larval A6 neuromere; P{GMR49G12-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; 6201130_R__1; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; GMR 49G12 FLP 11-1; ventrolateral domain of larval A5 neuromere; is part of; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; Lines/GMR_41-50/49G12-sp B/Confocal_63x_2012-04-05_49G12_VNC/stack_TIFF/49G12_57C10FlpL_B_VNC.tif; centrolateral domain of larval A7 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 49G12 FLP 11-2 [VFB_00061097]

A single 49G12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/49G12-sp B/Confocal_63x_2012-04-05_49G12_VNC/stack_TIFF/49G12_57C10FlpL_B_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; central domain of larval A6 neuromere; P{GMR49G12-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; 6201130_G__2; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_41-50/49G12-sp B/Confocal_63x_2012-04-05_49G12_VNC/stack_TIFF/49G12_57C10FlpL_B_VNC.tif; GMR 49G12 FLP 11-2; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 49G12 FLP 14-1 [VFB_00061098]

A single 49G12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/49G12-sp B/Confocal_63x_2012-04-05_49G12_VNC/stack_TIFF/49G12_57C10FlpL_G_VNC.tif. [confocal microscopy; unlicensed; central domain of larval A7 neuromere; centrolateral domain of larval A6 neuromere; 6201133_R__3; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; ventrolateral domain of larval A7 neuromere; ventrolateral domain of larval A6 neuromere; P{GMR49G12-GAL4} expression pattern; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval A7 neuromere; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; is part of; Lines/GMR_41-50/49G12-sp B/Confocal_63x_2012-04-05_49G12_VNC/stack_TIFF/49G12_57C10FlpL_G_VNC.tif; centromedial domain of larval A7 neuromere; embryonic/larval neuron; GMR 49G12 FLP 14-1; centromedial domain of larval A6 neuromere; expresses; embryonic/larval central nervous system; centrolateral domain of larval A7 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 49G12 FLP 15-1 [VFB_00061099]

A single 49G12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/49G12-sp B/Confocal_63x_2012-04-05_49G12_VNC/stack_TIFF/49G12_57C10FlpL_D_VNC.tif. [confocal microscopy; unlicensed; central domain of larval A7 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; P{GMR49G12-GAL4} expression pattern; 6201134_G__1; Lines/GMR_41-50/49G12-sp B/Confocal_63x_2012-04-05_49G12_VNC/stack_TIFF/49G12_57C10FlpL_D_VNC.tif; Truman Larval Flip-Out Collection; overlaps; GMR 49G12 FLP 15-1; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval A7 neuromere; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; is part of; centromedial domain of larval A7 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; expresses; embryonic/larval central nervous system; centrolateral domain of larval A7 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 50C10 FLP 4-1 [VFB_00060879]

A single 50C10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/50C10-sp_couple Br cells/Confocal_63x_2012-09-25_50C10_VNC/stack_TIFF/50C10_57C10wtFlp_A_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; GMR 50C10 FLP 4-1; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval central nervous system; 6201157_R__1; ventromedial domain of larval A5 neuromere; is part of; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; P{GMR50C10-GAL4} expression pattern; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; Lines/GMR_41-50/50C10-sp_couple Br cells/Confocal_63x_2012-09-25_50C10_VNC/stack_TIFF/50C10_57C10wtFlp_A_VNC.tif; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 50E07 FLP 6-1 [VFB_00058316]

A single 50E07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/50E07_sp/Confocal_63x_2011-10-12_50E07_VNC/stack_TIFF/50E07_57C10wtFlp_H.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR50E07-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; GMR 50E07 FLP 6-1; is part of; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; Lines/GMR_41-50/50E07_sp/Confocal_63x_2011-10-12_50E07_VNC/stack_TIFF/50E07_57C10wtFlp_H.tif; embryonic/larval central nervous system; central domain of larval A1 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; 6200600_R__3; dorsomedial domain of larval A2 neuromere]

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GMR 50G09 FLP 4-1 [VFB_00061386]

A single 50G09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/50G09/Confocal_63x_2012-07-05_50G09_VNC/stack_TIFF/50G09_57C10wtFlp_C_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; 6201093_R__1; centrolateral domain of larval central nervous system; P{GMR50G09-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; Lines/GMR_41-50/50G09/Confocal_63x_2012-07-05_50G09_VNC/stack_TIFF/50G09_57C10wtFlp_C_VNC.tif; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; GMR 50G09 FLP 4-1; L3 CNS template - Wood2018]

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GMR 50G09 FLP 8-1 [VFB_00061387]

A single 50G09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_41-50/50G09/Confocal_63x_2012-07-05_50G09_VNC/stack_TIFF/50G09_57C10wtFlp_E_VNC.tif. [6201092_R__2; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; GMR 50G09 FLP 8-1; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; P{GMR50G09-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Lines/GMR_41-50/50G09/Confocal_63x_2012-07-05_50G09_VNC/stack_TIFF/50G09_57C10wtFlp_E_VNC.tif; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 51A06 FLP 5-1 [VFB_00060886]

A single 51A06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/51A06/Confocal_63x_2013-01-10_51A06_VNC/stack_TIFF/51A06_57C10wtFlp_A_VNC.tif. [centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; Lines/GMR_51-60/51A06/Confocal_63x_2013-01-10_51A06_VNC/stack_TIFF/51A06_57C10wtFlp_A_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; L3 CNS template - Wood2018; GMR 51A06 FLP 5-1; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 5500535_R__1; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; P{GMR51A06-GAL4} expression pattern]

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GMR 51E09 FLP 34-1 [VFB_00061181]

A single 51E09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/51E09-sp B part/Confocal_63x_2012-02-24A_51E09_VNC/stack_TIFF/51E09_57C10wtFlp_B_VNC.tif. [GMR 51E09 FLP 34-1; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; 5500947_G__2; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; Lines/GMR_51-60/51E09-sp B part/Confocal_63x_2012-02-24A_51E09_VNC/stack_TIFF/51E09_57C10wtFlp_B_VNC.tif; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; P{GMR51E09-GAL4} expression pattern; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; L3 CNS template - Wood2018]

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GMR 51H01 FLP 6-1 [VFB_00061897]

A fragment of the 51H01 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/51H01/Confocal_63x_2012-07-26_51H01_VNC/stack_TIFF/51H01_57C10wtFlp_B_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; GMR 51H01 FLP 6-1; centromedial domain of larval central nervous system; 5501544_R__1; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; P{GMR51H01-GAL4} expression pattern; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval A7 neuromere; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval A2 neuromere; centrolateral domain of larval A8 neuromere; Lines/GMR_51-60/51H01/Confocal_63x_2012-07-26_51H01_VNC/stack_TIFF/51H01_57C10wtFlp_B_VNC.tif; central domain of larval central nervous system; is part of; dorsomedial domain of larval A5 neuromere; centromedial domain of larval A7 neuromere; ventral domain of larval A9 neuromere; dorsolateral domain of larval A8 neuromere; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; dorsomedial domain of larval A8 neuromere; centrolateral domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 52F05 FLP 4-1 [VFB_00059467]

A single 52F05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/52F05/Confocal_63x_2012-05-12_52F05_VNC/stack_TIFF/52F05_57C10wtFlp_D_VNC.tif. [P{GMR52F05-GAL4} expression pattern; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; ventromedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; Lines/GMR_51-60/52F05/Confocal_63x_2012-05-12_52F05_VNC/stack_TIFF/52F05_57C10wtFlp_D_VNC.tif; expression pattern fragment; ventromedial domain of larval A5 neuromere; is part of; embryonic/larval neuron; expresses; GMR 52F05 FLP 4-1; embryonic/larval central nervous system; 5500197_R__2; L3 CNS template - Wood2018]

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GMR 52F05 FLP 4-2 [VFB_00059468]

A single 52F05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/52F05/Confocal_63x_2012-05-12_52F05_VNC/stack_TIFF/52F05_57C10wtFlp_D_VNC.tif. [centromedial domain of larval A4 neuromere; P{GMR52F05-GAL4} expression pattern; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; dorsomedial domain of larval A4 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; Lines/GMR_51-60/52F05/Confocal_63x_2012-05-12_52F05_VNC/stack_TIFF/52F05_57C10wtFlp_D_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 52F05 FLP 4-2; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; 5500197_G__1]

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GMR 52G03 FLP 5-1 [VFB_00061413]

A single 52G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/52G03_sp/Confocal_63x_2013-01-10_52G03_VNC_AD_DBD/stack_TIFF/52G03_57C10wtFlp_D_VNC.tif. [ventrolateral domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; 5500751_G__3; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; Lines/GMR_51-60/52G03_sp/Confocal_63x_2013-01-10_52G03_VNC_AD_DBD/stack_TIFF/52G03_57C10wtFlp_D_VNC.tif; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 52G03 FLP 5-1; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; P{GMR52G03-GAL4} expression pattern; L3 CNS template - Wood2018]

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GMR 52G03 FLP 6-1 [VFB_00061414]

A single 52G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/52G03_sp/Confocal_63x_2013-01-10_52G03_VNC_AD_DBD/stack_TIFF/52G03_57C10wtFlp_C_VNC.tif. [centromedial domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; GMR 52G03 FLP 6-1; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; Lines/GMR_51-60/52G03_sp/Confocal_63x_2013-01-10_52G03_VNC_AD_DBD/stack_TIFF/52G03_57C10wtFlp_C_VNC.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; 5500750_G__2; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; dorsomedial domain of larval maxillary neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; central domain of larval A1 neuromere; larval T3 leg neuropil; P{GMR52G03-GAL4} expression pattern; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 52H08 FLP 7-1 [VFB_00061182]

A fragment of the 52H08 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/52H08/Confocal_63x_2012-09-25_52H08_VNC/stack_TIFF/52H08_57C10wtFlp_H_VNC.tif. [confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centromedial domain of larval central nervous system; P{GMR52H08-GAL4} expression pattern; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; 5500940_G__2; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; ventrolateral domain of larval A8 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; GMR 52H08 FLP 7-1; ventrolateral domain of larval A4 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018; Lines/GMR_51-60/52H08/Confocal_63x_2012-09-25_52H08_VNC/stack_TIFF/52H08_57C10wtFlp_H_VNC.tif]

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GMR 53C02 FLP 3-1 [VFB_00060244]

A single 53C02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/53C02-sp_lat neuron/Confocal_63x_2012-04-10A_53C02_VNC/stack_TIFF/53C02_57C10wtFlp_D_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; P{GMR53C02-GAL4} expression pattern; GMR 53C02 FLP 3-1; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; 5500803_R__1; Lines/GMR_51-60/53C02-sp_lat neuron/Confocal_63x_2012-04-10A_53C02_VNC/stack_TIFF/53C02_57C10wtFlp_D_VNC.tif; embryonic/larval neuron; expresses]

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GMR 53C02 FLP 8-1 [VFB_00060248]

A single 53C02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/53C02-sp_lat neuron/Confocal_63x_2012-04-10A_53C02_VNC/stack_TIFF/53C02_57C10wtFlp_I_VNC.tif. [centromedial domain of larval A4 neuromere; P{GMR53C02-GAL4} expression pattern; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; Lines/GMR_51-60/53C02-sp_lat neuron/Confocal_63x_2012-04-10A_53C02_VNC/stack_TIFF/53C02_57C10wtFlp_I_VNC.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5500806_R__1; expression pattern fragment; central domain of larval central nervous system; is part of; GMR 53C02 FLP 8-1; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 53C03 FLP 18-1 [VFB_00057516]

A single 53C03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/53C03-sp_Good INs/Confocal_63x_2012-07-11_53C03_VNC/stack_TIFF/53C03_57C10wtFlp_C_VNC.tif. [5501422_G__1; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; is part of; Lines/GMR_51-60/53C03-sp_Good INs/Confocal_63x_2012-07-11_53C03_VNC/stack_TIFF/53C03_57C10wtFlp_C_VNC.tif; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; GMR 53C03 FLP 18-1; P{GMR53C03-GAL4} expression pattern]

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GMR 53C05 FLP 6-1 [VFB_00060220]

A single 53C05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/53C05-sp_B part/Confocal_63x_2012-04-07_53C05_VNC/stack_TIFF/53C05_57C10wtFlp_I_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; P{GMR53C05-GAL4} expression pattern; expression pattern fragment; 5500111_G__2; central domain of larval central nervous system; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; GMR 53C05 FLP 6-1; Lines/GMR_51-60/53C05-sp_B part/Confocal_63x_2012-04-07_53C05_VNC/stack_TIFF/53C05_57C10wtFlp_I_VNC.tif; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 53C05 FLP 7-1 [VFB_00060221]

A single 53C05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/53C05-sp_B part/Confocal_63x_2012-04-07_53C05_VNC/stack_TIFF/53C05_57C10wtFlp_B_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; P{GMR53C05-GAL4} expression pattern; overlaps; dorsolateral domain of larval A2 neuromere; 5500110_R__1; dorsolateral domain of larval central nervous system; embryonic/larval neuron; Lines/GMR_51-60/53C05-sp_B part/Confocal_63x_2012-04-07_53C05_VNC/stack_TIFF/53C05_57C10wtFlp_B_VNC.tif; GMR 53C05 FLP 7-1; expresses]

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GMR 53C05 FLP 7-2 [VFB_00060222]

A single 53C05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/53C05-sp_B part/Confocal_63x_2012-04-07_53C05_VNC/stack_TIFF/53C05_57C10wtFlp_B_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; P{GMR53C05-GAL4} expression pattern; 5500110_R__2; embryonic/larval neuron; Lines/GMR_51-60/53C05-sp_B part/Confocal_63x_2012-04-07_53C05_VNC/stack_TIFF/53C05_57C10wtFlp_B_VNC.tif; GMR 53C05 FLP 7-2; expresses]

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GMR 53C05 FLP 7-3 [VFB_00060223]

A single 53C05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/53C05-sp_B part/Confocal_63x_2012-04-07_53C05_VNC/stack_TIFF/53C05_57C10wtFlp_B_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; P{GMR53C05-GAL4} expression pattern; 5500110_G__2; GMR 53C05 FLP 7-3; embryonic/larval neuron; Lines/GMR_51-60/53C05-sp_B part/Confocal_63x_2012-04-07_53C05_VNC/stack_TIFF/53C05_57C10wtFlp_B_VNC.tif; expresses]

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GMR 53C10 FLP 1-1 [VFB_00057459]

A single 53C10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/53C10-sp_Good IN/Confocal_63x_2012-04-07_53C10_VNC/stack_TIFF/53C10_57C10wtFlp_G_VNC.tif. [centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Lines/GMR_51-60/53C10-sp_Good IN/Confocal_63x_2012-04-07_53C10_VNC/stack_TIFF/53C10_57C10wtFlp_G_VNC.tif; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; is part of; P{GMR53C10-GAL4} expression pattern; 5500412_G__2; embryonic/larval neuron; expresses; GMR 53C10 FLP 1-1; embryonic/larval central nervous system; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 53C10 FLP 2-1 [VFB_00057460]

A fragment of the 53C10 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/53C10-sp_Good IN/Confocal_63x_2012-04-07_53C10_VNC/stack_TIFF/53C10_57C10wtFlp_E_VNC.tif. [L3 CNS template - Wood2018; 5500413_R__1; embryonic/larval central nervous system; dorsolateral domain of larval T1 neuromere; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; centrolateral domain of larval T1 neuromere; GMR 53C10 FLP 2-1; P{GMR53C10-GAL4} expression pattern; centrolateral domain of larval central nervous system; dorsolateral domain of larval central nervous system; expression pattern fragment; expresses; Lines/GMR_51-60/53C10-sp_Good IN/Confocal_63x_2012-04-07_53C10_VNC/stack_TIFF/53C10_57C10wtFlp_E_VNC.tif]

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GMR 53C10 FLP 2-2 [VFB_00057461]

A single 53C10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/53C10-sp_Good IN/Confocal_63x_2012-04-07_53C10_VNC/stack_TIFF/53C10_57C10wtFlp_E_VNC.tif. [centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; GMR 53C10 FLP 2-2; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval T3 neuromere; is part of; P{GMR53C10-GAL4} expression pattern; embryonic/larval neuron; expresses; Lines/GMR_51-60/53C10-sp_Good IN/Confocal_63x_2012-04-07_53C10_VNC/stack_TIFF/53C10_57C10wtFlp_E_VNC.tif; embryonic/larval central nervous system; 5500413_G__1; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 53C10 FLP 4-1 [VFB_00057462]

A single 53C10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/53C10-sp_Good IN/Confocal_63x_2012-04-07_53C10_VNC/stack_TIFF/53C10_57C10wtFlp_D_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; 5500411_G__1; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval A1 neuromere; is part of; P{GMR53C10-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; GMR 53C10 FLP 4-1; Lines/GMR_51-60/53C10-sp_Good IN/Confocal_63x_2012-04-07_53C10_VNC/stack_TIFF/53C10_57C10wtFlp_D_VNC.tif; L3 CNS template - Wood2018]

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GMR 53C10 FLP 5-1 [VFB_00057463]

A single 53C10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/53C10-sp_Good IN/Confocal_63x_2012-04-07_53C10_VNC/stack_TIFF/53C10_57C10wtFlp_H_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; GMR 53C10 FLP 5-1; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; 5500416_G__1; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval A1 neuromere; is part of; P{GMR53C10-GAL4} expression pattern; Lines/GMR_51-60/53C10-sp_Good IN/Confocal_63x_2012-04-07_53C10_VNC/stack_TIFF/53C10_57C10wtFlp_H_VNC.tif; ventral domain of larval A9 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 53C10 FLP 7-1 [VFB_00057464]

A single 53C10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/53C10-sp_Good IN/Confocal_63x_2012-04-07_53C10_VNC/stack_TIFF/53C10_57C10wtFlp_A_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; dorsomedial domain of larval central nervous system; expression pattern fragment; centromedial domain of larval A1 neuromere; confocal microscopy; unlicensed; 5500414_R__1; Truman Larval Flip-Out Collection; GMR 53C10 FLP 7-1; is part of; overlaps; Lines/GMR_51-60/53C10-sp_Good IN/Confocal_63x_2012-04-07_53C10_VNC/stack_TIFF/53C10_57C10wtFlp_A_VNC.tif; P{GMR53C10-GAL4} expression pattern; embryonic/larval neuron; dorsomedial domain of larval A1 neuromere; expresses; centromedial domain of larval central nervous system]

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GMR 53D01 FLP 17-1 [VFB_00061672]

A single 53D01 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/53D01-sp_descending/Confocal_63x_2012-07-11_53D01_VNC/stack_TIFF/53D01_57C10wtFlp_B_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval central nervous system; P{GMR53D01-GAL4} expression pattern; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5501019_R__6; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; is part of; Lines/GMR_51-60/53D01-sp_descending/Confocal_63x_2012-07-11_53D01_VNC/stack_TIFF/53D01_57C10wtFlp_B_VNC.tif; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; GMR 53D01 FLP 17-1; L3 CNS template - Wood2018]

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GMR 53E05 FLP 8-1 [VFB_00061664]

A single 53E05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/53E05-sp_SEG_MB/Confocal_63x_2012-10-25_53E05_VNC/stack_TIFF/53E05_57C10wtFlp_D_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; P{GMR53E05-GAL4} expression pattern; GMR 53E05 FLP 8-1; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_51-60/53E05-sp_SEG_MB/Confocal_63x_2012-10-25_53E05_VNC/stack_TIFF/53E05_57C10wtFlp_D_VNC.tif; 5500349_G__1; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 53H01 FLP 7-1 [VFB_00061389]

A single 53H01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/53H01_sp_A_mainly SEG/Confocal_63x_2011-11-03_53H01_VNC-JT/stack_TIFF/53H01_57C10wtFlp_E_VNC.tif. [confocal microscopy; P{GMR53H01-GAL4} expression pattern; unlicensed; Lines/GMR_51-60/53H01_sp_A_mainly SEG/Confocal_63x_2011-11-03_53H01_VNC-JT/stack_TIFF/53H01_57C10wtFlp_E_VNC.tif; centrolateral domain of larval A4 neuromere; 5501499_G__1; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; GMR 53H01 FLP 7-1]

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GMR 53H02 FLP 10-1 [VFB_00061462]

A single 53H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/53H02-sp_Good Br/Confocal_63x_2012-04-07_53H02_VNC/stack_TIFF/53H02_57C10wtFlp_H_VNC.tif. [L3 CNS template - Wood2018; Lines/GMR_51-60/53H02-sp_Good Br/Confocal_63x_2012-04-07_53H02_VNC/stack_TIFF/53H02_57C10wtFlp_H_VNC.tif; embryonic/larval central nervous system; dorsomedial domain of larval central nervous system; expression pattern fragment; centromedial domain of larval labial neuromere; expresses; unlicensed; GMR 53H02 FLP 10-1; Truman Larval Flip-Out Collection; is part of; overlaps; confocal microscopy; P{GMR53H02-GAL4} expression pattern; 5500252_R__1; embryonic/larval neuron; dorsomedial domain of larval T3 neuromere; centromedial domain of larval central nervous system]

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GMR 53H02 FLP 4-1 [VFB_00061459]

A single 53H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/53H02-sp_Good Br/Confocal_63x_2012-04-07_53H02_VNC/stack_TIFF/53H02_57C10wtFlp_G_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; P{GMR53H02-GAL4} expression pattern; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; 5500254_G__2; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; GMR 53H02 FLP 4-1; L3 CNS template - Wood2018; Lines/GMR_51-60/53H02-sp_Good Br/Confocal_63x_2012-04-07_53H02_VNC/stack_TIFF/53H02_57C10wtFlp_G_VNC.tif]

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GMR 53H02 FLP 6-1 [VFB_00061460]

A single 53H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/53H02-sp_Good Br/Confocal_63x_2012-04-07_53H02_VNC/stack_TIFF/53H02_57C10wtFlp_D_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; GMR 53H02 FLP 6-1; P{GMR53H02-GAL4} expression pattern; Lines/GMR_51-60/53H02-sp_Good Br/Confocal_63x_2012-04-07_53H02_VNC/stack_TIFF/53H02_57C10wtFlp_D_VNC.tif; 5500256_R__1; embryonic/larval neuron; expresses]

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GMR 53H02 FLP 9-1 [VFB_00061461]

A single 53H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/53H02-sp_Good Br/Confocal_63x_2012-04-07_53H02_VNC/stack_TIFF/53H02_57C10wtFlp_B_VNC.tif. [confocal microscopy; unlicensed; P{GMR53H02-GAL4} expression pattern; ventromedial domain of larval A2 neuromere; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; 5500251_G__2; GMR 53H02 FLP 9-1; is part of; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; Lines/GMR_51-60/53H02-sp_Good Br/Confocal_63x_2012-04-07_53H02_VNC/stack_TIFF/53H02_57C10wtFlp_B_VNC.tif; L3 CNS template - Wood2018]

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GMR 54B01 FLP 20-1 [VFB_00061763]

A single 54B01 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/54B01-sp_B/Confocal_63x_2012-10-25_54B01_VNC/stack_TIFF/54B01_57C10wtFlp_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5501350_R__1; GMR 54B01 FLP 20-1; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; Lines/GMR_51-60/54B01-sp_B/Confocal_63x_2012-10-25_54B01_VNC/stack_TIFF/54B01_57C10wtFlp_F_VNC.tif; embryonic/larval neuron; expresses; P{GMR54B01-GAL4} expression pattern; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 54B01 FLP 20-2 [VFB_00061764]

A single 54B01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/54B01-sp_B/Confocal_63x_2012-10-25_54B01_VNC/stack_TIFF/54B01_57C10wtFlp_F_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; 5501350_G__1; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval A1 neuromere; is part of; Lines/GMR_51-60/54B01-sp_B/Confocal_63x_2012-10-25_54B01_VNC/stack_TIFF/54B01_57C10wtFlp_F_VNC.tif; embryonic/larval neuron; expresses; P{GMR54B01-GAL4} expression pattern; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; GMR 54B01 FLP 20-2; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 54D09 FLP 14-1 [VFB_00060953]

A single 54D09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/54D09_sp_B/Confocal_63x_2012-01-12_54D09_VNC/stack_TIFF/54D09_57C10FlpL_A_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval maxillary neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; GMR 54D09 FLP 14-1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; Lines/GMR_51-60/54D09_sp_B/Confocal_63x_2012-01-12_54D09_VNC/stack_TIFF/54D09_57C10FlpL_A_VNC.tif; larval T3 leg neuropil; 5500552_G__1; L3 CNS template - Wood2018; P{GMR54D09-GAL4} expression pattern]

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GMR 54E02 FLP 16-1 [VFB_00061289]

A single 54E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/54E02_new/Confocal_63X_2014-10-06_VNC/stack_TIFF/54E02_57C10L_D_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; ventrolateral domain of larval T1 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; 5501605_R__1; Lines/GMR_51-60/54E02_new/Confocal_63X_2014-10-06_VNC/stack_TIFF/54E02_57C10L_D_VNC.tif; GMR 54E02 FLP 16-1; P{GMR54E02-GAL4} expression pattern; embryonic/larval neuron; expresses]

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GMR 54F03 FLP 28-1 [VFB_00061476]

A fragment of the 54F03 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/54F03_Abd_scored_NEW/Confocal_63x_2012-07-20A_54F03_VNC/stack_TIFF/54F03_57C10wtFlp_C_VNC.tif. [GMR 54F03 FLP 28-1; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_51-60/54F03_Abd_scored_NEW/Confocal_63x_2012-07-20A_54F03_VNC/stack_TIFF/54F03_57C10wtFlp_C_VNC.tif; 5500007_R__2; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR54F03-GAL4} expression pattern; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 54H12 FLP 3-1 [VFB_00057533]

A fragment of the 54H12 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/54H12_sp_A_partB/Confocal_63x_2011-10-21_54H12_VNC-JT/stack_TIFF/54H12_57C10wtFlp_D.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; ventrolateral domain of larval labial neuromere; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; GMR 54H12 FLP 3-1; ventrolateral domain of larval maxillary neuromere; centromedial domain of larval A1 neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR54H12-GAL4} expression pattern; ventrolateral domain of larval T3 neuromere; central domain of larval A2 neuromere; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; ventromedial domain of larval maxillary neuromere; centrolateral domain of larval labial neuromere; Lines/GMR_51-60/54H12_sp_A_partB/Confocal_63x_2011-10-21_54H12_VNC-JT/stack_TIFF/54H12_57C10wtFlp_D.tif; dorsolateral domain of larval labial neuromere; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; central domain of larval A1 neuromere; centrolateral domain of larval maxillary neuromere; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; 5501390_G__1]

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GMR 54H12 FLP 4-1 [VFB_00057534]

A fragment of the 54H12 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/54H12_sp_A_partB/Confocal_63x_2011-10-21_54H12_VNC-JT/stack_TIFF/54H12_57C10wtFlp_E.tif. [ventrolateral domain of larval T2 neuromere; GMR 54H12 FLP 4-1; centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR54H12-GAL4} expression pattern; ventrolateral domain of larval T3 neuromere; Lines/GMR_51-60/54H12_sp_A_partB/Confocal_63x_2011-10-21_54H12_VNC-JT/stack_TIFF/54H12_57C10wtFlp_E.tif; 5501391_R__1; central domain of larval central nervous system; is part of; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; L3 CNS template - Wood2018]

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GMR 54H12 FLP 4-2 [VFB_00057535]

A fragment of the 54H12 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/54H12_sp_A_partB/Confocal_63x_2011-10-21_54H12_VNC-JT/stack_TIFF/54H12_57C10wtFlp_E.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR54H12-GAL4} expression pattern; ventrolateral domain of larval T3 neuromere; Lines/GMR_51-60/54H12_sp_A_partB/Confocal_63x_2011-10-21_54H12_VNC-JT/stack_TIFF/54H12_57C10wtFlp_E.tif; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; GMR 54H12 FLP 4-2; is part of; expresses; embryonic/larval central nervous system; 5501391_G__1; central domain of larval labial neuromere; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 55D04 FLP 3-1 [VFB_00060572]

A single 55D04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/55D04-sp_B SEG to score_ spir MN/Confocal_63x_2012-08-09_55D04_VNC/stack_TIFF/55D04_57C10wtFlp_G_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; P{GMR55D04-GAL4} expression pattern; Lines/GMR_51-60/55D04-sp_B SEG to score_ spir MN/Confocal_63x_2012-08-09_55D04_VNC/stack_TIFF/55D04_57C10wtFlp_G_VNC.tif; centrolateral domain of larval central nervous system; GMR 55D04 FLP 3-1; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; 5500308_G__2; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 55D08 FLP 1-1 [VFB_00061796]

A fragment of the 55D08 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/55D08_sp_A_NoB/Confocal_63x_2011-12-26_55D08_VNC-JT/stack_TIFF/55D08_57C10wtFlp_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; P{GMR55D08-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; Lines/GMR_51-60/55D08_sp_A_NoB/Confocal_63x_2011-12-26_55D08_VNC-JT/stack_TIFF/55D08_57C10wtFlp_F_VNC.tif; central domain of larval central nervous system; is part of; expresses; 5500276_R__1; GMR 55D08 FLP 1-1; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 55D08 FLP 1-2 [VFB_00061797]

A fragment of the 55D08 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/55D08_sp_A_NoB/Confocal_63x_2011-12-26_55D08_VNC-JT/stack_TIFF/55D08_57C10wtFlp_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; L3 CNS template - Wood2018; Lines/GMR_51-60/55D08_sp_A_NoB/Confocal_63x_2011-12-26_55D08_VNC-JT/stack_TIFF/55D08_57C10wtFlp_F_VNC.tif; embryonic/larval central nervous system; ventromedial domain of larval labial neuromere; ventrolateral domain of larval T1 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; P{GMR55D08-GAL4} expression pattern; 5500276_G__2; expression pattern fragment; expresses; GMR 55D08 FLP 1-2]

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GMR 55D08 FLP 3-1 [VFB_00061798]

A fragment of the 55D08 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/55D08_sp_A_NoB/Confocal_63x_2011-12-26_55D08_VNC-JT/stack_TIFF/55D08_57C10wtFlp_A_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; central domain of larval T3 neuromere; Lines/GMR_51-60/55D08_sp_A_NoB/Confocal_63x_2011-12-26_55D08_VNC-JT/stack_TIFF/55D08_57C10wtFlp_A_VNC.tif; centromedial domain of larval central nervous system; 5500274_G__1; GMR 55D08 FLP 3-1; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; P{GMR55D08-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 55D08 FLP 4-1 [VFB_00061799]

A single 55D08 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/55D08_sp_A_NoB/Confocal_63x_2011-12-26_55D08_VNC-JT/stack_TIFF/55D08_57C10wtFlp_E_VNC.tif. [ventrolateral domain of larval T2 neuromere; L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; ventrolateral domain of larval T1 neuromere; GMR 55D08 FLP 4-1; unlicensed; confocal microscopy; Truman Larval Flip-Out Collection; is part of; overlaps; 5500275_G__1; P{GMR55D08-GAL4} expression pattern; larval T2 leg neuropil; Lines/GMR_51-60/55D08_sp_A_NoB/Confocal_63x_2011-12-26_55D08_VNC-JT/stack_TIFF/55D08_57C10wtFlp_E_VNC.tif; ventrolateral domain of larval central nervous system; embryonic/larval neuron; expresses]

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GMR 55D08 FLP 6-1 [VFB_00061800]

A single 55D08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/55D08_sp_A_NoB/Confocal_63x_2011-12-26_55D08_VNC-JT/stack_TIFF/55D08_57C10wtFlp_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Lines/GMR_51-60/55D08_sp_A_NoB/Confocal_63x_2011-12-26_55D08_VNC-JT/stack_TIFF/55D08_57C10wtFlp_B_VNC.tif; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; P{GMR55D08-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018; 5500273_R__1; centrolateral domain of larval T2 neuromere; GMR 55D08 FLP 6-1]

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GMR 55E05 FLP 6-1 [VFB_00057527]

A single 55E05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/55E05_new/Confocal_63X_2014-10-10_VNC/stack_TIFF/55E05_57C10L_F_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; Lines/GMR_51-60/55E05_new/Confocal_63X_2014-10-10_VNC/stack_TIFF/55E05_57C10L_F_VNC.tif; expression pattern fragment; confocal microscopy; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; centromedial domain of larval A2 neuromere; 5501612_G__1; P{GMR55E05-GAL4} expression pattern; embryonic/larval neuron; GMR 55E05 FLP 6-1; ventromedial domain of larval A2 neuromere; expresses; centromedial domain of larval central nervous system]

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GMR 55F05 FLP 2-1 [VFB_00057447]

A single 55F05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/55F05_Abd_scored/Confocal_63x_2011-12-26_55F05_VNC-JT/stack_TIFF/55F05_57C10wtFlp_E_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; 5501164_R__1; P{GMR55F05-GAL4} expression pattern; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; GMR 55F05 FLP 2-1; L3 CNS template - Wood2018; Lines/GMR_51-60/55F05_Abd_scored/Confocal_63x_2011-12-26_55F05_VNC-JT/stack_TIFF/55F05_57C10wtFlp_E_VNC.tif]

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GMR 55F05 FLP 6-1 [VFB_00057449]

A single 55F05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/55F05_Abd_scored/Confocal_63x_2011-12-26_55F05_VNC-JT/stack_TIFF/55F05_57C10wtFlp_G_VNC.tif. [confocal microscopy; unlicensed; central domain of larval A7 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A7 neuromere; GMR 55F05 FLP 6-1; P{GMR55F05-GAL4} expression pattern; centrolateral domain of larval A8 neuromere; Lines/GMR_51-60/55F05_Abd_scored/Confocal_63x_2011-12-26_55F05_VNC-JT/stack_TIFF/55F05_57C10wtFlp_G_VNC.tif; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; is part of; 5501160_G__1; centromedial domain of larval A7 neuromere; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; dorsolateral domain of larval A8 neuromere; central domain of larval A3 neuromere; expresses; centromedial domain of larval A8 neuromere; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; central domain of larval A8 neuromere; dorsomedial domain of larval A8 neuromere; centrolateral domain of larval A7 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 55F06 FLP 1-1 [VFB_00060567]

A single 55F06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/55F06-sp/Confocal_63x_2012-06-01_55F06_VNC/stack_TIFF/55F06_57C10wtFlp_F_VNC.tif. [P{GMR55F06-GAL4} expression pattern; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; Lines/GMR_51-60/55F06-sp/Confocal_63x_2012-06-01_55F06_VNC/stack_TIFF/55F06_57C10wtFlp_F_VNC.tif; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5500302_R__1; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 55F06 FLP 1-1; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 55F06 FLP 1-2 [VFB_00060568]

A single 55F06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/55F06-sp/Confocal_63x_2012-06-01_55F06_VNC/stack_TIFF/55F06_57C10wtFlp_F_VNC.tif. [P{GMR55F06-GAL4} expression pattern; confocal microscopy; unlicensed; centromedial domain of larval central nervous system; Lines/GMR_51-60/55F06-sp/Confocal_63x_2012-06-01_55F06_VNC/stack_TIFF/55F06_57C10wtFlp_F_VNC.tif; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; expression pattern fragment; ventromedial domain of larval A5 neuromere; 5500302_G__5; is part of; GMR 55F06 FLP 1-2; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 55F06 FLP 3-1 [VFB_00060569]

A single 55F06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/55F06-sp/Confocal_63x_2012-06-01_55F06_VNC/stack_TIFF/55F06_57C10wtFlp_G_VNC.tif. [P{GMR55F06-GAL4} expression pattern; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; GMR 55F06 FLP 3-1; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; is part of; 5500300_R__1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_51-60/55F06-sp/Confocal_63x_2012-06-01_55F06_VNC/stack_TIFF/55F06_57C10wtFlp_G_VNC.tif; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 55F06 FLP 5-1 [VFB_00060570]

A single 55F06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/55F06-sp/Confocal_63x_2012-06-01_55F06_VNC/stack_TIFF/55F06_57C10wtFlp_C_VNC.tif. [P{GMR55F06-GAL4} expression pattern; confocal microscopy; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; 5500304_R__1; is part of; embryonic/larval neuron; expresses; Lines/GMR_51-60/55F06-sp/Confocal_63x_2012-06-01_55F06_VNC/stack_TIFF/55F06_57C10wtFlp_C_VNC.tif; embryonic/larval central nervous system; GMR 55F06 FLP 5-1; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 55F06 FLP 6-1 [VFB_00060571]

A single 55F06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/55F06-sp/Confocal_63x_2012-06-01_55F06_VNC/stack_TIFF/55F06_57C10wtFlp_E_VNC.tif. [L3 CNS template - Wood2018; P{GMR55F06-GAL4} expression pattern; GMR 55F06 FLP 6-1; embryonic/larval central nervous system; expression pattern fragment; dorsolateral domain of larval A1 neuromere; centrolateral domain of larval A1 neuromere; unlicensed; confocal microscopy; Truman Larval Flip-Out Collection; is part of; overlaps; Lines/GMR_51-60/55F06-sp/Confocal_63x_2012-06-01_55F06_VNC/stack_TIFF/55F06_57C10wtFlp_E_VNC.tif; 5500305_R__1; centrolateral domain of larval central nervous system; dorsolateral domain of larval central nervous system; embryonic/larval neuron; expresses]

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GMR 56F10 FLP 2-1 [VFB_00058165]

A single 56F10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/56F10/Confocal_63x_2012-02-22_56F10_VNC/stack_TIFF/56F10_57C10wtFlp_A_VNC.tif. [ventrolateral domain of larval T2 neuromere; Lines/GMR_51-60/56F10/Confocal_63x_2012-02-22_56F10_VNC/stack_TIFF/56F10_57C10wtFlp_A_VNC.tif; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; 5501252_G__2; central domain of larval central nervous system; P{GMR56F10-GAL4} expression pattern; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 56F10 FLP 2-1; L3 CNS template - Wood2018]

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GMR 56H02 FLP 1-1 [VFB_00061795]

A single 56H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/56H02/Confocal_63x_2012-04-10_56H02_VNC/stack_TIFF/56H02_57C10wtFlp_A_VNC.tif. [ventromedial domain of larval A8 neuromere; confocal microscopy; unlicensed; P{GMR56H02-GAL4} expression pattern; GMR 56H02 FLP 1-1; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; expression pattern fragment; dorsal domain of larval A9 neuromere; ventromedial domain of larval A5 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 5500278_G__1; L3 CNS template - Wood2018; Lines/GMR_51-60/56H02/Confocal_63x_2012-04-10_56H02_VNC/stack_TIFF/56H02_57C10wtFlp_A_VNC.tif]

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GMR 56H02 FLP 14-1 [VFB_00060387]

A fragment of the 56H02 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/56H02/Confocal_63x_2012-04-10_56H02_VNC/stack_TIFF/56H02_57C10wtFlp_G_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; P{GMR56H02-GAL4} expression pattern; centromedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; 5500286_G__1; central domain of larval central nervous system; is part of; expresses; central domain of larval A3 neuromere; GMR 56H02 FLP 14-1; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; Lines/GMR_51-60/56H02/Confocal_63x_2012-04-10_56H02_VNC/stack_TIFF/56H02_57C10wtFlp_G_VNC.tif; L3 CNS template - Wood2018]

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GMR 56H02 FLP 14-2 [VFB_00060388]

A single 56H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/56H02/Confocal_63x_2012-04-10_56H02_VNC/stack_TIFF/56H02_57C10wtFlp_G_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; central domain of larval central nervous system; 5500286_G__3; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; centrolateral domain of larval A6 neuromere; Lines/GMR_51-60/56H02/Confocal_63x_2012-04-10_56H02_VNC/stack_TIFF/56H02_57C10wtFlp_G_VNC.tif; centrolateral domain of larval central nervous system; GMR 56H02 FLP 14-2; embryonic/larval neuron; P{GMR56H02-GAL4} expression pattern; expresses; central domain of larval A6 neuromere]

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GMR 56H08 FLP 19-1 [VFB_00057377]

A single 56H08 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/56H08_sp_no brain_New/Confocal_63x_2012-11-30_56H08_VNC/stack_TIFF/56H08_57C10FlpL_C_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; Lines/GMR_51-60/56H08_sp_no brain_New/Confocal_63x_2012-11-30_56H08_VNC/stack_TIFF/56H08_57C10FlpL_C_VNC.tif; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; P{GMR56H08-GAL4} expression pattern; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 56H08 FLP 19-1; central domain of larval central nervous system; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; 5500377_G__1; L3 CNS template - Wood2018]

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GMR 56H08 FLP 21-1 [VFB_00057383]

A fragment of the 56H08 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/56H08_sp_no brain_New/Confocal_63x_2012-11-30_56H08_VNC/stack_TIFF/56H08_57C10FlpL_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; larval T2 leg neuropil; 5500378_G__1; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; ventrolateral domain of larval T1 neuromere; P{GMR56H08-GAL4} expression pattern; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; GMR 56H08 FLP 21-1; centrolateral domain of larval A2 neuromere; Lines/GMR_51-60/56H08_sp_no brain_New/Confocal_63x_2012-11-30_56H08_VNC/stack_TIFF/56H08_57C10FlpL_B_VNC.tif; is part of; centrolateral domain of larval A3 neuromere; ventrolateral domain of larval A2 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 57D01 FLP 5-1 [VFB_00061752]

A fragment of the 57D01 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/57D01_new/Confocal_63X_2014-10-10_VNC/stack_TIFF/57D01_57C10L_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; P{GMR57D01-GAL4} expression pattern; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; GMR 57D01 FLP 5-1; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; Lines/GMR_51-60/57D01_new/Confocal_63X_2014-10-10_VNC/stack_TIFF/57D01_57C10L_F_VNC.tif; 5500213_R__1; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 57E06 FLP 9-1 [VFB_00061339]

A single 57E06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/57E06/Confocal_63x_2012-04-10_57E06_VNC/stack_TIFF/57E06_57C10wtFlp_D_VNC.tif. [5500594_R__2; confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; dorsomedial domain of larval A5 neuromere; centromedial domain of larval A7 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; P{GMR57E06-GAL4} expression pattern; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; L3 CNS template - Wood2018; GMR 57E06 FLP 9-1; Lines/GMR_51-60/57E06/Confocal_63x_2012-04-10_57E06_VNC/stack_TIFF/57E06_57C10wtFlp_D_VNC.tif]

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GMR 57E07 FLP 10-1 [VFB_00061360]

A single 57E07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/57E07-sp/Confocal_63x_2012-04-11_57E07_VNC/stack_TIFF/57E07_57C10wtFlp_B_VNC.tif. [dorsolateral domain of larval T3 neuromere; P{GMR57E07-GAL4} expression pattern; confocal microscopy; unlicensed; Lines/GMR_51-60/57E07-sp/Confocal_63x_2012-04-11_57E07_VNC/stack_TIFF/57E07_57C10wtFlp_B_VNC.tif; centrolateral domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; centrolateral domain of larval T3 neuromere; is part of; 5501562_R__1; embryonic/larval neuron; expresses; GMR 57E07 FLP 10-1; embryonic/larval central nervous system; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 58E12 FLP 13-1 [VFB_00060224]

A single 58E12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/58E12/Confocal_63x_2012-02-22_58E12_VNC/stack_TIFF/58E12_57C10wtFlp_G_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; Lines/GMR_51-60/58E12/Confocal_63x_2012-02-22_58E12_VNC/stack_TIFF/58E12_57C10wtFlp_G_VNC.tif; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; P{GMR58E12-GAL4} expression pattern; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; GMR 58E12 FLP 13-1; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; 5500117_R__3; expresses; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 58E12 FLP 14-1 [VFB_00060225]

A single 58E12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/58E12/Confocal_63x_2012-02-22_58E12_VNC/stack_TIFF/58E12_57C10wtFlp_A_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR58E12-GAL4} expression pattern; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; GMR 58E12 FLP 14-1; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; 5500116_G__3; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; Lines/GMR_51-60/58E12/Confocal_63x_2012-02-22_58E12_VNC/stack_TIFF/58E12_57C10wtFlp_A_VNC.tif]

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GMR 58F11 FLP 9-1 [VFB_00060355]

A single 58F11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/58F11_sp/Confocal_63x_2012-11-29_58F11_VNC/stack_TIFF/58F11_57C10wtFlp_I_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; GMR 58F11 FLP 9-1; centromedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; Lines/GMR_51-60/58F11_sp/Confocal_63x_2012-11-29_58F11_VNC/stack_TIFF/58F11_57C10wtFlp_I_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; 5500320_G__1; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR58F11-GAL4} expression pattern; L3 CNS template - Wood2018]

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GMR 58H06 FLP 15-1 [VFB_00060334]

A single 58H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/58H06_sp_B_good cells/Confocal_63x_2012-04-11_58H06_VNC_wtFlp/stack_TIFF/58H06_57C10wtFlp_C_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; P{GMR58H06-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; GMR 58H06 FLP 15-1; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; 5500636_R__1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; Lines/GMR_51-60/58H06_sp_B_good cells/Confocal_63x_2012-04-11_58H06_VNC_wtFlp/stack_TIFF/58H06_57C10wtFlp_C_VNC.tif; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 58H06 FLP 16-1 [VFB_00060335]

A single 58H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/58H06_sp_B_good cells/Confocal_63x_2012-04-11_58H06_VNC_wtFlp/stack_TIFF/58H06_57C10wtFlp_H_VNC.tif. [centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; 5500637_G__1; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; P{GMR58H06-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; GMR 58H06 FLP 16-1; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_51-60/58H06_sp_B_good cells/Confocal_63x_2012-04-11_58H06_VNC_wtFlp/stack_TIFF/58H06_57C10wtFlp_H_VNC.tif; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 58H06 FLP 17-1 [VFB_00060336]

A single 58H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/58H06_sp_B_good cells/Confocal_63x_2012-04-11_58H06_VNC_wtFlp/stack_TIFF/58H06_57C10wtFlp_D_VNC.tif. [centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval maxillary neuromere; P{GMR58H06-GAL4} expression pattern; centromedial domain of larval central nervous system; Lines/GMR_51-60/58H06_sp_B_good cells/Confocal_63x_2012-04-11_58H06_VNC_wtFlp/stack_TIFF/58H06_57C10wtFlp_D_VNC.tif; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; 5500634_R__1; central domain of larval maxillary neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018; GMR 58H06 FLP 17-1; dorsomedial domain of larval A2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 58H06 FLP 18-1 [VFB_00060337]

A single 58H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/58H06_sp_B_good cells/Confocal_63x_2012-04-11_58H06_VNC_wtFlp/stack_TIFF/58H06_57C10wtFlp_K_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; GMR 58H06 FLP 18-1; P{GMR58H06-GAL4} expression pattern; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; 5500632_R__2; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_51-60/58H06_sp_B_good cells/Confocal_63x_2012-04-11_58H06_VNC_wtFlp/stack_TIFF/58H06_57C10wtFlp_K_VNC.tif; expression pattern fragment; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 58H06 FLP 18-2 [VFB_00060338]

A single 58H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/58H06_sp_B_good cells/Confocal_63x_2012-04-11_58H06_VNC_wtFlp/stack_TIFF/58H06_57C10wtFlp_K_VNC.tif. [centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; P{GMR58H06-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; GMR 58H06 FLP 18-2; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; Lines/GMR_51-60/58H06_sp_B_good cells/Confocal_63x_2012-04-11_58H06_VNC_wtFlp/stack_TIFF/58H06_57C10wtFlp_K_VNC.tif; expression pattern fragment; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; 5500632_G__1; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 58H06 FLP 18-3 [VFB_00060339]

A single 58H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/58H06_sp_B_good cells/Confocal_63x_2012-04-11_58H06_VNC_wtFlp/stack_TIFF/58H06_57C10wtFlp_K_VNC.tif. [L3 CNS template - Wood2018; ventromedial domain of larval A3 neuromere; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; ventromedial domain of larval A4 neuromere; 5500632_G__3; Lines/GMR_51-60/58H06_sp_B_good cells/Confocal_63x_2012-04-11_58H06_VNC_wtFlp/stack_TIFF/58H06_57C10wtFlp_K_VNC.tif; embryonic/larval neuron; P{GMR58H06-GAL4} expression pattern; GMR 58H06 FLP 18-3; expresses]

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GMR 58H06 FLP 19-1 [VFB_00061556]

A single 58H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/58H06_sp_B_good cells/Confocal_63x_2012-04-11_58H06_VNC_wtFlp/stack_TIFF/58H06_57C10wtFlp_J_VNC.tif. [centromedial domain of larval T2 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval maxillary neuromere; central domain of larval T3 neuromere; Lines/GMR_51-60/58H06_sp_B_good cells/Confocal_63x_2012-04-11_58H06_VNC_wtFlp/stack_TIFF/58H06_57C10wtFlp_J_VNC.tif; P{GMR58H06-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval maxillary neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; GMR 58H06 FLP 19-1; expresses; embryonic/larval central nervous system; 5500633_R__1; central domain of larval labial neuromere; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 58H06 FLP 2-1 [VFB_00061898]

A single 58H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/58H06_sp_B_good cells/Confocal_63x_2012-04-11_58H06_VNC_wtFlp/stack_TIFF/58H06_57C10wtFlp_F_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; Lines/GMR_51-60/58H06_sp_B_good cells/Confocal_63x_2012-04-11_58H06_VNC_wtFlp/stack_TIFF/58H06_57C10wtFlp_F_VNC.tif; P{GMR58H06-GAL4} expression pattern; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; 5500627_R__2; GMR 58H06 FLP 2-1; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 58H06 FLP 2-2 [VFB_00061899]

A single 58H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/58H06_sp_B_good cells/Confocal_63x_2012-04-11_58H06_VNC_wtFlp/stack_TIFF/58H06_57C10wtFlp_F_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; Lines/GMR_51-60/58H06_sp_B_good cells/Confocal_63x_2012-04-11_58H06_VNC_wtFlp/stack_TIFF/58H06_57C10wtFlp_F_VNC.tif; P{GMR58H06-GAL4} expression pattern; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 58H06 FLP 2-2; expression pattern fragment; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; 5500627_G__2; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 58H06 FLP 20-1 [VFB_00060341]

A single 58H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/58H06_sp_B_good cells/Confocal_63x_2012-04-11_58H06_VNC_wtFlp/stack_TIFF/58H06_57C10wtFlp_B_VNC.tif. [confocal microscopy; unlicensed; central domain of larval A7 neuromere; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval central nervous system; P{GMR58H06-GAL4} expression pattern; Lines/GMR_51-60/58H06_sp_B_good cells/Confocal_63x_2012-04-11_58H06_VNC_wtFlp/stack_TIFF/58H06_57C10wtFlp_B_VNC.tif; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A7 neuromere; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; 5500630_R__1; is part of; centromedial domain of larval A7 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; dorsolateral domain of larval A8 neuromere; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; centrolateral domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; GMR 58H06 FLP 20-1]

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GMR 58H06 FLP 21-1 [VFB_00060342]

A single 58H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/58H06_sp_B_good cells/Confocal_63x_2012-04-11_58H06_VNC_wtFlp/stack_TIFF/58H06_57C10wtFlp_E_VNC.tif. [centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; P{GMR58H06-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; 5500631_R__1; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; GMR 58H06 FLP 21-1; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; central domain of larval A1 neuromere; Lines/GMR_51-60/58H06_sp_B_good cells/Confocal_63x_2012-04-11_58H06_VNC_wtFlp/stack_TIFF/58H06_57C10wtFlp_E_VNC.tif; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 59A05 FLP 8-1 [VFB_00061111]

A single 59A05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/59A05_sp/Confocal_63x_2013-01-11_59A05_VNC_AD/stack_TIFF/59A05_57C10wtFlp_B_VNC.tif. [L3 CNS template - Wood2018; Lines/GMR_51-60/59A05_sp/Confocal_63x_2013-01-11_59A05_VNC_AD/stack_TIFF/59A05_57C10wtFlp_B_VNC.tif; embryonic/larval central nervous system; expression pattern fragment; centromedial domain of larval A1 neuromere; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; P{GMR59A05-GAL4} expression pattern; 5500559_R__1; GMR 59A05 FLP 8-1; embryonic/larval neuron; expresses; centromedial domain of larval central nervous system]

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GMR 59C05 FLP 6-1 [VFB_00060428]

A single 59C05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/59C05_Abd_scored/Confocal_63x_2011-11-15A_59C05_VNC-JT/stack_TIFF/59C05_57C10wtFlp_D2_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; GMR 59C05 FLP 6-1; centromedial domain of larval central nervous system; Lines/GMR_51-60/59C05_Abd_scored/Confocal_63x_2011-11-15A_59C05_VNC-JT/stack_TIFF/59C05_57C10wtFlp_D2_VNC.tif; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR59C05-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; 5500139_R__2; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 59C07 FLP 2-1 [VFB_00058417]

A fragment of the 59C07 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/59C07/Confocal_63x_2012-06-01_59C07_VNC/stack_TIFF/59C07_57C10wtFlp_F_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; P{GMR59C07-GAL4} expression pattern; ventromedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5501043_R__1; expression pattern fragment; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; GMR 59C07 FLP 2-1; ventromedial domain of larval A5 neuromere; is part of; expresses; Lines/GMR_51-60/59C07/Confocal_63x_2012-06-01_59C07_VNC/stack_TIFF/59C07_57C10wtFlp_F_VNC.tif; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 59C07 FLP 23-1 [VFB_00060305]

A single 59C07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/59C07/Confocal_63x_2012-06-01_59C07_VNC/stack_TIFF/59C07_57C10wtFlp_C_VNC.tif. [centromedial domain of larval central nervous system; GMR 59C07 FLP 23-1; L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; centromedial domain of larval labial neuromere; ventromedial domain of larval labial neuromere; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; confocal microscopy; Lines/GMR_51-60/59C07/Confocal_63x_2012-06-01_59C07_VNC/stack_TIFF/59C07_57C10wtFlp_C_VNC.tif; embryonic/larval neuron; 5501039_R__2; expresses; P{GMR59C07-GAL4} expression pattern]

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GMR 59C07 FLP 3-1 [VFB_00058418]

A single 59C07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/59C07/Confocal_63x_2012-06-01_59C07_VNC/stack_TIFF/59C07_57C10wtFlp_A_VNC.tif. [Lines/GMR_51-60/59C07/Confocal_63x_2012-06-01_59C07_VNC/stack_TIFF/59C07_57C10wtFlp_A_VNC.tif; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; GMR 59C07 FLP 3-1; P{GMR59C07-GAL4} expression pattern; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; 5501040_R__2; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 59C07 FLP 8-1 [VFB_00058419]

A fragment of the 59C07 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/59C07/Confocal_63x_2012-06-01_59C07_VNC/stack_TIFF/59C07_57C10wtFlp_G_VNC.tif. [GMR 59C07 FLP 8-1; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; P{GMR59C07-GAL4} expression pattern; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; Lines/GMR_51-60/59C07/Confocal_63x_2012-06-01_59C07_VNC/stack_TIFF/59C07_57C10wtFlp_G_VNC.tif; expresses; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; 5501045_G__1; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 59C07 FLP 9-1 [VFB_00058420]

A single 59C07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/59C07/Confocal_63x_2012-06-01_59C07_VNC/stack_TIFF/59C07_57C10wtFlp_H_VNC.tif. [centromedial domain of larval central nervous system; L3 CNS template - Wood2018; embryonic/larval central nervous system; GMR 59C07 FLP 9-1; expression pattern fragment; confocal microscopy; ventromedial domain of larval A5 neuromere; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; 5501048_R__1; Lines/GMR_51-60/59C07/Confocal_63x_2012-06-01_59C07_VNC/stack_TIFF/59C07_57C10wtFlp_H_VNC.tif; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; P{GMR59C07-GAL4} expression pattern]

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GMR 60D05 FLP 1-1 [VFB_00060880]

A single 60D05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/60D05-sp_no brain/Confocal_63x_2011-11-24A_60D05_VNC/stack_TIFF/60D05_57C10wtFlp_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; 5500738_G__1; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; central domain of larval T3 neuromere; Lines/GMR_51-60/60D05-sp_no brain/Confocal_63x_2011-11-24A_60D05_VNC/stack_TIFF/60D05_57C10wtFlp_B_VNC.tif; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; GMR 60D05 FLP 1-1; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR60D05-GAL4} expression pattern; L3 CNS template - Wood2018]

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GMR 60E02 FLP 1-1 [VFB_00061525]

A fragment of the 60E02 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/60E02-sp_no brain/Confocal_63x_2013-10-11_60E02_VNC/stack_TIFF/60E02_57C10wtFlp_A_VNC.tif. [L3 CNS template - Wood2018; P{GMR60E02-GAL4} expression pattern; embryonic/larval central nervous system; 5501312_R__1; GMR 60E02 FLP 1-1; confocal microscopy; unlicensed; Lines/GMR_51-60/60E02-sp_no brain/Confocal_63x_2013-10-11_60E02_VNC/stack_TIFF/60E02_57C10wtFlp_A_VNC.tif; Truman Larval Flip-Out Collection; is part of; expression pattern fragment; expresses]

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GMR 60G04 FLP 13-1 [VFB_00058345]

A fragment of the 60G04 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/60G04-sp_good SEG/Confocal_63x_2011-11-24_60G04_VNC/stack_TIFF/60G04_57C10FlpL_G_VNC.tif. [ventrolateral domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval maxillary neuromere; central domain of larval central nervous system; 5501273_G__2; is part of; ventromedial domain of larval maxillary neuromere; Lines/GMR_51-60/60G04-sp_good SEG/Confocal_63x_2011-11-24_60G04_VNC/stack_TIFF/60G04_57C10FlpL_G_VNC.tif; expresses; GMR 60G04 FLP 13-1; embryonic/larval central nervous system; central domain of larval labial neuromere; P{GMR60G04-GAL4} expression pattern; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 60G04 FLP 9-1 [VFB_00058342]

A single 60G04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/60G04-sp_good SEG/Confocal_63x_2011-11-24_60G04_VNC/stack_TIFF/60G04_57C10FlpL_E_VNC.tif. [confocal microscopy; unlicensed; GMR 60G04 FLP 9-1; centrolateral domain of larval central nervous system; Lines/GMR_51-60/60G04-sp_good SEG/Confocal_63x_2011-11-24_60G04_VNC/stack_TIFF/60G04_57C10FlpL_E_VNC.tif; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; 5501277_R__1; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR60G04-GAL4} expression pattern; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 60G04 FLP 9-2 [VFB_00058343]

A single 60G04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/60G04-sp_good SEG/Confocal_63x_2011-11-24_60G04_VNC/stack_TIFF/60G04_57C10FlpL_E_VNC.tif. [ventrolateral domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; Lines/GMR_51-60/60G04-sp_good SEG/Confocal_63x_2011-11-24_60G04_VNC/stack_TIFF/60G04_57C10FlpL_E_VNC.tif; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; 5501277_G__1; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 60G04 FLP 9-2; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; P{GMR60G04-GAL4} expression pattern; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 60G04 FLP 9-3 [VFB_00058344]

A single 60G04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/60G04-sp_good SEG/Confocal_63x_2011-11-24_60G04_VNC/stack_TIFF/60G04_57C10FlpL_E_VNC.tif. [centromedial domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Lines/GMR_51-60/60G04-sp_good SEG/Confocal_63x_2011-11-24_60G04_VNC/stack_TIFF/60G04_57C10FlpL_E_VNC.tif; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; 5501277_G__2; is part of; GMR 60G04 FLP 9-3; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR60G04-GAL4} expression pattern; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 60H12 FLP 6-1 [VFB_00061900]

A single 60H12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_51-60/60H12-sp_A_sparse Br/Confocal_63x_2011-12-26_60H12_VNC-JT/stack_TIFF/60H12_57C10wtFlp_G_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; Lines/GMR_51-60/60H12-sp_A_sparse Br/Confocal_63x_2011-12-26_60H12_VNC-JT/stack_TIFF/60H12_57C10wtFlp_G_VNC.tif; GMR 60H12 FLP 6-1; 5500626_R__1; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; P{GMR60H12-GAL4} expression pattern; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 61A01 FLP 10-1 [VFB_00060204]

A single 61A01 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/61A01_a_sp_B_good SEG/Confocal_63x_2011-11-09_61A01_VNC/stack_TIFF/61A01_57C10FlpL_H_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; P{GMR61A01-GAL4} expression pattern; overlaps; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_61-70/61A01_a_sp_B_good SEG/Confocal_63x_2011-11-09_61A01_VNC/stack_TIFF/61A01_57C10FlpL_H_VNC.tif; central domain of larval maxillary neuromere; central domain of larval central nervous system; 5600200_R__1; is part of; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; GMR 61A01 FLP 10-1; L3 CNS template - Wood2018]

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GMR 61A01 FLP 10-2 [VFB_00060205]

A single 61A01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/61A01_a_sp_B_good SEG/Confocal_63x_2011-11-09_61A01_VNC/stack_TIFF/61A01_57C10FlpL_H_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; P{GMR61A01-GAL4} expression pattern; overlaps; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_61-70/61A01_a_sp_B_good SEG/Confocal_63x_2011-11-09_61A01_VNC/stack_TIFF/61A01_57C10FlpL_H_VNC.tif; central domain of larval maxillary neuromere; central domain of larval central nervous system; 5600200_G__1; is part of; GMR 61A01 FLP 10-2; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; L3 CNS template - Wood2018]

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GMR 61A01 FLP 8-1 [VFB_00060203]

A fragment of the 61A01 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/61A01_a_sp_B_good SEG/Confocal_63x_2011-11-09_61A01_VNC/stack_TIFF/61A01_57C10FlpL_A_VNC.tif. [ventromedial domain of larval A8 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; central domain of larval A7 neuromere; centrolateral domain of larval central nervous system; ventrolateral domain of larval A7 neuromere; Lines/GMR_61-70/61A01_a_sp_B_good SEG/Confocal_63x_2011-11-09_61A01_VNC/stack_TIFF/61A01_57C10FlpL_A_VNC.tif; 5600202_R__1; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; P{GMR61A01-GAL4} expression pattern; overlaps; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsal domain of larval A9 neuromere; GMR 61A01 FLP 8-1; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; is part of; ventrolateral domain of larval A8 neuromere; central domain of larval A9 neuromere; expresses; embryonic/larval central nervous system; central domain of larval A8 neuromere; centrolateral domain of larval A7 neuromere; L3 CNS template - Wood2018]

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GMR 61E01 FLP 12-1 [VFB_00059510]

A single 61E01 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/61E01_sp_AB_A05e-f/Confocal_63x_2012-06-04_61E01_VNC/stack_TIFF/61E01_57C10FlpL_A_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; Lines/GMR_61-70/61E01_sp_AB_A05e-f/Confocal_63x_2012-06-04_61E01_VNC/stack_TIFF/61E01_57C10FlpL_A_VNC.tif; Truman Larval Flip-Out Collection; is part of; 5600367_R__2; P{GMR61E01-GAL4} expression pattern; embryonic/larval neuron; expresses; GMR 61E01 FLP 12-1]

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GMR 61E01 FLP 12-2 [VFB_00059511]

A single 61E01 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/61E01_sp_AB_A05e-f/Confocal_63x_2012-06-04_61E01_VNC/stack_TIFF/61E01_57C10FlpL_A_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; GMR 61E01 FLP 12-2; Truman Larval Flip-Out Collection; is part of; overlaps; ventrolateral domain of larval A1 neuromere; Lines/GMR_61-70/61E01_sp_AB_A05e-f/Confocal_63x_2012-06-04_61E01_VNC/stack_TIFF/61E01_57C10FlpL_A_VNC.tif; P{GMR61E01-GAL4} expression pattern; ventrolateral domain of larval central nervous system; embryonic/larval neuron; ventrolateral domain of larval T3 neuromere; 5600367_R__4; expresses]

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GMR 61H01 FLP 14-1 [VFB_00060401]

A single 61H01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/61H01_A_sp_ascending/Confocal_63x_2011-12-26_61H01_VNC/stack_TIFF/61H01_57C10FlpL_E_VNC.tif. [ventrolateral domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 61H01 FLP 14-1; P{GMR61H01-GAL4} expression pattern; central domain of larval central nervous system; is part of; 5600282_G__2; embryonic/larval neuron; expresses; Lines/GMR_61-70/61H01_A_sp_ascending/Confocal_63x_2011-12-26_61H01_VNC/stack_TIFF/61H01_57C10FlpL_E_VNC.tif; embryonic/larval central nervous system; central domain of larval labial neuromere; L3 CNS template - Wood2018]

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GMR 61H07 FLP 13-1 [VFB_00061590]

A single 61H07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/61H07_Abd_scored_NEW/Confocal_63x_2012-04-05_61H07_VNC/stack_TIFF/61H07_57C10FlpL_H_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; ventrolateral domain of larval A3 neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; GMR 61H07 FLP 13-1; central domain of larval A2 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; Lines/GMR_61-70/61H07_Abd_scored_NEW/Confocal_63x_2012-04-05_61H07_VNC/stack_TIFF/61H07_57C10FlpL_H_VNC.tif; ventrolateral domain of larval A2 neuromere; P{GMR61H07-GAL4} expression pattern; expresses; embryonic/larval central nervous system; 5600347_G__1; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 61H10 FLP 2-1 [VFB_00061124]

A single 61H10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/61H10_abd_scored/Confocal_63x_2011-08-31_61H10_VNC-JT/stack_TIFF/61H10_57C10wtFlp_B.tif. [ventrolateral domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; 5600144_G__1; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; P{GMR61H10-GAL4} expression pattern; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; centrolateral domain of larval T3 neuromere; is part of; GMR 61H10 FLP 2-1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; Lines/GMR_61-70/61H10_abd_scored/Confocal_63x_2011-08-31_61H10_VNC-JT/stack_TIFF/61H10_57C10wtFlp_B.tif; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 64A11 FLP 4-1 [VFB_00058301]

A single 64A11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/64A11_sp_Abd_scored/Confocal_63x_2011-11-15A_64A11_VNC-JT/stack_TIFF/64A11_57C10wtFlp_C_VNC.tif. [confocal microscopy; unlicensed; central domain of larval A7 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; ventrolateral domain of larval A7 neuromere; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; GMR 64A11 FLP 4-1; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; is part of; 5600968_R__1; Lines/GMR_61-70/64A11_sp_Abd_scored/Confocal_63x_2011-11-15A_64A11_VNC-JT/stack_TIFF/64A11_57C10wtFlp_C_VNC.tif; centromedial domain of larval A7 neuromere; embryonic/larval neuron; ventral domain of larval A9 neuromere; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; dorsolateral domain of larval A8 neuromere; expresses; centromedial domain of larval A8 neuromere; embryonic/larval central nervous system; P{GMR64A11-GAL4} expression pattern; central domain of larval A8 neuromere; dorsomedial domain of larval A8 neuromere; centrolateral domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 64A11 FLP 4-2 [VFB_00058302]

A single 64A11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/64A11_sp_Abd_scored/Confocal_63x_2011-11-15A_64A11_VNC-JT/stack_TIFF/64A11_57C10wtFlp_C_VNC.tif. [confocal microscopy; GMR 64A11 FLP 4-2; unlicensed; central domain of larval A7 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; ventrolateral domain of larval A7 neuromere; ventrolateral domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; is part of; Lines/GMR_61-70/64A11_sp_Abd_scored/Confocal_63x_2011-11-15A_64A11_VNC-JT/stack_TIFF/64A11_57C10wtFlp_C_VNC.tif; centromedial domain of larval A7 neuromere; 5600968_G__1; embryonic/larval neuron; ventral domain of larval A9 neuromere; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; dorsolateral domain of larval A8 neuromere; expresses; centromedial domain of larval A8 neuromere; embryonic/larval central nervous system; P{GMR64A11-GAL4} expression pattern; central domain of larval A8 neuromere; dorsomedial domain of larval A8 neuromere; centrolateral domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 64B05 FLP 8-1 [VFB_00061702]

A fragment of the 64B05 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/64B05/Confocal_63x_2013-01-11_64B05_VNC/stack_TIFF/64B05_57C10wtFlp_J_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; P{GMR64B05-GAL4} expression pattern; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 64B05 FLP 8-1; dorsolateral domain of larval A6 neuromere; is part of; Lines/GMR_61-70/64B05/Confocal_63x_2013-01-11_64B05_VNC/stack_TIFF/64B05_57C10wtFlp_J_VNC.tif; centromedial domain of larval A6 neuromere; 5600840_R__1; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 64B11 FLP 12-1 [VFB_00057576]

A single 64B11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/64B11_sp_misc ascending/Confocal_63x_2012-06-22_64B11_VNC/stack_TIFF/64B11_57C10wtFlp_H_VNC.tif. [Lines/GMR_61-70/64B11_sp_misc ascending/Confocal_63x_2012-06-22_64B11_VNC/stack_TIFF/64B11_57C10wtFlp_H_VNC.tif; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; GMR 64B11 FLP 12-1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; P{GMR64B11-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; 5601011_R__1; expression pattern fragment; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 64D10 FLP 1-1 [VFB_00061652]

A single 64D10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/64D10_A/Confocal_63x_2013-10-11_64D10_VNC/stack_TIFF/64D10_57C10wtFlp_A_VNC.tif. [GMR 64D10 FLP 1-1; confocal microscopy; P{GMR64D10-GAL4} expression pattern; unlicensed; centromedial domain of larval T3 neuromere; central domain of larval T3 neuromere; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; Lines/GMR_61-70/64D10_A/Confocal_63x_2013-10-11_64D10_VNC/stack_TIFF/64D10_57C10wtFlp_A_VNC.tif; is part of; 5601234_G__1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; L3 CNS template - Wood2018]

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GMR 64D10 FLP 2-1 [VFB_00061653]

A fragment of the 64D10 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/64D10_A/Confocal_63x_2013-10-11_64D10_VNC/stack_TIFF/64D10_57C10wtFlp_D_VNC.tif. [L3 CNS template - Wood2018; GMR 64D10 FLP 2-1; embryonic/larval central nervous system; 5601235_R__1; ventromedial domain of larval labial neuromere; ventrolateral domain of larval T1 neuromere; P{GMR64D10-GAL4} expression pattern; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; confocal microscopy; ventromedial domain of larval maxillary neuromere; Lines/GMR_61-70/64D10_A/Confocal_63x_2013-10-11_64D10_VNC/stack_TIFF/64D10_57C10wtFlp_D_VNC.tif; expression pattern fragment; expresses]

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GMR 64D10 FLP 3-1 [VFB_00061654]

A single 64D10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/64D10_A/Confocal_63x_2013-10-11_64D10_VNC/stack_TIFF/64D10_57C10wtFlp_B_VNC.tif. [confocal microscopy; P{GMR64D10-GAL4} expression pattern; unlicensed; ventromedial domain of larval A2 neuromere; GMR 64D10 FLP 3-1; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; central domain of larval A6 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; Lines/GMR_61-70/64D10_A/Confocal_63x_2013-10-11_64D10_VNC/stack_TIFF/64D10_57C10wtFlp_B_VNC.tif; 5601236_R__1; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 64D10 FLP 3-2 [VFB_00061655]

A fragment of the 64D10 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/64D10_A/Confocal_63x_2013-10-11_64D10_VNC/stack_TIFF/64D10_57C10wtFlp_B_VNC.tif. [confocal microscopy; P{GMR64D10-GAL4} expression pattern; unlicensed; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; ventrolateral domain of larval A6 neuromere; ventromedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; GMR 64D10 FLP 3-2; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; 5601236_G__2; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; Lines/GMR_61-70/64D10_A/Confocal_63x_2013-10-11_64D10_VNC/stack_TIFF/64D10_57C10wtFlp_B_VNC.tif; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 64D10 FLP 4-1 [VFB_00061656]

A single 64D10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/64D10_A/Confocal_63x_2013-10-11_64D10_VNC/stack_TIFF/64D10_57C10wtFlp_C_VNC.tif. [confocal microscopy; P{GMR64D10-GAL4} expression pattern; unlicensed; Lines/GMR_61-70/64D10_A/Confocal_63x_2013-10-11_64D10_VNC/stack_TIFF/64D10_57C10wtFlp_C_VNC.tif; central domain of larval A7 neuromere; GMR 64D10 FLP 4-1; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; ventrolateral domain of larval A7 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; 5601237_R__1; centromedial domain of larval A7 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 64F01 FLP 10-1 [VFB_00060614]

A single 64F01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/64F01_Abd_scored/Confocal_63x_2011-11-09A_64F01_VNC-JT/stack_TIFF/64F01_57C10wtFlp_D_VNC.tif. [confocal microscopy; unlicensed; 5600790_G__1; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; P{GMR64F01-GAL4} expression pattern; central domain of larval T2 neuromere; central domain of larval T1 neuromere; expression pattern fragment; Lines/GMR_61-70/64F01_Abd_scored/Confocal_63x_2011-11-09A_64F01_VNC-JT/stack_TIFF/64F01_57C10wtFlp_D_VNC.tif; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; dorsomedial domain of larval T3 neuromere; GMR 64F01 FLP 10-1; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; central domain of larval labial neuromere; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 65B09 FLP 12-1 [VFB_00061058]

A single 65B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65B09_sp_sparse/Confocal_63x_2012-04-16_65B09_VNC/stack_TIFF/65B09_57C10wtFlp_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; GMR 65B09 FLP 12-1; ventromedial domain of larval A2 neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; ventrolateral domain of larval T3 neuromere; Lines/GMR_61-70/65B09_sp_sparse/Confocal_63x_2012-04-16_65B09_VNC/stack_TIFF/65B09_57C10wtFlp_B_VNC.tif; P{GMR65B09-GAL4} expression pattern; is part of; 5601159_R__1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 65B09 FLP 14-1 [VFB_00058350]

A fragment of the 65B09 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65B09_sp_sparse/Confocal_63x_2012-04-16_65B09_VNC/stack_TIFF/65B09_57C10wtFlp_E_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; GMR 65B09 FLP 14-1; 5601160_R__1; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; P{GMR65B09-GAL4} expression pattern; overlaps; Lines/GMR_61-70/65B09_sp_sparse/Confocal_63x_2012-04-16_65B09_VNC/stack_TIFF/65B09_57C10wtFlp_E_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval A2 neuromere; expresses]

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GMR 65B09 FLP 14-2 [VFB_00058351]

A single 65B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65B09_sp_sparse/Confocal_63x_2012-04-16_65B09_VNC/stack_TIFF/65B09_57C10wtFlp_E_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; P{GMR65B09-GAL4} expression pattern; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; Lines/GMR_61-70/65B09_sp_sparse/Confocal_63x_2012-04-16_65B09_VNC/stack_TIFF/65B09_57C10wtFlp_E_VNC.tif; GMR 65B09 FLP 14-2; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; 5601160_R__2; L3 CNS template - Wood2018]

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GMR 65B09 FLP 14-3 [VFB_00058352]

A single 65B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65B09_sp_sparse/Confocal_63x_2012-04-16_65B09_VNC/stack_TIFF/65B09_57C10wtFlp_E_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; P{GMR65B09-GAL4} expression pattern; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 65B09 FLP 14-3; Lines/GMR_61-70/65B09_sp_sparse/Confocal_63x_2012-04-16_65B09_VNC/stack_TIFF/65B09_57C10wtFlp_E_VNC.tif; 5601160_G__1; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 65B09 FLP 15-1 [VFB_00058353]

A single 65B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65B09_sp_sparse/Confocal_63x_2012-04-16_65B09_VNC/stack_TIFF/65B09_57C10wtFlp_D_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; GMR 65B09 FLP 15-1; 5601162_R__1; central domain of larval A6 neuromere; ventrolateral domain of larval A6 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; P{GMR65B09-GAL4} expression pattern; is part of; embryonic/larval neuron; Lines/GMR_61-70/65B09_sp_sparse/Confocal_63x_2012-04-16_65B09_VNC/stack_TIFF/65B09_57C10wtFlp_D_VNC.tif; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 65B09 FLP 16-1 [VFB_00058354]

A single 65B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65B09_sp_sparse/Confocal_63x_2012-04-16_65B09_VNC/stack_TIFF/65B09_57C10wtFlp_C_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; 5601163_R__1; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; P{GMR65B09-GAL4} expression pattern; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; Lines/GMR_61-70/65B09_sp_sparse/Confocal_63x_2012-04-16_65B09_VNC/stack_TIFF/65B09_57C10wtFlp_C_VNC.tif; ventrolateral domain of larval A1 neuromere; dorsolateral domain of larval central nervous system; GMR 65B09 FLP 16-1; L3 CNS template - Wood2018]

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GMR 65B09 FLP 17-1 [VFB_00058355]

A single 65B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65B09_sp_sparse/Confocal_63x_2012-04-16_65B09_VNC/stack_TIFF/65B09_57C10wtFlp_G_VNC.tif. [GMR 65B09 FLP 17-1; embryonic/larval neuron; L3 CNS template - Wood2018; embryonic/larval central nervous system; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; P{GMR65B09-GAL4} expression pattern; 5601164_R__1; Lines/GMR_61-70/65B09_sp_sparse/Confocal_63x_2012-04-16_65B09_VNC/stack_TIFF/65B09_57C10wtFlp_G_VNC.tif; expression pattern fragment; expresses]

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GMR 65B09 FLP 17-2 [VFB_00058356]

A single 65B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65B09_sp_sparse/Confocal_63x_2012-04-16_65B09_VNC/stack_TIFF/65B09_57C10wtFlp_G_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; dorsolateral domain of larval A6 neuromere; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; GMR 65B09 FLP 17-2; P{GMR65B09-GAL4} expression pattern; overlaps; centrolateral domain of larval A6 neuromere; Lines/GMR_61-70/65B09_sp_sparse/Confocal_63x_2012-04-16_65B09_VNC/stack_TIFF/65B09_57C10wtFlp_G_VNC.tif; centrolateral domain of larval central nervous system; dorsolateral domain of larval central nervous system; 5601164_R__2; embryonic/larval neuron; expresses]

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GMR 65B09 FLP 7-1 [VFB_00061052]

A single 65B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65B09_sp_sparse/Confocal_63x_2012-04-16_65B09_VNC/stack_TIFF/65B09_57C10wtFlp_I_VNC.tif. [Lines/GMR_61-70/65B09_sp_sparse/Confocal_63x_2012-04-16_65B09_VNC/stack_TIFF/65B09_57C10wtFlp_I_VNC.tif; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; centrolateral domain of larval A2 neuromere; 5601156_R__1; P{GMR65B09-GAL4} expression pattern; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; GMR 65B09 FLP 7-1; dorsomedial domain of larval A2 neuromere]

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GMR 65C02 FLP 1-1 [VFB_00061216]

A single 65C02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65C02_sp_Abd_scored/Confocal_63x_2011-08-30_65C02_VNC-JT/stack_TIFF/65C02_57C10FlpL_A.tif. [L3 CNS template - Wood2018; dorsolateral domain of larval A4 neuromere; embryonic/larval central nervous system; dorsomedial domain of larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; P{GMR65C02-GAL4} expression pattern; Lines/GMR_61-70/65C02_sp_Abd_scored/Confocal_63x_2011-08-30_65C02_VNC-JT/stack_TIFF/65C02_57C10FlpL_A.tif; dorsolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; embryonic/larval neuron; 5600804_G__1; GMR 65C02 FLP 1-1; expresses]

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GMR 65C02 FLP 3-1 [VFB_00061217]

A single 65C02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65C02_sp_Abd_scored/Confocal_63x_2011-08-30_65C02_VNC-JT/stack_TIFF/65C02_57C10FlpL_F.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; GMR 65C02 FLP 3-1; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; Lines/GMR_61-70/65C02_sp_Abd_scored/Confocal_63x_2011-08-30_65C02_VNC-JT/stack_TIFF/65C02_57C10FlpL_F.tif; centrolateral domain of larval T3 neuromere; is part of; embryonic/larval neuron; 5600806_G__3; expresses; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; P{GMR65C02-GAL4} expression pattern; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 65C02 FLP 6-1 [VFB_00061218]

A single 65C02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65C02_sp_Abd_scored/Confocal_63x_2011-08-30_65C02_VNC-JT/stack_TIFF/65C02_57C10FlpL_D.tif. [L3 CNS template - Wood2018; dorsolateral domain of larval A4 neuromere; embryonic/larval central nervous system; dorsomedial domain of larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; P{GMR65C02-GAL4} expression pattern; dorsolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; embryonic/larval neuron; 5600802_R__1; Lines/GMR_61-70/65C02_sp_Abd_scored/Confocal_63x_2011-08-30_65C02_VNC-JT/stack_TIFF/65C02_57C10FlpL_D.tif; expresses; GMR 65C02 FLP 6-1]

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GMR 65C11 FLP 2-1 [VFB_00061034]

A single 65C11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65C11/Confocal_63x_2013-01-15_65C11_VNC/stack_TIFF/65C11_57C10wtFlp_F_VNC.tif. [5600571_R__1; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; GMR 65C11 FLP 2-1; centromedial domain of larval T3 neuromere; dorsomedial domain of larval A6 neuromere; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; Lines/GMR_61-70/65C11/Confocal_63x_2013-01-15_65C11_VNC/stack_TIFF/65C11_57C10wtFlp_F_VNC.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; P{GMR65C11-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; dorsolateral domain of larval T2 neuromere; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 65C11 FLP 2-2 [VFB_00061035]

A single 65C11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65C11/Confocal_63x_2013-01-15_65C11_VNC/stack_TIFF/65C11_57C10wtFlp_F_VNC.tif. [L3 CNS template - Wood2018; GMR 65C11 FLP 2-2; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; 5600571_G__2; P{GMR65C11-GAL4} expression pattern; embryonic/larval neuron; expresses; Lines/GMR_61-70/65C11/Confocal_63x_2013-01-15_65C11_VNC/stack_TIFF/65C11_57C10wtFlp_F_VNC.tif]

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GMR 65C11 FLP 3-1 [VFB_00061036]

A single 65C11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65C11/Confocal_63x_2013-01-15_65C11_VNC/stack_TIFF/65C11_57C10wtFlp_E_VNC.tif. [dorsolateral domain of larval T3 neuromere; 5600572_R__1; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; GMR 65C11 FLP 3-1; expression pattern fragment; dorsomedial domain of larval A1 neuromere; Lines/GMR_61-70/65C11/Confocal_63x_2013-01-15_65C11_VNC/stack_TIFF/65C11_57C10wtFlp_E_VNC.tif; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; is part of; P{GMR65C11-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 65C11 FLP 4-1 [VFB_00061037]

A single 65C11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65C11/Confocal_63x_2013-01-15_65C11_VNC/stack_TIFF/65C11_57C10wtFlp_A_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; Lines/GMR_61-70/65C11/Confocal_63x_2013-01-15_65C11_VNC/stack_TIFF/65C11_57C10wtFlp_A_VNC.tif; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; central domain of larval A4 neuromere; dorsolateral domain of larval A1 neuromere; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; GMR 65C11 FLP 4-1; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval A2 neuromere; central domain of larval maxillary neuromere; 5600573_G__1; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; dorsomedial domain of larval maxillary neuromere; is part of; P{GMR65C11-GAL4} expression pattern; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; central domain of larval labial neuromere; central domain of larval A1 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; dorsolateral domain of larval maxillary neuromere; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 65D05 FLP 4-1 [VFB_00060920]

A single 65D05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65D05_sp_AB/Confocal_63x_2012-04-19_65D05_VNC/stack_TIFF/65D05_57C10wtFlp_B_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; 5600163_R__1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; P{GMR65D05-GAL4} expression pattern; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; GMR 65D05 FLP 4-1; is part of; embryonic/larval neuron; expresses; Lines/GMR_61-70/65D05_sp_AB/Confocal_63x_2012-04-19_65D05_VNC/stack_TIFF/65D05_57C10wtFlp_B_VNC.tif; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 65D05 FLP 4-2 [VFB_00060921]

A single 65D05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65D05_sp_AB/Confocal_63x_2012-04-19_65D05_VNC/stack_TIFF/65D05_57C10wtFlp_B_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; P{GMR65D05-GAL4} expression pattern; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; GMR 65D05 FLP 4-2; Truman Larval Flip-Out Collection; overlaps; centrolateral domain of larval T2 neuromere; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; is part of; 5600163_G__1; embryonic/larval neuron; expresses; Lines/GMR_61-70/65D05_sp_AB/Confocal_63x_2012-04-19_65D05_VNC/stack_TIFF/65D05_57C10wtFlp_B_VNC.tif; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 65D05 FLP 7-1 [VFB_00060922]

A single 65D05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65D05_sp_AB/Confocal_63x_2012-04-19_65D05_VNC/stack_TIFF/65D05_57C10wtFlp_A_VNC.tif. [ventrolateral domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; confocal microscopy; 5600160_G__1; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; P{GMR65D05-GAL4} expression pattern; centromedial domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; GMR 65D05 FLP 7-1; embryonic/larval neuron; Lines/GMR_61-70/65D05_sp_AB/Confocal_63x_2012-04-19_65D05_VNC/stack_TIFF/65D05_57C10wtFlp_A_VNC.tif; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 65D11 FLP 5-1 [VFB_00061621]

A single 65D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65D11_new/Confocal_63X_2014-10-06_VNC/stack_TIFF/65D11_57C10L_D_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 65D11 FLP 5-1; ventrolateral domain of larval central nervous system; expression pattern fragment; 5600345_R__1; dorsolateral domain of larval T1 neuromere; Lines/GMR_61-70/65D11_new/Confocal_63X_2014-10-06_VNC/stack_TIFF/65D11_57C10L_D_VNC.tif; P{GMR65D11-GAL4} expression pattern; is part of; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 65E02 FLP 4-1 [VFB_00060917]

A single 65E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65E02/Confocal_63x_2013-01-15_65E02_VNC_AD/stack_TIFF/65E02_57C10wtFlp_D_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; larval T2 leg neuropil; 5601112_G__1; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_61-70/65E02/Confocal_63x_2013-01-15_65E02_VNC_AD/stack_TIFF/65E02_57C10wtFlp_D_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; is part of; P{GMR65E02-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 65E02 FLP 4-1; L3 CNS template - Wood2018]

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GMR 65E02 FLP 4-2 [VFB_00060918]

A single 65E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65E02/Confocal_63x_2013-01-15_65E02_VNC_AD/stack_TIFF/65E02_57C10wtFlp_D_VNC.tif. [confocal microscopy; unlicensed; ventromedial domain of larval A2 neuromere; 5601112_G__2; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; GMR 65E02 FLP 4-2; overlaps; Lines/GMR_61-70/65E02/Confocal_63x_2013-01-15_65E02_VNC_AD/stack_TIFF/65E02_57C10wtFlp_D_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; P{GMR65E02-GAL4} expression pattern; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 65E09 FLP 17-1 [VFB_00061711]

A single 65E09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65E09_sp_lin19_monotypic/Confocal_63x_2012-04-19_65E09_VNC/stack_TIFF/65E09_57C10FlpL_A_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR65E09-GAL4} expression pattern; expression pattern fragment; ventrolateral domain of larval T3 neuromere; GMR 65E09 FLP 17-1; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; 5600554_R__1; Lines/GMR_61-70/65E09_sp_lin19_monotypic/Confocal_63x_2012-04-19_65E09_VNC/stack_TIFF/65E09_57C10FlpL_A_VNC.tif; L3 CNS template - Wood2018]

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GMR 65E09 FLP 17-2 [VFB_00061712]

A single 65E09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65E09_sp_lin19_monotypic/Confocal_63x_2012-04-19_65E09_VNC/stack_TIFF/65E09_57C10FlpL_A_VNC.tif. [confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; 5600554_R__2; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 65E09 FLP 17-2; P{GMR65E09-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; central domain of larval A5 neuromere; Lines/GMR_61-70/65E09_sp_lin19_monotypic/Confocal_63x_2012-04-19_65E09_VNC/stack_TIFF/65E09_57C10FlpL_A_VNC.tif; L3 CNS template - Wood2018]

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GMR 65E09 FLP 18-1 [VFB_00061587]

A single 65E09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65E09_sp_lin19_monotypic/Confocal_63x_2012-04-19_65E09_VNC/stack_TIFF/65E09_57C10FlpL_B_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; 5600555_R__1; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; P{GMR65E09-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval maxillary neuromere; Lines/GMR_61-70/65E09_sp_lin19_monotypic/Confocal_63x_2012-04-19_65E09_VNC/stack_TIFF/65E09_57C10FlpL_B_VNC.tif; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; GMR 65E09 FLP 18-1; L3 CNS template - Wood2018]

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GMR 65E09 FLP 19-1 [VFB_00061589]

A single 65E09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65E09_sp_lin19_monotypic/Confocal_63x_2012-04-19_65E09_VNC/stack_TIFF/65E09_57C10FlpL_E_VNC.tif. [confocal microscopy; unlicensed; GMR 65E09 FLP 19-1; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; 5600558_R__1; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR65E09-GAL4} expression pattern; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_61-70/65E09_sp_lin19_monotypic/Confocal_63x_2012-04-19_65E09_VNC/stack_TIFF/65E09_57C10FlpL_E_VNC.tif; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; L3 CNS template - Wood2018]

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GMR 65F03 FLP 2-1 [VFB_00060295]

A single 65F03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65F03/Confocal_63x_2013-01-15_65F03_VNC/stack_TIFF/65F03_57C10FlpL_E_VNC.tif. [confocal microscopy; 5601094_R__2; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_61-70/65F03/Confocal_63x_2013-01-15_65F03_VNC/stack_TIFF/65F03_57C10FlpL_E_VNC.tif; dorsomedial domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval T1 neuromere; GMR 65F03 FLP 2-1; P{GMR65F03-GAL4} expression pattern; is part of; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 65F03 FLP 4-1 [VFB_00060296]

A single 65F03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65F03/Confocal_63x_2013-01-15_65F03_VNC/stack_TIFF/65F03_57C10FlpL_F_VNC.tif. [centromedial domain of larval A4 neuromere; GMR 65F03 FLP 4-1; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; P{GMR65F03-GAL4} expression pattern; is part of; Lines/GMR_61-70/65F03/Confocal_63x_2013-01-15_65F03_VNC/stack_TIFF/65F03_57C10FlpL_F_VNC.tif; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; 5601090_G__1; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 65F03 FLP 6-1 [VFB_00060297]

A single 65F03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65F03/Confocal_63x_2013-01-15_65F03_VNC/stack_TIFF/65F03_57C10FlpL_B_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; GMR 65F03 FLP 6-1; unlicensed; central domain of larval T3 neuromere; Lines/GMR_61-70/65F03/Confocal_63x_2013-01-15_65F03_VNC/stack_TIFF/65F03_57C10FlpL_B_VNC.tif; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; 5601092_R__1; central domain of larval central nervous system; P{GMR65F03-GAL4} expression pattern; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 65F03 FLP 6-2 [VFB_00060298]

A single 65F03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65F03/Confocal_63x_2013-01-15_65F03_VNC/stack_TIFF/65F03_57C10FlpL_B_VNC.tif. [embryonic/larval neuron; L3 CNS template - Wood2018; Lines/GMR_61-70/65F03/Confocal_63x_2013-01-15_65F03_VNC/stack_TIFF/65F03_57C10FlpL_B_VNC.tif; embryonic/larval central nervous system; GMR 65F03 FLP 6-2; P{GMR65F03-GAL4} expression pattern; unlicensed; confocal microscopy; Truman Larval Flip-Out Collection; is part of; 5601092_G__1; expression pattern fragment; expresses]

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GMR 65F09 FLP 13-1 [VFB_00057425]

A fragment of the 65F09 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65F09_A/Confocal_63x_2012-01-03_65F09_VNC/stack_TIFF/65F09_57C10wtFlp_E_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_61-70/65F09_A/Confocal_63x_2012-01-03_65F09_VNC/stack_TIFF/65F09_57C10wtFlp_E_VNC.tif; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; P{GMR65F09-GAL4} expression pattern; 5600231_G__1; central domain of larval central nervous system; is part of; centrolateral domain of larval A3 neuromere; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; GMR 65F09 FLP 13-1; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 65F10 FLP 3-1 [VFB_00061436]

A single 65F10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65F10_monotypic/Confocal_63x_2012-04-19A_65F10_VNC/stack_TIFF/65F10_57C10FlpL_G_VNC.tif. [centromedial domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; 5600156_R__1; centromedial domain of larval central nervous system; GMR 65F10 FLP 3-1; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; Lines/GMR_61-70/65F10_monotypic/Confocal_63x_2012-04-19A_65F10_VNC/stack_TIFF/65F10_57C10FlpL_G_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR65F10-GAL4} expression pattern; central domain of larval A1 neuromere; dorsolateral domain of larval T2 neuromere; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 65F10 FLP 5-1 [VFB_00061437]

A single 65F10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65F10_monotypic/Confocal_63x_2012-04-19A_65F10_VNC/stack_TIFF/65F10_57C10FlpL_F_VNC.tif. [GMR 65F10 FLP 5-1; Lines/GMR_61-70/65F10_monotypic/Confocal_63x_2012-04-19A_65F10_VNC/stack_TIFF/65F10_57C10FlpL_F_VNC.tif; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; 5600154_R__1; embryonic/larval central nervous system; P{GMR65F10-GAL4} expression pattern; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 65F10 FLP 5-2 [VFB_00061438]

A single 65F10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65F10_monotypic/Confocal_63x_2012-04-19A_65F10_VNC/stack_TIFF/65F10_57C10FlpL_F_VNC.tif. [Lines/GMR_61-70/65F10_monotypic/Confocal_63x_2012-04-19A_65F10_VNC/stack_TIFF/65F10_57C10FlpL_F_VNC.tif; confocal microscopy; unlicensed; 5600154_G__1; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; L3 CNS template - Wood2018; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR65F10-GAL4} expression pattern; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; GMR 65F10 FLP 5-2; dorsomedial domain of larval A2 neuromere]

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GMR 65F10 FLP 7-1 [VFB_00061626]

A single 65F10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65F10_monotypic/Confocal_63x_2012-04-19A_65F10_VNC/stack_TIFF/65F10_57C10FlpL_E_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; 5600152_R__1; GMR 65F10 FLP 7-1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR65F10-GAL4} expression pattern; central domain of larval A1 neuromere; Lines/GMR_61-70/65F10_monotypic/Confocal_63x_2012-04-19A_65F10_VNC/stack_TIFF/65F10_57C10FlpL_E_VNC.tif; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 65F10 FLP 7-2 [VFB_00061627]

A single 65F10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65F10_monotypic/Confocal_63x_2012-04-19A_65F10_VNC/stack_TIFF/65F10_57C10FlpL_E_VNC.tif. [GMR 65F10 FLP 7-2; confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A7 neuromere; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; P{GMR65F10-GAL4} expression pattern; dorsomedial domain of larval A7 neuromere; Lines/GMR_61-70/65F10_monotypic/Confocal_63x_2012-04-19A_65F10_VNC/stack_TIFF/65F10_57C10FlpL_E_VNC.tif; 5600152_G__2; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 65F10 FLP 7-3 [VFB_00061628]

A single 65F10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65F10_monotypic/Confocal_63x_2012-04-19A_65F10_VNC/stack_TIFF/65F10_57C10FlpL_E_VNC.tif. [confocal microscopy; unlicensed; 5600152_G__3; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 65F10 FLP 7-3; P{GMR65F10-GAL4} expression pattern; central domain of larval A1 neuromere; Lines/GMR_61-70/65F10_monotypic/Confocal_63x_2012-04-19A_65F10_VNC/stack_TIFF/65F10_57C10FlpL_E_VNC.tif; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 65F10 FLP 8-1 [VFB_00061629]

A single 65F10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/65F10_monotypic/Confocal_63x_2012-04-19A_65F10_VNC/stack_TIFF/65F10_57C10FlpL_D_VNC.tif. [5600153_G__1; centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; Lines/GMR_61-70/65F10_monotypic/Confocal_63x_2012-04-19A_65F10_VNC/stack_TIFF/65F10_57C10FlpL_D_VNC.tif; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; is part of; dorsomedial domain of larval A5 neuromere; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; P{GMR65F10-GAL4} expression pattern; GMR 65F10 FLP 8-1; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 66B07 FLP 19-1 [VFB_00061464]

A single 66B07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/66B07_sp_AB_NEW/Confocal_63x_2011-11-09A_66B07_VNC-JT/stack_TIFF/66B07_57C10FlpL_A_VNC.tif. [5600315_R__1; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_61-70/66B07_sp_AB_NEW/Confocal_63x_2011-11-09A_66B07_VNC-JT/stack_TIFF/66B07_57C10FlpL_A_VNC.tif; GMR 66B07 FLP 19-1; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; P{GMR66B07-GAL4} expression pattern; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 66B07 FLP 21-1 [VFB_00061465]

A single 66B07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/66B07_sp_AB_NEW/Confocal_63x_2012-04-19A_66B07_VNC/stack_TIFF/66B07_57C10wtFlp_E_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_61-70/66B07_sp_AB_NEW/Confocal_63x_2012-04-19A_66B07_VNC/stack_TIFF/66B07_57C10wtFlp_E_VNC.tif; GMR 66B07 FLP 21-1; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval central nervous system; is part of; 5600310_G__3; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; P{GMR66B07-GAL4} expression pattern; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 66B07 FLP 22-1 [VFB_00061466]

A single 66B07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/66B07_sp_AB_NEW/Confocal_63x_2012-04-19A_66B07_VNC/stack_TIFF/66B07_57C10wtFlp_A_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; 5600311_G__1; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; larval T1 leg neuropil; GMR 66B07 FLP 22-1; embryonic/larval central nervous system; P{GMR66B07-GAL4} expression pattern; centrolateral domain of larval T1 neuromere; Lines/GMR_61-70/66B07_sp_AB_NEW/Confocal_63x_2012-04-19A_66B07_VNC/stack_TIFF/66B07_57C10wtFlp_A_VNC.tif; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 66B07 FLP 24-1 [VFB_00061467]

A single 66B07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/66B07_sp_AB_NEW/Confocal_63x_2011-11-09A_66B07_VNC-JT/stack_TIFF/66B07_57C10FlpL_B_VNC.tif. [L3 CNS template - Wood2018; GMR 66B07 FLP 24-1; embryonic/larval central nervous system; dorsolateral domain of larval T1 neuromere; Lines/GMR_61-70/66B07_sp_AB_NEW/Confocal_63x_2011-11-09A_66B07_VNC-JT/stack_TIFF/66B07_57C10FlpL_B_VNC.tif; expression pattern fragment; confocal microscopy; 5600313_R__1; unlicensed; P{GMR66B07-GAL4} expression pattern; Truman Larval Flip-Out Collection; is part of; overlaps; dorsolateral domain of larval central nervous system; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses]

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GMR 66B07 FLP 25-1 [VFB_00058328]

A single 66B07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/66B07_sp_AB_NEW/Confocal_63x_2012-01-10A_66B07_VNC/stack_TIFF/66B07_57C10wtFlp_D_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; 5600299_G__1; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; GMR 66B07 FLP 25-1; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; Lines/GMR_61-70/66B07_sp_AB_NEW/Confocal_63x_2012-01-10A_66B07_VNC/stack_TIFF/66B07_57C10wtFlp_D_VNC.tif; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; central domain of larval A1 neuromere; P{GMR66B07-GAL4} expression pattern; centrolateral domain of larval T1 neuromere; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 67A04 FLP 2-1 [VFB_00061857]

A single 67A04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/67A04_sp_B_sparse/Confocal_63x_2012-04-16_67A04_VNC/stack_TIFF/67A04_57C10wtFlp_A_VNC.tif. [centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; Lines/GMR_61-70/67A04_sp_B_sparse/Confocal_63x_2012-04-16_67A04_VNC/stack_TIFF/67A04_57C10wtFlp_A_VNC.tif; centromedial domain of larval T1 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; 5600122_G__1; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; GMR 67A04 FLP 2-1; expression pattern fragment; central domain of larval central nervous system; is part of; P{GMR67A04-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 67B09 FLP 12-1 [VFB_00060923]

A single 67B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/67B09_descending plus/Confocal_63x_2012-06-22_67B09_VNC/stack_TIFF/67B09_57C10wtFlp_K_VNC.tif. [centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; 5600169_R__1; expression pattern fragment; Lines/GMR_61-70/67B09_descending plus/Confocal_63x_2012-06-22_67B09_VNC/stack_TIFF/67B09_57C10wtFlp_K_VNC.tif; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; GMR 67B09 FLP 12-1; dorsomedial domain of larval A2 neuromere; P{GMR67B09-GAL4} expression pattern; dorsomedial domain of larval T2 neuromere]

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GMR 67B09 FLP 3-1 [VFB_00058403]

A fragment of the 67B09 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/67B09_descending plus/Confocal_63x_2012-06-22_67B09_VNC/stack_TIFF/67B09_57C10wtFlp_G_VNC.tif. [ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; ventrolateral domain of larval labial neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; 5600176_R__1; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; Lines/GMR_61-70/67B09_descending plus/Confocal_63x_2012-06-22_67B09_VNC/stack_TIFF/67B09_57C10wtFlp_G_VNC.tif; GMR 67B09 FLP 3-1; L3 CNS template - Wood2018; P{GMR67B09-GAL4} expression pattern]

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GMR 67B09 FLP 3-2 [VFB_00058404]

A fragment of the 67B09 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/67B09_descending plus/Confocal_63x_2012-06-22_67B09_VNC/stack_TIFF/67B09_57C10wtFlp_G_VNC.tif. [L3 CNS template - Wood2018; ventromedial domain of larval A3 neuromere; embryonic/larval central nervous system; confocal microscopy; expresses; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; centromedial domain of larval A3 neuromere; Lines/GMR_61-70/67B09_descending plus/Confocal_63x_2012-06-22_67B09_VNC/stack_TIFF/67B09_57C10wtFlp_G_VNC.tif; GMR 67B09 FLP 3-2; expression pattern fragment; 5600176_G__1; P{GMR67B09-GAL4} expression pattern; centromedial domain of larval central nervous system]

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GMR 67B09 FLP 7-1 [VFB_00058405]

A single 67B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/67B09_descending plus/Confocal_63x_2012-06-22_67B09_VNC/stack_TIFF/67B09_57C10wtFlp_H_VNC.tif. [GMR 67B09 FLP 7-1; confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; centromedial domain of larval central nervous system; 5600172_G__1; dorsomedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; Lines/GMR_61-70/67B09_descending plus/Confocal_63x_2012-06-22_67B09_VNC/stack_TIFF/67B09_57C10wtFlp_H_VNC.tif; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018; P{GMR67B09-GAL4} expression pattern]

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GMR 67C05 FLP 10-1 [VFB_00060418]

A fragment of the 67C05 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/67C05_sp_A_No Br/Confocal_63x_2011-08-30_67C05_VNC/stack_TIFF/67C05_57C10FlpL_C.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval central nervous system; Lines/GMR_61-70/67C05_sp_A_No Br/Confocal_63x_2011-08-30_67C05_VNC/stack_TIFF/67C05_57C10FlpL_C.tif; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; P{GMR67C05-GAL4} expression pattern; GMR 67C05 FLP 10-1; central domain of larval A5 neuromere; 5601132_R__1; L3 CNS template - Wood2018]

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GMR 67C05 FLP 10-2 [VFB_00060419]

A fragment of the 67C05 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/67C05_sp_A_No Br/Confocal_63x_2011-08-30_67C05_VNC/stack_TIFF/67C05_57C10FlpL_C.tif. [ventromedial domain of larval A8 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; central domain of larval A7 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; Lines/GMR_61-70/67C05_sp_A_No Br/Confocal_63x_2011-08-30_67C05_VNC/stack_TIFF/67C05_57C10FlpL_C.tif; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; ventrolateral domain of larval A7 neuromere; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; 5601132_G__1; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsal domain of larval A9 neuromere; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; ventrolateral domain of larval A8 neuromere; centromedial domain of larval A7 neuromere; central domain of larval A9 neuromere; dorsolateral domain of larval A8 neuromere; central domain of larval A3 neuromere; expresses; centromedial domain of larval A8 neuromere; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; central domain of larval A8 neuromere; P{GMR67C05-GAL4} expression pattern; dorsomedial domain of larval A8 neuromere; centrolateral domain of larval A7 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; GMR 67C05 FLP 10-2; L3 CNS template - Wood2018]

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GMR 67C05 FLP 5-1 [VFB_00060415]

A fragment of the 67C05 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/67C05_sp_A_No Br/Confocal_63x_2011-08-30_67C05_VNC/stack_TIFF/67C05_57C10FlpL_D.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; 5601137_R__1; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; Lines/GMR_61-70/67C05_sp_A_No Br/Confocal_63x_2011-08-30_67C05_VNC/stack_TIFF/67C05_57C10FlpL_D.tif; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; P{GMR67C05-GAL4} expression pattern; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018; GMR 67C05 FLP 5-1]

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GMR 67C05 FLP 6-1 [VFB_00060416]

A fragment of the 67C05 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/67C05_sp_A_No Br/Confocal_63x_2011-08-30_67C05_VNC/stack_TIFF/67C05_57C10FlpL_B.tif. [centromedial domain of larval A4 neuromere; GMR 67C05 FLP 6-1; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; 5601136_R__1; expresses; embryonic/larval central nervous system; Lines/GMR_61-70/67C05_sp_A_No Br/Confocal_63x_2011-08-30_67C05_VNC/stack_TIFF/67C05_57C10FlpL_B.tif; ventrolateral domain of larval A4 neuromere; P{GMR67C05-GAL4} expression pattern; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 67C05 FLP 6-2 [VFB_00060417]

A fragment of the 67C05 expression pattern from the flip-out collection of Jim Truman consisting of 3 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/67C05_sp_A_No Br/Confocal_63x_2011-08-30_67C05_VNC/stack_TIFF/67C05_57C10FlpL_B.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; GMR 67C05 FLP 6-2; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; ventromedial domain of larval A5 neuromere; centrolateral domain of larval A2 neuromere; ventrolateral domain of larval A5 neuromere; is part of; 5601136_G__1; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; Lines/GMR_61-70/67C05_sp_A_No Br/Confocal_63x_2011-08-30_67C05_VNC/stack_TIFF/67C05_57C10FlpL_B.tif; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A2 neuromere; P{GMR67C05-GAL4} expression pattern; ventrolateral domain of larval A1 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 67D07 FLP 1-1 [VFB_00061391]

A single 67D07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/67D07_very busy/Confocal_63x_2012-04-16_67D07_VNC/stack_TIFF/67D07_57C10wtFlp_C_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; GMR 67D07 FLP 1-1; P{GMR67D07-GAL4} expression pattern; centrolateral domain of larval A1 neuromere; is part of; Lines/GMR_61-70/67D07_very busy/Confocal_63x_2012-04-16_67D07_VNC/stack_TIFF/67D07_57C10wtFlp_C_VNC.tif; 5600738_R__1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 67E07 FLP 24-1 [VFB_00057400]

A single 67E07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/67E07_sp_Good Br_ 00 and 29/Confocal_63x_2012-04-18_67E07_VNC_wtFlp/stack_TIFF/67E07_57C10wtFlp_D_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 67E07 FLP 24-1; 5600493_R__1; Lines/GMR_61-70/67E07_sp_Good Br_ 00 and 29/Confocal_63x_2012-04-18_67E07_VNC_wtFlp/stack_TIFF/67E07_57C10wtFlp_D_VNC.tif; is part of; embryonic/larval neuron; expresses; P{GMR67E07-GAL4} expression pattern; embryonic/larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 67E07 FLP 41-1 [VFB_00058159]

A single 67E07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/67E07_sp_Good Br_ 00 and 29/Confocal_63x_2012-02-24_67E07_VNC/stack_TIFF/67E07_57C10wtFlp_J_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; Lines/GMR_61-70/67E07_sp_Good Br_ 00 and 29/Confocal_63x_2012-02-24_67E07_VNC/stack_TIFF/67E07_57C10wtFlp_J_VNC.tif; expression pattern fragment; confocal microscopy; expresses; unlicensed; 5600505_G__3; Truman Larval Flip-Out Collection; is part of; GMR 67E07 FLP 41-1; embryonic/larval neuron; P{GMR67E07-GAL4} expression pattern]

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GMR 68A08 FLP 10-1 [VFB_00060620]

A fragment of the 68A08 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/68A08_sp_A_new br cell/Confocal_63x_2012-04-24_68A08_VNC/stack_TIFF/68A08_57C10wtFlp_B_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; Lines/GMR_61-70/68A08_sp_A_new br cell/Confocal_63x_2012-04-24_68A08_VNC/stack_TIFF/68A08_57C10wtFlp_B_VNC.tif; GMR 68A08 FLP 10-1; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; P{GMR68A08-GAL4} expression pattern; expresses; 5600797_R__1; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 68A08 FLP 5-1 [VFB_00060615]

A fragment of the 68A08 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/68A08_sp_A_new br cell/Confocal_63x_2012-04-24_68A08_VNC/stack_TIFF/68A08_57C10wtFlp_D_VNC.tif. [ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Lines/GMR_61-70/68A08_sp_A_new br cell/Confocal_63x_2012-04-24_68A08_VNC/stack_TIFF/68A08_57C10wtFlp_D_VNC.tif; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; expression pattern fragment; central domain of larval central nervous system; is part of; 5600792_R__2; P{GMR68A08-GAL4} expression pattern; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; L3 CNS template - Wood2018; GMR 68A08 FLP 5-1]

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GMR 68A08 FLP 7-1 [VFB_00060616]

A single 68A08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/68A08_sp_A_new br cell/Confocal_63x_2012-04-24_68A08_VNC/stack_TIFF/68A08_57C10wtFlp_H_VNC.tif. [centromedial domain of larval A4 neuromere; ventromedial domain of larval A8 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; central domain of larval A7 neuromere; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; ventrolateral domain of larval A7 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A6 neuromere; centromedial domain of larval A1 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; GMR 68A08 FLP 7-1; ventrolateral domain of larval A8 neuromere; centromedial domain of larval A7 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; P{GMR68A08-GAL4} expression pattern; centromedial domain of larval A5 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; central domain of larval A8 neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; 5600794_R__1; Lines/GMR_61-70/68A08_sp_A_new br cell/Confocal_63x_2012-04-24_68A08_VNC/stack_TIFF/68A08_57C10wtFlp_H_VNC.tif; centrolateral domain of larval A7 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 68A08 FLP 8-1 [VFB_00060617]

A single 68A08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/68A08_sp_A_new br cell/Confocal_63x_2012-04-24_68A08_VNC/stack_TIFF/68A08_57C10wtFlp_G_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; 5600795_R__1; central domain of larval T3 neuromere; GMR 68A08 FLP 8-1; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; P{GMR68A08-GAL4} expression pattern; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; L3 CNS template - Wood2018; Lines/GMR_61-70/68A08_sp_A_new br cell/Confocal_63x_2012-04-24_68A08_VNC/stack_TIFF/68A08_57C10wtFlp_G_VNC.tif]

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GMR 68A08 FLP 8-2 [VFB_00060618]

A fragment of the 68A08 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/68A08_sp_A_new br cell/Confocal_63x_2012-04-24_68A08_VNC/stack_TIFF/68A08_57C10wtFlp_G_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; central domain of larval A7 neuromere; centromedial domain of larval T3 neuromere; central domain of larval T3 neuromere; ventromedial domain of larval A2 neuromere; 5600795_G__1; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; ventrolateral domain of larval A7 neuromere; ventromedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; GMR 68A08 FLP 8-2; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; is part of; ventrolateral domain of larval A8 neuromere; centromedial domain of larval A7 neuromere; centromedial domain of larval A6 neuromere; P{GMR68A08-GAL4} expression pattern; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018; Lines/GMR_61-70/68A08_sp_A_new br cell/Confocal_63x_2012-04-24_68A08_VNC/stack_TIFF/68A08_57C10wtFlp_G_VNC.tif]

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GMR 68A08 FLP 9-1 [VFB_00060619]

A fragment of the 68A08 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/68A08_sp_A_new br cell/Confocal_63x_2012-04-24_68A08_VNC/stack_TIFF/68A08_57C10wtFlp_C_VNC.tif. [ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; central domain of larval T3 neuromere; GMR 68A08 FLP 9-1; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_61-70/68A08_sp_A_new br cell/Confocal_63x_2012-04-24_68A08_VNC/stack_TIFF/68A08_57C10wtFlp_C_VNC.tif; central domain of larval T2 neuromere; central domain of larval T1 neuromere; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; P{GMR68A08-GAL4} expression pattern; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; 5600796_R__1; L3 CNS template - Wood2018]

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GMR 68A12 FLP 12-1 [VFB_00061858]

A single 68A12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/68A12_A_A10f/Confocal_63x_2012-04-24_68A12_VNC/stack_TIFF/68A12_57C10wtFlp_I_VNC.tif. [confocal microscopy; GMR 68A12 FLP 12-1; unlicensed; centrolateral domain of larval central nervous system; P{GMR68A12-GAL4} expression pattern; 5600120_G__3; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval T1 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; Lines/GMR_61-70/68A12_A_A10f/Confocal_63x_2012-04-24_68A12_VNC/stack_TIFF/68A12_57C10wtFlp_I_VNC.tif; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 68B01 FLP 1-1 [VFB_00060842]

A single 68B01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/68B01_ditypic/Confocal_63x_2012-08-02_68B01_VNC/stack_TIFF/68B01_57C10wtFlp_E_VNC.tif. [confocal microscopy; unlicensed; 5601172_G__1; centrolateral domain of larval central nervous system; GMR 68B01 FLP 1-1; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; Lines/GMR_61-70/68B01_ditypic/Confocal_63x_2012-08-02_68B01_VNC/stack_TIFF/68B01_57C10wtFlp_E_VNC.tif; central domain of larval central nervous system; P{GMR68B01-GAL4} expression pattern; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 68B01 FLP 2-1 [VFB_00060841]

A single 68B01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/68B01_ditypic/Confocal_63x_2012-08-02_68B01_VNC/stack_TIFF/68B01_57C10wtFlp_D_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_61-70/68B01_ditypic/Confocal_63x_2012-08-02_68B01_VNC/stack_TIFF/68B01_57C10wtFlp_D_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; P{GMR68B01-GAL4} expression pattern; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; 5601173_G__1; expresses; embryonic/larval central nervous system; GMR 68B01 FLP 2-1; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 68B01 FLP 6-1 [VFB_00060843]

A single 68B01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/68B01_ditypic/Confocal_63x_2012-08-02_68B01_VNC/stack_TIFF/68B01_57C10wtFlp_C_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; GMR 68B01 FLP 6-1; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_61-70/68B01_ditypic/Confocal_63x_2012-08-02_68B01_VNC/stack_TIFF/68B01_57C10wtFlp_C_VNC.tif; central domain of larval A2 neuromere; central domain of larval central nervous system; P{GMR68B01-GAL4} expression pattern; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; 5601176_G__1]

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GMR 68B01 FLP 7-1 [VFB_00060844]

A single 68B01 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/68B01_ditypic/Confocal_63x_2012-08-02_68B01_VNC/stack_TIFF/68B01_57C10wtFlp_A_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; 5601175_R__2; GMR 68B01 FLP 7-1; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; P{GMR68B01-GAL4} expression pattern; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_61-70/68B01_ditypic/Confocal_63x_2012-08-02_68B01_VNC/stack_TIFF/68B01_57C10wtFlp_A_VNC.tif; L3 CNS template - Wood2018]

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GMR 68B05 FLP 5-1 [VFB_00058181]

A single 68B05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/68B05/Confocal_63X_2014-10-25_VNC/stack_TIFF/68B05_57C10L_B_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; ventromedial domain of larval A2 neuromere; GMR 68B05 FLP 5-1; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; 5601102_R__1; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; is part of; Lines/GMR_61-70/68B05/Confocal_63X_2014-10-25_VNC/stack_TIFF/68B05_57C10L_B_VNC.tif; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A3 neuromere; P{GMR68B05-GAL4} expression pattern; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 68B05 FLP 6-1 [VFB_00058182]

A single 68B05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/68B05/Confocal_63X_2014-10-25_VNC/stack_TIFF/68B05_57C10L_A_VNC.tif. [Lines/GMR_61-70/68B05/Confocal_63X_2014-10-25_VNC/stack_TIFF/68B05_57C10L_A_VNC.tif; confocal microscopy; unlicensed; GMR 68B05 FLP 6-1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; is part of; embryonic/larval neuron; 5601103_G__2; expresses; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; P{GMR68B05-GAL4} expression pattern; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 68B05 FLP 9-1 [VFB_00060294]

A single 68B05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/68B05/Confocal_63X_2014-10-25_VNC/stack_TIFF/68B05_57C10L_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_61-70/68B05/Confocal_63X_2014-10-25_VNC/stack_TIFF/68B05_57C10L_F_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; 5601098_R__1; embryonic/larval neuron; GMR 68B05 FLP 9-1; ventrolateral domain of larval A2 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; P{GMR68B05-GAL4} expression pattern; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 69C07 FLP 11-1 [VFB_00058164]

A single 69C07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/69C07/Confocal_63x_2012-04-19A_69C07_VNC/stack_TIFF/69C07_57C10FlpL_D_VNC.tif. [ventrolateral domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; 5601189_G__2; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; dorsolateral domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; P{GMR69C07-GAL4} expression pattern; expression pattern fragment; central domain of larval central nervous system; is part of; ventromedial domain of larval maxillary neuromere; GMR 69C07 FLP 11-1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; Lines/GMR_61-70/69C07/Confocal_63x_2012-04-19A_69C07_VNC/stack_TIFF/69C07_57C10FlpL_D_VNC.tif; L3 CNS template - Wood2018]

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GMR 70C09 FLP 30-1 [VFB_00061592]

A single 70C09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/70C09_sp_descending INs/Confocal_63x_2012-11-22_VNC_70C09/stack_TIFF/70C09_57C10wtFlp_B_VNC.tif. [GMR 70C09 FLP 30-1; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; 5600419_G__1; Lines/GMR_61-70/70C09_sp_descending INs/Confocal_63x_2012-11-22_VNC_70C09/stack_TIFF/70C09_57C10wtFlp_B_VNC.tif; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; P{GMR70C09-GAL4} expression pattern; embryonic/larval central nervous system; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 70C09 FLP 32-1 [VFB_00061765]

A single 70C09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/70C09_sp_descending INs/Confocal_63x_2012-04-19A_70C09_VNC/stack_TIFF/70C09_57C10wtFlp_E_VNC.tif. [confocal microscopy; unlicensed; GMR 70C09 FLP 32-1; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; Lines/GMR_61-70/70C09_sp_descending INs/Confocal_63x_2012-04-19A_70C09_VNC/stack_TIFF/70C09_57C10wtFlp_E_VNC.tif; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; is part of; embryonic/larval neuron; 5600413_G__2; expresses; P{GMR70C09-GAL4} expression pattern; embryonic/larval central nervous system; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 70C09 FLP 32-2 [VFB_00061766]

A single 70C09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/70C09_sp_descending INs/Confocal_63x_2012-04-19A_70C09_VNC/stack_TIFF/70C09_57C10wtFlp_E_VNC.tif. [L3 CNS template - Wood2018; Lines/GMR_61-70/70C09_sp_descending INs/Confocal_63x_2012-04-19A_70C09_VNC/stack_TIFF/70C09_57C10wtFlp_E_VNC.tif; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; GMR 70C09 FLP 32-2; is part of; overlaps; ventromedial domain of larval A6 neuromere; 5600413_G__3; dorsolateral domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; embryonic/larval neuron; expresses; P{GMR70C09-GAL4} expression pattern]

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GMR 70C09 FLP 32-3 [VFB_00061767]

A single 70C09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/70C09_sp_descending INs/Confocal_63x_2012-04-19A_70C09_VNC/stack_TIFF/70C09_57C10wtFlp_E_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventromedial domain of larval A3 neuromere; Lines/GMR_61-70/70C09_sp_descending INs/Confocal_63x_2012-04-19A_70C09_VNC/stack_TIFF/70C09_57C10wtFlp_E_VNC.tif; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; centrolateral domain of larval A2 neuromere; is part of; 5600413_G__4; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; P{GMR70C09-GAL4} expression pattern; embryonic/larval central nervous system; GMR 70C09 FLP 32-3; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 70C09 FLP 32-4 [VFB_00061768]

A single 70C09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/70C09_sp_descending INs/Confocal_63x_2012-04-19A_70C09_VNC/stack_TIFF/70C09_57C10wtFlp_E_VNC.tif. [confocal microscopy; unlicensed; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; 5600413_G__5; Lines/GMR_61-70/70C09_sp_descending INs/Confocal_63x_2012-04-19A_70C09_VNC/stack_TIFF/70C09_57C10wtFlp_E_VNC.tif; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; GMR 70C09 FLP 32-4; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; P{GMR70C09-GAL4} expression pattern; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 70C09 FLP 34-1 [VFB_00061771]

A single 70C09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/70C09_sp_descending INs/Confocal_63x_2012-04-19A_70C09_VNC/stack_TIFF/70C09_57C10wtFlp_F_VNC.tif. [Lines/GMR_61-70/70C09_sp_descending INs/Confocal_63x_2012-04-19A_70C09_VNC/stack_TIFF/70C09_57C10wtFlp_F_VNC.tif; confocal microscopy; unlicensed; dorsolateral domain of larval A5 neuromere; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; GMR 70C09 FLP 34-1; is part of; dorsomedial domain of larval A5 neuromere; 5600411_R__2; embryonic/larval neuron; expresses; P{GMR70C09-GAL4} expression pattern; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 70C09 FLP 35-1 [VFB_00061779]

A single 70C09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/70C09_sp_descending INs/Confocal_63x_2012-04-19A_70C09_VNC/stack_TIFF/70C09_57C10wtFlp_D_VNC.tif. [ventrolateral domain of larval T2 neuromere; GMR 70C09 FLP 35-1; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; 5600410_R__1; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Lines/GMR_61-70/70C09_sp_descending INs/Confocal_63x_2012-04-19A_70C09_VNC/stack_TIFF/70C09_57C10wtFlp_D_VNC.tif; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; P{GMR70C09-GAL4} expression pattern; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 70C11 FLP 9-1 [VFB_00060984]

A single 70C11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/70C11_sp_a_good brain cells/Confocal_63x_2012-03-06_70C11_VNC/stack_TIFF/70C11_57C10wtFlp_D_VNC.tif. [5600767_G__1; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; ventrolateral domain of larval T3 neuromere; P{GMR70C11-GAL4} expression pattern; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; Lines/GMR_61-70/70C11_sp_a_good brain cells/Confocal_63x_2012-03-06_70C11_VNC/stack_TIFF/70C11_57C10wtFlp_D_VNC.tif; embryonic/larval neuron; GMR 70C11 FLP 9-1; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 70E09 FLP 11-1 [VFB_00061122]

A single 70E09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/70E09_bust ascending/Confocal_63x_2012-04-25_70E09_VNC/stack_TIFF/70E09_57C10wtFlp_I_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; P{GMR70E09-GAL4} expression pattern; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval A2 neuromere; 5600141_R__1; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; GMR 70E09 FLP 11-1; central domain of larval A3 neuromere; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; Lines/GMR_61-70/70E09_bust ascending/Confocal_63x_2012-04-25_70E09_VNC/stack_TIFF/70E09_57C10wtFlp_I_VNC.tif; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; central domain of larval A5 neuromere; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 70E09 FLP 14-1 [VFB_00061123]

A single 70E09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/70E09_bust ascending/Confocal_63x_2012-04-25_70E09_VNC/stack_TIFF/70E09_57C10wtFlp_K_VNC.tif. [5600142_R__3; confocal microscopy; unlicensed; Lines/GMR_61-70/70E09_bust ascending/Confocal_63x_2012-04-25_70E09_VNC/stack_TIFF/70E09_57C10wtFlp_K_VNC.tif; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; P{GMR70E09-GAL4} expression pattern; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 70E09 FLP 14-1; dorsolateral domain of larval T1 neuromere; is part of; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 70F10 FLP 8-1 [VFB_00061361]

A fragment of the 70F10 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_61-70/70F10_sp_AB/Confocal_63x_2011-11-11_70F10_VNC-JT/stack_TIFF/70F10_57C10wtFlp_D_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; Lines/GMR_61-70/70F10_sp_AB/Confocal_63x_2011-11-11_70F10_VNC-JT/stack_TIFF/70F10_57C10wtFlp_D_VNC.tif; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 70F10 FLP 8-1; ventrolateral domain of larval T3 neuromere; central domain of larval maxillary neuromere; central domain of larval central nervous system; is part of; ventromedial domain of larval maxillary neuromere; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; 5601273_G__1; P{GMR70F10-GAL4} expression pattern; L3 CNS template - Wood2018]

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GMR 71A09 FLP 18-1 [VFB_00061861]

A single 71A09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/71A09_sp_A_no Br_New/Confocal_63x_2012-08-13_71A09_VNC/stack_TIFF/71A09_57C10FlpL_A_VNC.tif. [GMR 71A09 FLP 18-1; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; 5700751_G__1; Lines/GMR_71-80/71A09_sp_A_no Br_New/Confocal_63x_2012-08-13_71A09_VNC/stack_TIFF/71A09_57C10FlpL_A_VNC.tif; P{GMR71A09-GAL4} expression pattern; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; L3 CNS template - Wood2018]

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GMR 71B12 FLP 4-1 [VFB_00061588]

A single 71B12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/71B12_mainly thoracic commissurals/Confocal_63x_2012-04-24_71B12_VNC/stack_TIFF/71B12_57C10FlpL_A_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; 5701632_G__1; larval T2 leg neuropil; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; P{GMR71B12-GAL4} expression pattern; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_71-80/71B12_mainly thoracic commissurals/Confocal_63x_2012-04-24_71B12_VNC/stack_TIFF/71B12_57C10FlpL_A_VNC.tif; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 71B12 FLP 4-1; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 71D12 FLP 7-1 [VFB_00061394]

A single 71D12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/71D12/Confocal_63x_2013-01-18_71D12_VNC/stack_TIFF/71D12_57C10wtFlp_E_VNC.tif. [5700880_R__1; confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; ventrolateral domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 71D12 FLP 7-1; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; Lines/GMR_71-80/71D12/Confocal_63x_2013-01-18_71D12_VNC/stack_TIFF/71D12_57C10wtFlp_E_VNC.tif; P{GMR71D12-GAL4} expression pattern; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 71E03 FLP 18-1 [VFB_00060595]

A single 71E03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/71E03_sp_A_good Br/Confocal_63x_2011-11-24B_71E03_VNC-JT/stack_TIFF/71E03_57C10FlpL_D1_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; is part of; GMR 71E03 FLP 18-1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 5702346_R__1; P{GMR71E03-GAL4} expression pattern; centrolateral domain of larval T1 neuromere; Lines/GMR_71-80/71E03_sp_A_good Br/Confocal_63x_2011-11-24B_71E03_VNC-JT/stack_TIFF/71E03_57C10FlpL_D1_VNC.tif; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 71E03 FLP 20-1 [VFB_00060596]

A single 71E03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/71E03_sp_A_good Br/Confocal_63x_2011-11-24B_71E03_VNC-JT/stack_TIFF/71E03_57C10FlpL_C_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Lines/GMR_71-80/71E03_sp_A_good Br/Confocal_63x_2011-11-24B_71E03_VNC-JT/stack_TIFF/71E03_57C10FlpL_C_VNC.tif; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; GMR 71E03 FLP 20-1; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; P{GMR71E03-GAL4} expression pattern; centrolateral domain of larval T1 neuromere; 5702344_R__2; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 71E03 FLP 23-1 [VFB_00058186]

A single 71E03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/71E03_sp_A_good Br/Confocal_63x_2011-11-24B_71E03_VNC-JT/stack_TIFF/71E03_57C10FlpL_D2_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; 5702343_R__1; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; is part of; Lines/GMR_71-80/71E03_sp_A_good Br/Confocal_63x_2011-11-24B_71E03_VNC-JT/stack_TIFF/71E03_57C10FlpL_D2_VNC.tif; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR71E03-GAL4} expression pattern; centrolateral domain of larval T1 neuromere; GMR 71E03 FLP 23-1; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 71E06 FLP 10-1 [VFB_00060173]

A fragment of the 71E06 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/71E06/Confocal_63x_2013-01-18_71E06_VNC/stack_TIFF/71E06_57C10FlpL_E_VNC.tif. [ventrolateral domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; Lines/GMR_71-80/71E06/Confocal_63x_2013-01-18_71E06_VNC/stack_TIFF/71E06_57C10FlpL_E_VNC.tif; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; 5701561_R__1; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; ventrolateral domain of larval T3 neuromere; is part of; P{GMR71E06-GAL4} expression pattern; GMR 71E06 FLP 10-1; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 71E06 FLP 10-2 [VFB_00060174]

A single 71E06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/71E06/Confocal_63x_2013-01-18_71E06_VNC/stack_TIFF/71E06_57C10FlpL_E_VNC.tif. [Lines/GMR_71-80/71E06/Confocal_63x_2013-01-18_71E06_VNC/stack_TIFF/71E06_57C10FlpL_E_VNC.tif; confocal microscopy; unlicensed; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; 5701561_R__2; is part of; P{GMR71E06-GAL4} expression pattern; embryonic/larval neuron; expresses; GMR 71E06 FLP 10-2; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 71E06 FLP 11-1 [VFB_00060175]

A fragment of the 71E06 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/71E06/Confocal_63x_2013-01-18_71E06_VNC/stack_TIFF/71E06_57C10FlpL_J_VNC.tif. [confocal microscopy; unlicensed; Lines/GMR_71-80/71E06/Confocal_63x_2013-01-18_71E06_VNC/stack_TIFF/71E06_57C10FlpL_J_VNC.tif; centrolateral domain of larval A6 neuromere; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; ventrolateral domain of larval A6 neuromere; ventrolateral domain of larval A7 neuromere; dorsomedial domain of larval central nervous system; 5701560_G__1; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; dorsolateral domain of larval A7 neuromere; expression pattern fragment; GMR 71E06 FLP 11-1; dorsolateral domain of larval A6 neuromere; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; dorsomedial domain of larval A5 neuromere; P{GMR71E06-GAL4} expression pattern; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 71E06 FLP 12-1 [VFB_00060176]

A single 71E06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/71E06/Confocal_63x_2013-01-18_71E06_VNC/stack_TIFF/71E06_57C10FlpL_B_VNC.tif. [Lines/GMR_71-80/71E06/Confocal_63x_2013-01-18_71E06_VNC/stack_TIFF/71E06_57C10FlpL_B_VNC.tif; confocal microscopy; unlicensed; ventromedial domain of larval A2 neuromere; ventromedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 71E06 FLP 12-1; expression pattern fragment; 5701567_R__2; is part of; P{GMR71E06-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 71E06 FLP 12-2 [VFB_00060177]

A single 71E06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/71E06/Confocal_63x_2013-01-18_71E06_VNC/stack_TIFF/71E06_57C10FlpL_B_VNC.tif. [Lines/GMR_71-80/71E06/Confocal_63x_2013-01-18_71E06_VNC/stack_TIFF/71E06_57C10FlpL_B_VNC.tif; confocal microscopy; unlicensed; GMR 71E06 FLP 12-2; dorsolateral domain of larval A5 neuromere; dorsolateral domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5701567_R__3; expression pattern fragment; ventromedial domain of larval A5 neuromere; is part of; P{GMR71E06-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 71E06 FLP 14-1 [VFB_00060178]

A single 71E06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/71E06/Confocal_63x_2013-01-18_71E06_VNC/stack_TIFF/71E06_57C10FlpL_C_VNC.tif. [confocal microscopy; unlicensed; dorsolateral domain of larval A5 neuromere; ventrolateral domain of larval A6 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_71-80/71E06/Confocal_63x_2013-01-18_71E06_VNC/stack_TIFF/71E06_57C10FlpL_C_VNC.tif; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval A6 neuromere; ventromedial domain of larval A5 neuromere; is part of; GMR 71E06 FLP 14-1; P{GMR71E06-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 5701565_R__2; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 72A10 FLP 11-1 [VFB_00061673]

A single 72A10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/72A10_sp_B abdominal commissurals/Confocal_63x_2012-06-01_72A10_VNC/stack_TIFF/72A10_57C10FlpL_A_VNC.tif. [confocal microscopy; unlicensed; P{GMR72A10-GAL4} expression pattern; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; 5700315_R__1; centrolateral domain of larval A2 neuromere; is part of; GMR 72A10 FLP 11-1; embryonic/larval neuron; Lines/GMR_71-80/72A10_sp_B abdominal commissurals/Confocal_63x_2012-06-01_72A10_VNC/stack_TIFF/72A10_57C10FlpL_A_VNC.tif; expresses; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 72A10 FLP 11-2 [VFB_00061674]

A single 72A10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/72A10_sp_B abdominal commissurals/Confocal_63x_2012-06-01_72A10_VNC/stack_TIFF/72A10_57C10FlpL_A_VNC.tif. [confocal microscopy; unlicensed; P{GMR72A10-GAL4} expression pattern; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; GMR 72A10 FLP 11-2; centrolateral domain of larval A2 neuromere; is part of; 5700315_G__5; embryonic/larval neuron; Lines/GMR_71-80/72A10_sp_B abdominal commissurals/Confocal_63x_2012-06-01_72A10_VNC/stack_TIFF/72A10_57C10FlpL_A_VNC.tif; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 72D11 FLP 3-1 [VFB_00061834]

A single 72D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/72D11_sp_thor_abd motor/Confocal_63x_2012-08-13_72D11_VNC/stack_TIFF/72D11_57C10FlpL_C_VNC.tif. [ventrolateral domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; GMR 72D11 FLP 3-1; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_71-80/72D11_sp_thor_abd motor/Confocal_63x_2012-08-13_72D11_VNC/stack_TIFF/72D11_57C10FlpL_C_VNC.tif; central domain of larval T2 neuromere; P{GMR72D11-GAL4} expression pattern; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; 5701620_G__1; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 72E01 FLP 3-1 [VFB_00057508]

A single 72E01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/72E01_sp_HP thoracic monotypic_good BR/Confocal_63x_2012-06-26_72E01_VNC/stack_TIFF/72E01_57C10wtFlp_C_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; GMR 72E01 FLP 3-1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; P{GMR72E01-GAL4} expression pattern; central domain of larval central nervous system; is part of; 5701987_G__1; embryonic/larval neuron; Lines/GMR_71-80/72E01_sp_HP thoracic monotypic_good BR/Confocal_63x_2012-06-26_72E01_VNC/stack_TIFF/72E01_57C10wtFlp_C_VNC.tif; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 72E01 FLP 7-1 [VFB_00057514]

A single 72E01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/72E01_sp_HP thoracic monotypic_good BR/Confocal_63x_2012-06-26_72E01_VNC/stack_TIFF/72E01_57C10wtFlp_D_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; dorsomedial domain of larval central nervous system; P{GMR72E01-GAL4} expression pattern; expression pattern fragment; confocal microscopy; expresses; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; centromedial domain of larval T3 neuromere; Lines/GMR_71-80/72E01_sp_HP thoracic monotypic_good BR/Confocal_63x_2012-06-26_72E01_VNC/stack_TIFF/72E01_57C10wtFlp_D_VNC.tif; GMR 72E01 FLP 7-1; 5701982_G__1; embryonic/larval neuron; dorsomedial domain of larval T3 neuromere; centromedial domain of larval central nervous system]

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GMR 72E03 FLP 5-1 [VFB_00060254]

A single 72E03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/72E03 mixed IN/Confocal_63x_2012-08-02_72E03_VNC/stack_TIFF/72E03_57C10FlpL_A_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; ventrolateral domain of larval A5 neuromere; GMR 72E03 FLP 5-1; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; ventromedial domain of larval central nervous system; ventromedial domain of larval A5 neuromere; 5702158_G__2; Lines/GMR_71-80/72E03 mixed IN/Confocal_63x_2012-08-02_72E03_VNC/stack_TIFF/72E03_57C10FlpL_A_VNC.tif; ventrolateral domain of larval central nervous system; embryonic/larval neuron; P{GMR72E03-GAL4} expression pattern; expresses]

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GMR 72F03 FLP 2-1 [VFB_00060228]

A single 72F03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/72F03_Abd_scored/Confocal_63x_2011-11-11_72F03_VNC-JT/stack_TIFF/72F03_57C10wtFlp_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; Lines/GMR_71-80/72F03_Abd_scored/Confocal_63x_2011-11-11_72F03_VNC-JT/stack_TIFF/72F03_57C10wtFlp_F_VNC.tif; centromedial domain of larval T1 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; GMR 72F03 FLP 2-1; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; ventromedial domain of larval maxillary neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR72F03-GAL4} expression pattern; central domain of larval labial neuromere; 5700830_G__2; L3 CNS template - Wood2018]

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GMR 72F03 FLP 5-1 [VFB_00060227]

A single 72F03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/72F03_Abd_scored/Confocal_63x_2011-11-11_72F03_VNC-JT/stack_TIFF/72F03_57C10wtFlp_B_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; Lines/GMR_71-80/72F03_Abd_scored/Confocal_63x_2011-11-11_72F03_VNC-JT/stack_TIFF/72F03_57C10wtFlp_B_VNC.tif; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval A1 neuromere; is part of; GMR 72F03 FLP 5-1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR72F03-GAL4} expression pattern; 5700833_R__2; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 72H01 FLP 12-1 [VFB_00061707]

A fragment of the 72H01 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/72H01_sp Thor_good br/Confocal_63x_2012-03-08_72H01_VNC/stack_TIFF/72H01_57C10wtFlp_G_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; 5700866_R__1; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; Lines/GMR_71-80/72H01_sp Thor_good br/Confocal_63x_2012-03-08_72H01_VNC/stack_TIFF/72H01_57C10wtFlp_G_VNC.tif; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; centrolateral domain of larval labial neuromere; P{GMR72H01-GAL4} expression pattern; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; GMR 72H01 FLP 12-1; L3 CNS template - Wood2018]

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GMR 72H06 FLP 13-1 [VFB_00057378]

A single 72H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/72H06_sp_A_br mainly AL/Confocal_63x_2011-10-12_72H06_VNC-JT/stack_TIFF/72H06_57C10FlpL_D.tif. [Lines/GMR_71-80/72H06_sp_A_br mainly AL/Confocal_63x_2011-10-12_72H06_VNC-JT/stack_TIFF/72H06_57C10FlpL_D.tif; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; P{GMR72H06-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; is part of; 5701205_R__5; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; GMR 72H06 FLP 13-1; L3 CNS template - Wood2018]

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GMR 72H06 FLP 13-2 [VFB_00057379]

A fragment of the 72H06 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/72H06_sp_A_br mainly AL/Confocal_63x_2011-10-12_72H06_VNC-JT/stack_TIFF/72H06_57C10FlpL_D.tif. [Lines/GMR_71-80/72H06_sp_A_br mainly AL/Confocal_63x_2011-10-12_72H06_VNC-JT/stack_TIFF/72H06_57C10FlpL_D.tif; confocal microscopy; unlicensed; GMR 72H06 FLP 13-2; centrolateral domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; P{GMR72H06-GAL4} expression pattern; expression pattern fragment; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; 5701205_G__1; centrolateral domain of larval A3 neuromere; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 72H06 FLP 17-1 [VFB_00057384]

A fragment of the 72H06 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/72H06_sp_A_br mainly AL/Confocal_63x_2011-10-12_72H06_VNC-JT/stack_TIFF/72H06_57C10FlpL_G.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; ventrolateral domain of larval A6 neuromere; GMR 72H06 FLP 17-1; Lines/GMR_71-80/72H06_sp_A_br mainly AL/Confocal_63x_2011-10-12_72H06_VNC-JT/stack_TIFF/72H06_57C10FlpL_G.tif; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; P{GMR72H06-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; centrolateral domain of larval T3 neuromere; 5701201_R__1; dorsolateral domain of larval A6 neuromere; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; larval T3 leg neuropil; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 73B04 FLP 2-1 [VFB_00061288]

A single 73B04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/73B04 few abd/Confocal_63x_2012-04-18_73B04_VNC/stack_TIFF/73B04_57C10wtFlp_A_VNC.tif. [confocal microscopy; unlicensed; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; P{GMR73B04-GAL4} expression pattern; overlaps; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; 5701401_G__2; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_71-80/73B04 few abd/Confocal_63x_2012-04-18_73B04_VNC/stack_TIFF/73B04_57C10wtFlp_A_VNC.tif; GMR 73B04 FLP 2-1; L3 CNS template - Wood2018]

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GMR 73B05 FLP 15-1 [VFB_00060402]

A single 73B05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/73B05_sp_No B_New/Confocal_63x_2012-11-27_73B05_VNC/stack_TIFF/73B05_57C10FlpL_C_VNC.tif. [confocal microscopy; 5701657_G__1; unlicensed; centrolateral domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; Lines/GMR_71-80/73B05_sp_No B_New/Confocal_63x_2012-11-27_73B05_VNC/stack_TIFF/73B05_57C10FlpL_C_VNC.tif; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR73B05-GAL4} expression pattern; expression pattern fragment; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; is part of; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; GMR 73B05 FLP 15-1; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 73B05 FLP 15-2 [VFB_00060403]

A single 73B05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/73B05_sp_No B_New/Confocal_63x_2012-11-27_73B05_VNC/stack_TIFF/73B05_57C10FlpL_C_VNC.tif. [5701657_G__2; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; Lines/GMR_71-80/73B05_sp_No B_New/Confocal_63x_2012-11-27_73B05_VNC/stack_TIFF/73B05_57C10FlpL_C_VNC.tif; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; P{GMR73B05-GAL4} expression pattern; expression pattern fragment; central domain of larval A2 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; GMR 73B05 FLP 15-2]

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GMR 73B05 FLP 18-1 [VFB_00058319]

A fragment of the 73B05 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/73B05_sp_No B_New/Confocal_63x_2012-05-25_73B05_VNC/stack_TIFF/73B05_57C10wtFlp_D_VNC.tif. [confocal microscopy; unlicensed; Lines/GMR_71-80/73B05_sp_No B_New/Confocal_63x_2012-05-25_73B05_VNC/stack_TIFF/73B05_57C10wtFlp_D_VNC.tif; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; P{GMR73B05-GAL4} expression pattern; expression pattern fragment; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; expresses; GMR 73B05 FLP 18-1; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; 5701660_R__1; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 73B05 FLP 19-1 [VFB_00058320]

A single 73B05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/73B05_sp_No B_New/Confocal_63x_2012-05-25_73B05_VNC/stack_TIFF/73B05_57C10wtFlp_A_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; 5701661_G__1; central domain of larval central nervous system; Lines/GMR_71-80/73B05_sp_No B_New/Confocal_63x_2012-05-25_73B05_VNC/stack_TIFF/73B05_57C10wtFlp_A_VNC.tif; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; GMR 73B05 FLP 19-1; is part of; P{GMR73B05-GAL4} expression pattern; overlaps; central domain of larval T1 neuromere; embryonic/larval neuron; expresses]

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GMR 73B05 FLP 20-1 [VFB_00058321]

A single 73B05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/73B05_sp_No B_New/Confocal_63x_2012-05-25_73B05_VNC/stack_TIFF/73B05_57C10wtFlp_B_VNC.tif. [confocal microscopy; unlicensed; GMR 73B05 FLP 20-1; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR73B05-GAL4} expression pattern; expression pattern fragment; 5701662_R__1; centrolateral domain of larval A2 neuromere; is part of; Lines/GMR_71-80/73B05_sp_No B_New/Confocal_63x_2012-05-25_73B05_VNC/stack_TIFF/73B05_57C10wtFlp_B_VNC.tif; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 73B05 FLP 20-2 [VFB_00058322]

A single 73B05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/73B05_sp_No B_New/Confocal_63x_2012-05-25_73B05_VNC/stack_TIFF/73B05_57C10wtFlp_B_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; 5701662_R__2; Truman Larval Flip-Out Collection; overlaps; P{GMR73B05-GAL4} expression pattern; expression pattern fragment; dorsolateral domain of larval A6 neuromere; is part of; Lines/GMR_71-80/73B05_sp_No B_New/Confocal_63x_2012-05-25_73B05_VNC/stack_TIFF/73B05_57C10wtFlp_B_VNC.tif; embryonic/larval neuron; GMR 73B05 FLP 20-2; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 73B05 FLP 20-3 [VFB_00058323]

A fragment of the 73B05 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/73B05_sp_No B_New/Confocal_63x_2012-05-25_73B05_VNC/stack_TIFF/73B05_57C10wtFlp_B_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; GMR 73B05 FLP 20-3; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR73B05-GAL4} expression pattern; ventromedial domain of larval A6 neuromere; expression pattern fragment; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; ventromedial domain of larval A5 neuromere; is part of; dorsomedial domain of larval A5 neuromere; Lines/GMR_71-80/73B05_sp_No B_New/Confocal_63x_2012-05-25_73B05_VNC/stack_TIFF/73B05_57C10wtFlp_B_VNC.tif; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; 5701662_G__1; embryonic/larval central nervous system; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 73C11 FLP 1-1 [VFB_00057507]

A single 73C11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/73C11/Confocal_63x_2013-06-07_VNC/stack_TIFF/73C11_57C10wtFlp_A_VNC.tif. [L3 CNS template - Wood2018; ventromedial domain of larval A3 neuromere; embryonic/larval central nervous system; Lines/GMR_71-80/73C11/Confocal_63x_2013-06-07_VNC/stack_TIFF/73C11_57C10wtFlp_A_VNC.tif; expression pattern fragment; confocal microscopy; GMR 73C11 FLP 1-1; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; ventromedial domain of larval A4 neuromere; P{GMR73C11-GAL4} expression pattern; 5701761_G__3; embryonic/larval neuron; expresses]

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GMR 73G07 FLP 3-1 [VFB_00057409]

A fragment of the 73G07 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/73G07 thorax moderate/Confocal_63x_2012-06-07_73G07_VNC/stack_TIFF/73G07_57C10FlpL_C_VNC.tif. [ventrolateral domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; GMR 73G07 FLP 3-1; expression pattern fragment; central domain of larval central nervous system; P{GMR73G07-GAL4} expression pattern; is part of; ventromedial domain of larval maxillary neuromere; Lines/GMR_71-80/73G07 thorax moderate/Confocal_63x_2012-06-07_73G07_VNC/stack_TIFF/73G07_57C10FlpL_C_VNC.tif; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; 5700117_R__1; L3 CNS template - Wood2018]

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GMR 73G10 FLP 15-1 [VFB_00058158]

A single 73G10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/73G10/Confocal_63x_2013-01-07_73G10_VNC/stack_TIFF/73G10_57C10FlpL_C_VNC.tif. [L3 CNS template - Wood2018; 5700552_R__1; embryonic/larval central nervous system; expression pattern fragment; ventrolateral domain of larval T1 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; GMR 73G10 FLP 15-1; P{GMR73G10-GAL4} expression pattern; centromedial domain of larval T1 neuromere; Lines/GMR_71-80/73G10/Confocal_63x_2013-01-07_73G10_VNC/stack_TIFF/73G10_57C10FlpL_C_VNC.tif; embryonic/larval neuron; expresses; centromedial domain of larval central nervous system]

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GMR 73G10 FLP 4-1 [VFB_00061747]

A fragment of the 73G10 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/73G10/Confocal_63x_2013-01-07_73G10_VNC/stack_TIFF/73G10_57C10FlpL_G_VNC.tif. [ventrolateral domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; Lines/GMR_71-80/73G10/Confocal_63x_2013-01-07_73G10_VNC/stack_TIFF/73G10_57C10FlpL_G_VNC.tif; central domain of larval T3 neuromere; GMR 73G10 FLP 4-1; dorsolateral domain of larval A1 neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; ventromedial domain of larval maxillary neuromere; P{GMR73G10-GAL4} expression pattern; expresses; 5700547_R__1; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 73G10 FLP 6-1 [VFB_00061748]

A single 73G10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/73G10/Confocal_63x_2013-01-07_73G10_VNC/stack_TIFF/73G10_57C10FlpL_A_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; central domain of larval T3 neuromere; 5700545_R__2; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; GMR 73G10 FLP 6-1; is part of; P{GMR73G10-GAL4} expression pattern; embryonic/larval neuron; expresses; Lines/GMR_71-80/73G10/Confocal_63x_2013-01-07_73G10_VNC/stack_TIFF/73G10_57C10FlpL_A_VNC.tif; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 73H12 FLP 3-1 [VFB_00057406]

A fragment of the 73H12 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/73H12/Confocal_63x_2012-06-07_73H12_VNC/stack_TIFF/73H12_57C10FlpL_A_VNC.tif. [ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; ventrolateral domain of larval labial neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_71-80/73H12/Confocal_63x_2012-06-07_73H12_VNC/stack_TIFF/73H12_57C10FlpL_A_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; is part of; GMR 73H12 FLP 3-1; ventromedial domain of larval maxillary neuromere; P{GMR73H12-GAL4} expression pattern; 5700113_G__2; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 73H12 FLP 5-1 [VFB_00057407]

A fragment of the 73H12 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/73H12/Confocal_63x_2012-06-07_73H12_VNC/stack_TIFF/73H12_57C10FlpL_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; ventrolateral domain of larval labial neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_71-80/73H12/Confocal_63x_2012-06-07_73H12_VNC/stack_TIFF/73H12_57C10FlpL_F_VNC.tif; GMR 73H12 FLP 5-1; 5700115_R__1; central domain of larval central nervous system; is part of; P{GMR73H12-GAL4} expression pattern; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; L3 CNS template - Wood2018]

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GMR 73H12 FLP 6-1 [VFB_00057408]

A single 73H12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/73H12/Confocal_63x_2012-06-07_73H12_VNC/stack_TIFF/73H12_57C10FlpL_C_VNC.tif. [GMR 73H12 FLP 6-1; confocal microscopy; Lines/GMR_71-80/73H12/Confocal_63x_2012-06-07_73H12_VNC/stack_TIFF/73H12_57C10FlpL_C_VNC.tif; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; 5700114_R__1; is part of; P{GMR73H12-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 74A06 FLP 17-1 [VFB_00060373]

A fragment of the 74A06 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/74A06_sp/Confocal_63x_2012-12-15_74A06_VNC/stack_TIFF/74A06_57C10wtFlp_A_VNC.tif. [GMR 74A06 FLP 17-1; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval maxillary neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval mandibular neuromere; dorsomedial domain of larval T1 neuromere; expression pattern fragment; 5702361_G__1; Lines/GMR_71-80/74A06_sp/Confocal_63x_2012-12-15_74A06_VNC/stack_TIFF/74A06_57C10wtFlp_A_VNC.tif; dorsolateral domain of larval T1 neuromere; dorsomedial domain of larval maxillary neuromere; is part of; ventromedial domain of larval maxillary neuromere; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; expresses; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; P{GMR74A06-GAL4} expression pattern; centromedial domain of larval mandibular neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 74A06 FLP 19-1 [VFB_00060375]

A single 74A06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/74A06_sp/Confocal_63x_2012-01-14_74A06_VNC/stack_TIFF/74A06_57C10wtFlp_A1_Br.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; 5702363_G__1; Truman Larval Flip-Out Collection; GMR 74A06 FLP 19-1; is part of; P{GMR74A06-GAL4} expression pattern; Lines/GMR_71-80/74A06_sp/Confocal_63x_2012-01-14_74A06_VNC/stack_TIFF/74A06_57C10wtFlp_A1_Br.tif; embryonic/larval neuron; expresses]

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GMR 74B12 FLP 1-1 [VFB_00057465]

A single 74B12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/74B12_sp_BA/Confocal_63x_2011-10-12_74B12_VNC-JT/stack_TIFF/74B12_57C10FlpL_G.tif. [GMR 74B12 FLP 1-1; confocal microscopy; unlicensed; Lines/GMR_71-80/74B12_sp_BA/Confocal_63x_2011-10-12_74B12_VNC-JT/stack_TIFF/74B12_57C10FlpL_G.tif; centrolateral domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; 5702188_R__1; expresses; P{GMR74B12-GAL4} expression pattern; embryonic/larval central nervous system; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 74B12 FLP 4-1 [VFB_00057466]

A single 74B12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/74B12_sp_BA/Confocal_63x_2011-10-12_74B12_VNC-JT/stack_TIFF/74B12_57C10FlpL_C.tif. [confocal microscopy; GMR 74B12 FLP 4-1; unlicensed; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; Lines/GMR_71-80/74B12_sp_BA/Confocal_63x_2011-10-12_74B12_VNC-JT/stack_TIFF/74B12_57C10FlpL_C.tif; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A6 neuromere; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; P{GMR74B12-GAL4} expression pattern; embryonic/larval central nervous system; 5702183_R__2; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 74B12 FLP 4-2 [VFB_00057467]

A single 74B12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/74B12_sp_BA/Confocal_63x_2011-10-12_74B12_VNC-JT/stack_TIFF/74B12_57C10FlpL_C.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; centromedial domain of larval central nervous system; Lines/GMR_71-80/74B12_sp_BA/Confocal_63x_2011-10-12_74B12_VNC-JT/stack_TIFF/74B12_57C10FlpL_C.tif; dorsomedial domain of larval central nervous system; GMR 74B12 FLP 4-2; dorsomedial domain of larval A3 neuromere; 5702183_G__1; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; dorsomedial domain of larval A5 neuromere; ventral domain of larval A9 neuromere; embryonic/larval neuron; centromedial domain of larval A5 neuromere; ventrolateral domain of larval A2 neuromere; P{GMR74B12-GAL4} expression pattern; expresses; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 74B12 FLP 5-1 [VFB_00057468]

A single 74B12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/74B12_sp_BA/Confocal_63x_2011-10-12_74B12_VNC-JT/stack_TIFF/74B12_57C10FlpL_H.tif. [confocal microscopy; unlicensed; GMR 74B12 FLP 5-1; dorsolateral domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_71-80/74B12_sp_BA/Confocal_63x_2011-10-12_74B12_VNC-JT/stack_TIFF/74B12_57C10FlpL_H.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; is part of; embryonic/larval neuron; expresses; P{GMR74B12-GAL4} expression pattern; embryonic/larval central nervous system; 5702184_R__1; ventromedial domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 74B12 FLP 5-2 [VFB_00057469]

A single 74B12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/74B12_sp_BA/Confocal_63x_2011-10-12_74B12_VNC-JT/stack_TIFF/74B12_57C10FlpL_H.tif. [centromedial domain of larval A4 neuromere; 5702184_G__1; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_71-80/74B12_sp_BA/Confocal_63x_2011-10-12_74B12_VNC-JT/stack_TIFF/74B12_57C10FlpL_H.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 74B12 FLP 5-2; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; P{GMR74B12-GAL4} expression pattern; expresses; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 74B12 FLP 6-1 [VFB_00057470]

A single 74B12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/74B12_sp_BA/Confocal_63x_2011-10-12_74B12_VNC-JT/stack_TIFF/74B12_57C10FlpL_E.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; dorsomedial domain of larval central nervous system; Lines/GMR_71-80/74B12_sp_BA/Confocal_63x_2011-10-12_74B12_VNC-JT/stack_TIFF/74B12_57C10FlpL_E.tif; expression pattern fragment; centromedial domain of larval A1 neuromere; expresses; unlicensed; confocal microscopy; Truman Larval Flip-Out Collection; is part of; overlaps; embryonic/larval neuron; 5702185_R__1; GMR 74B12 FLP 6-1; dorsomedial domain of larval A1 neuromere; P{GMR74B12-GAL4} expression pattern; centromedial domain of larval central nervous system]

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GMR 74B12 FLP 6-2 [VFB_00057471]

A fragment of the 74B12 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/74B12_sp_BA/Confocal_63x_2011-10-12_74B12_VNC-JT/stack_TIFF/74B12_57C10FlpL_E.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Lines/GMR_71-80/74B12_sp_BA/Confocal_63x_2011-10-12_74B12_VNC-JT/stack_TIFF/74B12_57C10FlpL_E.tif; centromedial domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; P{GMR74B12-GAL4} expression pattern; expresses; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; centromedial domain of larval A3 neuromere; GMR 74B12 FLP 6-2; 5702185_G__1; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 74B12 FLP 7-1 [VFB_00057472]

A single 74B12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/74B12_sp_BA/Confocal_63x_2011-10-12_74B12_VNC-JT/stack_TIFF/74B12_57C10FlpL_A.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; GMR 74B12 FLP 7-1; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_71-80/74B12_sp_BA/Confocal_63x_2011-10-12_74B12_VNC-JT/stack_TIFF/74B12_57C10FlpL_A.tif; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; P{GMR74B12-GAL4} expression pattern; expresses; embryonic/larval central nervous system; 5702186_G__1; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 74B12 FLP 8-1 [VFB_00057473]

A single 74B12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/74B12_sp_BA/Confocal_63x_2011-10-12_74B12_VNC-JT/stack_TIFF/74B12_57C10FlpL_D.tif. [centromedial domain of larval A4 neuromere; Lines/GMR_71-80/74B12_sp_BA/Confocal_63x_2011-10-12_74B12_VNC-JT/stack_TIFF/74B12_57C10FlpL_D.tif; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; centromedial domain of larval central nervous system; GMR 74B12 FLP 8-1; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; P{GMR74B12-GAL4} expression pattern; expresses; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; 5702187_G__1; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 74C01 FLP 16-1 [VFB_00058318]

A single 74C01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/74C01_sp_BA_NEW/Confocal_63x_2011-10-05_74C01_VNC-jt/stack_TIFF/74C01_57C10wtFlp_A.tif. [confocal microscopy; unlicensed; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; GMR 74C01 FLP 16-1; ventromedial domain of larval A3 neuromere; Lines/GMR_71-80/74C01_sp_BA_NEW/Confocal_63x_2011-10-05_74C01_VNC-jt/stack_TIFF/74C01_57C10wtFlp_A.tif; ventromedial domain of larval central nervous system; P{GMR74C01-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; 5702312_G__1; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 74C04 FLP 13-1 [VFB_00061348]

A single 74C04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/74C04_sp thorax monotypic_no br/Confocal_63x_2012-04-19A_74C04_VNC/stack_TIFF/74C04_57C10FlpL_G_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; P{GMR74C04-GAL4} expression pattern; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; GMR 74C04 FLP 13-1; Lines/GMR_71-80/74C04_sp thorax monotypic_no br/Confocal_63x_2012-04-19A_74C04_VNC/stack_TIFF/74C04_57C10FlpL_G_VNC.tif; centromedial domain of larval central nervous system; 5701284_G__2; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 74C04 FLP 14-1 [VFB_00061349]

A single 74C04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/74C04_sp thorax monotypic_no br/Confocal_63x_2012-04-19A_74C04_VNC/stack_TIFF/74C04_57C10FlpL_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; 5701285_R__1; P{GMR74C04-GAL4} expression pattern; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; Lines/GMR_71-80/74C04_sp thorax monotypic_no br/Confocal_63x_2012-04-19A_74C04_VNC/stack_TIFF/74C04_57C10FlpL_F_VNC.tif; GMR 74C04 FLP 14-1; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval T1 neuromere; is part of; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 74C04 FLP 14-2 [VFB_00061350]

A single 74C04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/74C04_sp thorax monotypic_no br/Confocal_63x_2012-04-19A_74C04_VNC/stack_TIFF/74C04_57C10FlpL_F_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; P{GMR74C04-GAL4} expression pattern; 5701285_G__2; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; GMR 74C04 FLP 14-2; is part of; overlaps; centrolateral domain of larval T1 neuromere; centrolateral domain of larval central nervous system; Lines/GMR_71-80/74C04_sp thorax monotypic_no br/Confocal_63x_2012-04-19A_74C04_VNC/stack_TIFF/74C04_57C10FlpL_F_VNC.tif; embryonic/larval neuron; expresses]

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GMR 74C04 FLP 14-3 [VFB_00061351]

A single 74C04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/74C04_sp thorax monotypic_no br/Confocal_63x_2012-04-19A_74C04_VNC/stack_TIFF/74C04_57C10FlpL_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; P{GMR74C04-GAL4} expression pattern; confocal microscopy; 5701285_G__3; unlicensed; central domain of larval T3 neuromere; Lines/GMR_71-80/74C04_sp thorax monotypic_no br/Confocal_63x_2012-04-19A_74C04_VNC/stack_TIFF/74C04_57C10FlpL_F_VNC.tif; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; GMR 74C04 FLP 14-3; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 74C04 FLP 9-1 [VFB_00061346]

A single 74C04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/74C04_sp thorax monotypic_no br/Confocal_63x_2012-04-19A_74C04_VNC/stack_TIFF/74C04_57C10FlpL_B_VNC.tif. [GMR 74C04 FLP 9-1; embryonic/larval neuron; L3 CNS template - Wood2018; embryonic/larval central nervous system; P{GMR74C04-GAL4} expression pattern; ventrolateral domain of larval T1 neuromere; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; centrolateral domain of larval T1 neuromere; Lines/GMR_71-80/74C04_sp thorax monotypic_no br/Confocal_63x_2012-04-19A_74C04_VNC/stack_TIFF/74C04_57C10FlpL_B_VNC.tif; centrolateral domain of larval central nervous system; ventrolateral domain of larval central nervous system; expression pattern fragment; 5701288_R__1; expresses]

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GMR 74C04 FLP 9-2 [VFB_00061347]

A fragment of the 74C04 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/74C04_sp thorax monotypic_no br/Confocal_63x_2012-04-19A_74C04_VNC/stack_TIFF/74C04_57C10FlpL_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; 5701288_G__1; P{GMR74C04-GAL4} expression pattern; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; GMR 74C04 FLP 9-2; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; Lines/GMR_71-80/74C04_sp thorax monotypic_no br/Confocal_63x_2012-04-19A_74C04_VNC/stack_TIFF/74C04_57C10FlpL_B_VNC.tif; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 74C11 FLP 4-1 [VFB_00057448]

A single 74C11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/74C11 abd moderate/Confocal_63x_2012-03-05_74C11_VNC/stack_TIFF/74C11_57C10wtFlp_A_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; dorsomedial domain of larval central nervous system; Lines/GMR_71-80/74C11 abd moderate/Confocal_63x_2012-03-05_74C11_VNC/stack_TIFF/74C11_57C10wtFlp_A_VNC.tif; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; GMR 74C11 FLP 4-1; 5701061_R__1; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; P{GMR74C11-GAL4} expression pattern; expresses]

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GMR 74C11 FLP 6-1 [VFB_00057457]

A single 74C11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/74C11 abd moderate/Confocal_63x_2012-03-05_74C11_VNC/stack_TIFF/74C11_57C10wtFlp_G_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; P{GMR74C11-GAL4} expression pattern; central domain of larval central nervous system; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; Lines/GMR_71-80/74C11 abd moderate/Confocal_63x_2012-03-05_74C11_VNC/stack_TIFF/74C11_57C10wtFlp_G_VNC.tif; embryonic/larval central nervous system; GMR 74C11 FLP 6-1; 5701065_G__2; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 74F02 FLP 9-1 [VFB_00057385]

A single 74F02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/74F02 A18g5_mainly thorax/Confocal_63x_2012-06-29_74F02_VNC/stack_TIFF/74F02_57C10wtFlp_D_VNC.tif. [confocal microscopy; unlicensed; central domain of larval A7 neuromere; GMR 74F02 FLP 9-1; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval central nervous system; P{GMR74F02-GAL4} expression pattern; 5701450_G__1; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A7 neuromere; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; is part of; centromedial domain of larval A7 neuromere; Lines/GMR_71-80/74F02 A18g5_mainly thorax/Confocal_63x_2012-06-29_74F02_VNC/stack_TIFF/74F02_57C10wtFlp_D_VNC.tif; ventral domain of larval A9 neuromere; embryonic/larval neuron; dorsolateral domain of larval A8 neuromere; expresses; centromedial domain of larval A8 neuromere; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; central domain of larval A8 neuromere; dorsomedial domain of larval A8 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 75A09 FLP 2-1 [VFB_00060884]

A single 75A09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/75A09 mainly sensory/Confocal_63x_2012-06-29_75A09_VNC/stack_TIFF/75A09_57C10FlpL_E_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 75A09 FLP 2-1; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; P{GMR75A09-GAL4} expression pattern; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; 5702138_G__1; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; Lines/GMR_71-80/75A09 mainly sensory/Confocal_63x_2012-06-29_75A09_VNC/stack_TIFF/75A09_57C10FlpL_E_VNC.tif; centrolateral domain of larval T2 neuromere]

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GMR 75B02 FLP 1-1 [VFB_00057501]

A single 75B02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/75B02_sp_No Brain/Confocal_63x_2012-06-26_75B02_VNC/stack_TIFF/75B02_57C10FlpL_E_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5702236_G__2; Lines/GMR_71-80/75B02_sp_No Brain/Confocal_63x_2012-06-26_75B02_VNC/stack_TIFF/75B02_57C10FlpL_E_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; GMR 75B02 FLP 1-1; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; P{GMR75B02-GAL4} expression pattern; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 75B02 FLP 3-1 [VFB_00057502]

A single 75B02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/75B02_sp_No Brain/Confocal_63x_2012-06-26_75B02_VNC/stack_TIFF/75B02_57C10FlpL_F_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; GMR 75B02 FLP 3-1; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_71-80/75B02_sp_No Brain/Confocal_63x_2012-06-26_75B02_VNC/stack_TIFF/75B02_57C10FlpL_F_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; 5702234_R__1; is part of; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR75B02-GAL4} expression pattern; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 75B09 FLP 3-1 [VFB_00061219]

A single 75B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/75B09_sp_A_couple cells left/Confocal_63x_2011-09-02_75B09_VNC-JT/stack_TIFF/75B09_57C10FlpL_C.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; central domain of larval T3 neuromere; P{GMR75B09-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; GMR 75B09 FLP 3-1; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; 5701321_R__2; embryonic/larval central nervous system; larval T3 leg neuropil; L3 CNS template - Wood2018; Lines/GMR_71-80/75B09_sp_A_couple cells left/Confocal_63x_2011-09-02_75B09_VNC-JT/stack_TIFF/75B09_57C10FlpL_C.tif]

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GMR 75B09 FLP 5-1 [VFB_00061049]

A single 75B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/75B09_sp_A_couple cells left/Confocal_63x_2011-09-02_75B09_VNC-JT/stack_TIFF/75B09_57C10FlpL_H.tif. [L3 CNS template - Wood2018; GMR 75B09 FLP 5-1; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; Lines/GMR_71-80/75B09_sp_A_couple cells left/Confocal_63x_2011-09-02_75B09_VNC-JT/stack_TIFF/75B09_57C10FlpL_H.tif; unlicensed; Truman Larval Flip-Out Collection; is part of; 5701318_R__2; embryonic/larval neuron; P{GMR75B09-GAL4} expression pattern; expresses]

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GMR 75B09 FLP 5-2 [VFB_00061050]

A single 75B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/75B09_sp_A_couple cells left/Confocal_63x_2011-09-02_75B09_VNC-JT/stack_TIFF/75B09_57C10FlpL_H.tif. [centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; P{GMR75B09-GAL4} expression pattern; centromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; expression pattern fragment; central domain of larval central nervous system; 5701318_G__1; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; Lines/GMR_71-80/75B09_sp_A_couple cells left/Confocal_63x_2011-09-02_75B09_VNC-JT/stack_TIFF/75B09_57C10FlpL_H.tif; L3 CNS template - Wood2018; GMR 75B09 FLP 5-2]

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GMR 75B11 FLP 10-1 [VFB_00061342]

A single 75B11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/75B11_sp No B_sparse/Confocal_63x_2012-05-14_75B11_VNC/stack_TIFF/75B11_57C10wtFlp_C_VNC.tif. [ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; 5702082_R__2; ventromedial domain of larval A2 neuromere; Lines/GMR_71-80/75B11_sp No B_sparse/Confocal_63x_2012-05-14_75B11_VNC/stack_TIFF/75B11_57C10wtFlp_C_VNC.tif; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR75B11-GAL4} expression pattern; expression pattern fragment; ventrolateral domain of larval T3 neuromere; is part of; embryonic/larval neuron; GMR 75B11 FLP 10-1; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 75B11 FLP 6-1 [VFB_00061477]

A single 75B11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/75B11_sp No B_sparse/Confocal_63x_2012-05-14_75B11_VNC/stack_TIFF/75B11_57C10wtFlp_I_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; 5702078_G__1; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; P{GMR75B11-GAL4} expression pattern; Lines/GMR_71-80/75B11_sp No B_sparse/Confocal_63x_2012-05-14_75B11_VNC/stack_TIFF/75B11_57C10wtFlp_I_VNC.tif; GMR 75B11 FLP 6-1; embryonic/larval neuron; expresses]

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GMR 75G10 FLP 10-1 [VFB_00060847]

A single 75G10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/75G10_sp_A_SEG/Confocal_63x_2011-11-12_75G10_VNC-JT/stack_TIFF/75G10_57C10wtFlp_G_VNC.tif. [ventrolateral domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; confocal microscopy; Lines/GMR_71-80/75G10_sp_A_SEG/Confocal_63x_2011-11-12_75G10_VNC-JT/stack_TIFF/75G10_57C10wtFlp_G_VNC.tif; unlicensed; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; GMR 75G10 FLP 10-1; embryonic/larval neuron; expresses; 5700891_G__1; embryonic/larval central nervous system; P{GMR75G10-GAL4} expression pattern; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 75G10 FLP 11-2 [VFB_00060849]

A single 75G10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/75G10_sp_A_SEG/Confocal_63x_2011-11-12_75G10_VNC-JT/stack_TIFF/75G10_57C10wtFlp_J_VNC.tif. [ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; dorsomedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; dorsomedial domain of larval labial neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval mandibular neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval maxillary neuromere; central domain of larval central nervous system; central domain of larval mandibular neuromere; Lines/GMR_71-80/75G10_sp_A_SEG/Confocal_63x_2011-11-12_75G10_VNC-JT/stack_TIFF/75G10_57C10wtFlp_J_VNC.tif; dorsomedial domain of larval maxillary neuromere; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; 5700892_G__1; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; central domain of larval labial neuromere; GMR 75G10 FLP 11-2; centrolateral domain of larval maxillary neuromere; centrolateral domain of larval T1 neuromere; P{GMR75G10-GAL4} expression pattern; dorsolateral domain of larval central nervous system; dorsolateral domain of larval maxillary neuromere; L3 CNS template - Wood2018]

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GMR 75G10 FLP 12-1 [VFB_00059466]

A fragment of the 75G10 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/75G10_sp_A_SEG/Confocal_63x_2011-11-12_75G10_VNC-JT/stack_TIFF/75G10_57C10wtFlp_C_VNC.tif. [confocal microscopy; 5700893_R__1; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; Lines/GMR_71-80/75G10_sp_A_SEG/Confocal_63x_2011-11-12_75G10_VNC-JT/stack_TIFF/75G10_57C10wtFlp_C_VNC.tif; GMR 75G10 FLP 12-1; P{GMR75G10-GAL4} expression pattern; L3 CNS template - Wood2018]

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GMR 75G10 FLP 3-1 [VFB_00058188]

A fragment of the 75G10 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/75G10_sp_A_SEG/Confocal_63x_2011-11-12_75G10_VNC-JT/stack_TIFF/75G10_57C10wtFlp_B_VNC.tif. [confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; GMR 75G10 FLP 3-1; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; 5700887_G__2; centrolateral domain of larval A5 neuromere; ventrolateral domain of larval A6 neuromere; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; Lines/GMR_71-80/75G10_sp_A_SEG/Confocal_63x_2011-11-12_75G10_VNC-JT/stack_TIFF/75G10_57C10wtFlp_B_VNC.tif; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; centrolateral domain of larval A3 neuromere; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; P{GMR75G10-GAL4} expression pattern; L3 CNS template - Wood2018]

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GMR 75G10 FLP 5-1 [VFB_00060846]

A fragment of the 75G10 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/75G10_sp_A_SEG/Confocal_63x_2011-11-12_75G10_VNC-JT/stack_TIFF/75G10_57C10wtFlp_I_VNC.tif. [ventrolateral domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; 5700894_R__1; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; Lines/GMR_71-80/75G10_sp_A_SEG/Confocal_63x_2011-11-12_75G10_VNC-JT/stack_TIFF/75G10_57C10wtFlp_I_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; ventromedial domain of larval maxillary neuromere; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; P{GMR75G10-GAL4} expression pattern; L3 CNS template - Wood2018; GMR 75G10 FLP 5-1; centrolateral domain of larval T2 neuromere]

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GMR 75H04 FLP 13-2 [VFB_00060789]

A single 75H04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/75H04_sp_A_SEG/Confocal_63x_2013-01-08_75H04_VNC/stack_TIFF/75H04_57C10FlpL_J_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_71-80/75H04_sp_A_SEG/Confocal_63x_2013-01-08_75H04_VNC/stack_TIFF/75H04_57C10FlpL_J_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval A1 neuromere; 5701852_R__2; is part of; P{GMR75H04-GAL4} expression pattern; embryonic/larval neuron; GMR 75H04 FLP 13-2; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 75H04 FLP 13-3 [VFB_00060790]

A single 75H04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/75H04_sp_A_SEG/Confocal_63x_2013-01-08_75H04_VNC/stack_TIFF/75H04_57C10FlpL_J_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; 5701852_G__1; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_71-80/75H04_sp_A_SEG/Confocal_63x_2013-01-08_75H04_VNC/stack_TIFF/75H04_57C10FlpL_J_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; GMR 75H04 FLP 13-3; centrolateral domain of larval A2 neuromere; is part of; P{GMR75H04-GAL4} expression pattern; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 75H04 FLP 13-4 [VFB_00060791]

A single 75H04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/75H04_sp_A_SEG/Confocal_63x_2013-01-08_75H04_VNC/stack_TIFF/75H04_57C10FlpL_J_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; 5701852_G__2; Lines/GMR_71-80/75H04_sp_A_SEG/Confocal_63x_2013-01-08_75H04_VNC/stack_TIFF/75H04_57C10FlpL_J_VNC.tif; expression pattern fragment; is part of; P{GMR75H04-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 75H04 FLP 13-4; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 75H04 FLP 14-1 [VFB_00060792]

A fragment of the 75H04 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/75H04_sp_A_SEG/Confocal_63x_2013-01-08_75H04_VNC/stack_TIFF/75H04_57C10FlpL_H_VNC.tif. [5701851_R__1; confocal microscopy; unlicensed; central domain of larval A7 neuromere; centrolateral domain of larval A6 neuromere; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval central nervous system; central domain of larval A6 neuromere; ventrolateral domain of larval A6 neuromere; ventrolateral domain of larval A7 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_71-80/75H04_sp_A_SEG/Confocal_63x_2013-01-08_75H04_VNC/stack_TIFF/75H04_57C10FlpL_H_VNC.tif; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval A7 neuromere; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; is part of; P{GMR75H04-GAL4} expression pattern; centromedial domain of larval A7 neuromere; centromedial domain of larval A6 neuromere; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; centrolateral domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; GMR 75H04 FLP 14-1; L3 CNS template - Wood2018]

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GMR 75H04 FLP 14-4 [VFB_00060795]

A single 75H04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/75H04_sp_A_SEG/Confocal_63x_2013-01-08_75H04_VNC/stack_TIFF/75H04_57C10FlpL_H_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; 5701851_G__3; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_71-80/75H04_sp_A_SEG/Confocal_63x_2013-01-08_75H04_VNC/stack_TIFF/75H04_57C10FlpL_H_VNC.tif; expression pattern fragment; is part of; P{GMR75H04-GAL4} expression pattern; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; GMR 75H04 FLP 14-4; embryonic/larval central nervous system; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 75H04 FLP 15-1 [VFB_00060796]

A single 75H04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/75H04_sp_A_SEG/Confocal_63x_2013-01-08_75H04_VNC/stack_TIFF/75H04_57C10FlpL_E_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; dorsomedial domain of larval central nervous system; Lines/GMR_71-80/75H04_sp_A_SEG/Confocal_63x_2013-01-08_75H04_VNC/stack_TIFF/75H04_57C10FlpL_E_VNC.tif; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; GMR 75H04 FLP 15-1; expression pattern fragment; 5701850_R__1; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; is part of; P{GMR75H04-GAL4} expression pattern; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 75H04 FLP 24-1 [VFB_00058324]

A fragment of the 75H04 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/75H04_sp_A_SEG/Confocal_63x_2013-01-08_75H04_VNC/stack_TIFF/75H04_57C10FlpL_A_VNC.tif. [5701848_R__1; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval A1 neuromere; is part of; P{GMR75H04-GAL4} expression pattern; GMR 75H04 FLP 24-1; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; Lines/GMR_71-80/75H04_sp_A_SEG/Confocal_63x_2013-01-08_75H04_VNC/stack_TIFF/75H04_57C10FlpL_A_VNC.tif; L3 CNS template - Wood2018]

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GMR 75H04 FLP 24-2 [VFB_00058325]

A single 75H04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/75H04_sp_A_SEG/Confocal_63x_2013-01-08_75H04_VNC/stack_TIFF/75H04_57C10FlpL_A_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; GMR 75H04 FLP 24-2; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A6 neuromere; is part of; P{GMR75H04-GAL4} expression pattern; embryonic/larval neuron; expresses; 5701848_R__2; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; Lines/GMR_71-80/75H04_sp_A_SEG/Confocal_63x_2013-01-08_75H04_VNC/stack_TIFF/75H04_57C10FlpL_A_VNC.tif; L3 CNS template - Wood2018]

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GMR 75H04 FLP 24-3 [VFB_00058326]

A single 75H04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/75H04_sp_A_SEG/Confocal_63x_2013-01-08_75H04_VNC/stack_TIFF/75H04_57C10FlpL_A_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; ventrolateral domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; 5701848_G__1; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 75H04 FLP 24-3; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; is part of; P{GMR75H04-GAL4} expression pattern; dorsomedial domain of larval A5 neuromere; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; Lines/GMR_71-80/75H04_sp_A_SEG/Confocal_63x_2013-01-08_75H04_VNC/stack_TIFF/75H04_57C10FlpL_A_VNC.tif; L3 CNS template - Wood2018]

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GMR 75H04 FLP 5-1 [VFB_00058327]

A fragment of the 75H04 expression pattern from the flip-out collection of Jim Truman consisting of 3 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/75H04_sp_A_SEG/Confocal_63x_2013-01-08_75H04_VNC/stack_TIFF/75H04_57C10FlpL_B_VNC.tif. [5701849_G__1; confocal microscopy; unlicensed; GMR 75H04 FLP 5-1; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; P{GMR75H04-GAL4} expression pattern; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; Lines/GMR_71-80/75H04_sp_A_SEG/Confocal_63x_2013-01-08_75H04_VNC/stack_TIFF/75H04_57C10FlpL_B_VNC.tif; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 75H09 FLP 14-1 [VFB_00061153]

A single 75H09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/75H09/Confocal_63x_2013-06-21_VNC/stack_TIFF/75H09_57C10FlpL_D_VNC.tif. [GMR 75H09 FLP 14-1; confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; ventromedial domain of larval A2 neuromere; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; ventrolateral domain of larval A6 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; Lines/GMR_71-80/75H09/Confocal_63x_2013-06-21_VNC/stack_TIFF/75H09_57C10FlpL_D_VNC.tif; P{GMR75H09-GAL4} expression pattern; embryonic/larval neuron; 5700915_G__1; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; centrolateral domain of larval A7 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 76A04 FLP 1-1 [VFB_00058422]

A single 76A04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/76A04_sp/Confocal_63x_2013-01-08_76A04_VNC/stack_TIFF/76A04_57C10wtFlp_C_VNC.tif. [ventrolateral domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 76A04 FLP 1-1; dorsomedial domain of larval T3 neuromere; Lines/GMR_71-80/76A04_sp/Confocal_63x_2013-01-08_76A04_VNC/stack_TIFF/76A04_57C10wtFlp_C_VNC.tif; is part of; embryonic/larval neuron; 5700924_G__2; expresses; P{GMR76A04-GAL4} expression pattern; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 76B12 FLP 11-1 [VFB_00060911]

A fragment of the 76B12 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/76B12-abd scored_New/Confocal_63x_2012-05-14_76B12_VNC/stack_TIFF/76B12_57C10FlpL_F_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; Lines/GMR_71-80/76B12-abd scored_New/Confocal_63x_2012-05-14_76B12_VNC/stack_TIFF/76B12_57C10FlpL_F_VNC.tif; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; 5700792_R__1; P{GMR76B12-GAL4} expression pattern; centrolateral domain of larval A3 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; GMR 76B12 FLP 11-1; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 76B12 FLP 12-1 [VFB_00058401]

A fragment of the 76B12 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/76B12-abd scored_New/Confocal_63x_2012-05-14_76B12_VNC/stack_TIFF/76B12_57C10FlpL_B_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; confocal microscopy; 5700788_R__1; unlicensed; Truman Larval Flip-Out Collection; is part of; GMR 76B12 FLP 12-1; P{GMR76B12-GAL4} expression pattern; Lines/GMR_71-80/76B12-abd scored_New/Confocal_63x_2012-05-14_76B12_VNC/stack_TIFF/76B12_57C10FlpL_B_VNC.tif; expression pattern fragment; expresses]

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GMR 76B12 FLP 22-1 [VFB_00060912]

A fragment of the 76B12 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/76B12-abd scored_New/Confocal_63x_2012-05-14_76B12_VNC/stack_TIFF/76B12_57C10FlpL_A_VNC.tif. [GMR 76B12 FLP 22-1; centromedial domain of larval A4 neuromere; 5700791_G__1; confocal microscopy; unlicensed; dorsomedial domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Lines/GMR_71-80/76B12-abd scored_New/Confocal_63x_2012-05-14_76B12_VNC/stack_TIFF/76B12_57C10FlpL_A_VNC.tif; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; ventromedial domain of larval A5 neuromere; is part of; P{GMR76B12-GAL4} expression pattern; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 76C04 FLP 13-1 [VFB_00058329]

A single 76C04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/76C04 busy/Confocal_63x_2012-01-24_76C04_VNC/stack_TIFF/76C04_57C10FlpL_E_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; P{GMR76C04-GAL4} expression pattern; expression pattern fragment; confocal microscopy; ventromedial domain of larval A5 neuromere; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; ventromedial domain of larval A4 neuromere; Lines/GMR_71-80/76C04 busy/Confocal_63x_2012-01-24_76C04_VNC/stack_TIFF/76C04_57C10FlpL_E_VNC.tif; 5700649_G__2; embryonic/larval neuron; GMR 76C04 FLP 13-1; expresses]

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GMR 76D11 FLP 13-1 [VFB_00061487]

A single 76D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/76D11/Confocal_63x_2012-11-30_76D11_VNC/stack_TIFF/76D11_57C10FlpL_B_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; GMR 76D11 FLP 13-1; embryonic/larval neuron; expresses; 5701391_R__1; P{GMR76D11-GAL4} expression pattern; embryonic/larval central nervous system; central domain of larval A1 neuromere; Lines/GMR_71-80/76D11/Confocal_63x_2012-11-30_76D11_VNC/stack_TIFF/76D11_57C10FlpL_B_VNC.tif; L3 CNS template - Wood2018]

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GMR 76D11 FLP 13-2 [VFB_00061488]

A single 76D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/76D11/Confocal_63x_2012-11-30_76D11_VNC/stack_TIFF/76D11_57C10FlpL_B_VNC.tif. [P{GMR76D11-GAL4} expression pattern; L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; centromedial domain of larval A3 neuromere; 5701391_G__1; GMR 76D11 FLP 13-2; Lines/GMR_71-80/76D11/Confocal_63x_2012-11-30_76D11_VNC/stack_TIFF/76D11_57C10FlpL_B_VNC.tif; embryonic/larval neuron; expresses; centromedial domain of larval central nervous system]

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GMR 76D11 FLP 2-1 [VFB_00060194]

A single 76D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/76D11/Confocal_63x_2012-11-30_76D11_VNC/stack_TIFF/76D11_57C10FlpL_C_VNC.tif. [ventrolateral domain of larval T2 neuromere; 5701386_G__1; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; GMR 76D11 FLP 2-1; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; P{GMR76D11-GAL4} expression pattern; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; Lines/GMR_71-80/76D11/Confocal_63x_2012-11-30_76D11_VNC/stack_TIFF/76D11_57C10FlpL_C_VNC.tif; L3 CNS template - Wood2018]

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GMR 76D11 FLP 3-1 [VFB_00060195]

A single 76D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/76D11/Confocal_63x_2012-11-30_76D11_VNC/stack_TIFF/76D11_57C10FlpL_E_VNC.tif. [P{GMR76D11-GAL4} expression pattern; L3 CNS template - Wood2018; embryonic/larval central nervous system; centromedial domain of larval A4 neuromere; 5701385_R__2; expression pattern fragment; confocal microscopy; unlicensed; Lines/GMR_71-80/76D11/Confocal_63x_2012-11-30_76D11_VNC/stack_TIFF/76D11_57C10FlpL_E_VNC.tif; Truman Larval Flip-Out Collection; is part of; overlaps; centromedial domain of larval A3 neuromere; GMR 76D11 FLP 3-1; embryonic/larval neuron; expresses; centromedial domain of larval central nervous system]

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GMR 76D11 FLP 3-2 [VFB_00060196]

A single 76D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/76D11/Confocal_63x_2012-11-30_76D11_VNC/stack_TIFF/76D11_57C10FlpL_E_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; dorsomedial domain of larval A4 neuromere; centromedial domain of larval central nervous system; GMR 76D11 FLP 3-2; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; Lines/GMR_71-80/76D11/Confocal_63x_2012-11-30_76D11_VNC/stack_TIFF/76D11_57C10FlpL_E_VNC.tif; is part of; 5701385_G__2; embryonic/larval neuron; expresses; P{GMR76D11-GAL4} expression pattern; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 76D11 FLP 4-1 [VFB_00060197]

A single 76D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/76D11/Confocal_63x_2012-11-30_76D11_VNC/stack_TIFF/76D11_57C10FlpL_H_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; Lines/GMR_71-80/76D11/Confocal_63x_2012-11-30_76D11_VNC/stack_TIFF/76D11_57C10FlpL_H_VNC.tif; is part of; embryonic/larval neuron; expresses; P{GMR76D11-GAL4} expression pattern; embryonic/larval central nervous system; GMR 76D11 FLP 4-1; 5701384_R__1; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 76D11 FLP 4-2 [VFB_00060198]

A single 76D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/76D11/Confocal_63x_2012-11-30_76D11_VNC/stack_TIFF/76D11_57C10FlpL_H_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; 5701384_G__1; GMR 76D11 FLP 4-2; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; Lines/GMR_71-80/76D11/Confocal_63x_2012-11-30_76D11_VNC/stack_TIFF/76D11_57C10FlpL_H_VNC.tif; is part of; embryonic/larval neuron; expresses; P{GMR76D11-GAL4} expression pattern; embryonic/larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 76D11 FLP 5-1 [VFB_00060199]

A single 76D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/76D11/Confocal_63x_2012-11-30_76D11_VNC/stack_TIFF/76D11_57C10FlpL_G_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; Lines/GMR_71-80/76D11/Confocal_63x_2012-11-30_76D11_VNC/stack_TIFF/76D11_57C10FlpL_G_VNC.tif; centrolateral domain of larval T3 neuromere; 5701383_G__1; central domain of larval central nervous system; is part of; embryonic/larval neuron; GMR 76D11 FLP 5-1; expresses; P{GMR76D11-GAL4} expression pattern; embryonic/larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 76D11 FLP 7-1 [VFB_00060202]

A fragment of the 76D11 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/76D11/Confocal_63x_2012-11-30_76D11_VNC/stack_TIFF/76D11_57C10FlpL_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; GMR 76D11 FLP 7-1; expresses; P{GMR76D11-GAL4} expression pattern; embryonic/larval central nervous system; 5701388_R__1; central domain of larval labial neuromere; Lines/GMR_71-80/76D11/Confocal_63x_2012-11-30_76D11_VNC/stack_TIFF/76D11_57C10FlpL_F_VNC.tif; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 76E09 FLP 10-1 [VFB_00061776]

A fragment of the 76E09 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/76E09_sp/Confocal_63x_2013-01-08_76E09_VNC/stack_TIFF/76E09_57C10FlpL_G_VNC.tif. [5701941_R__1; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; P{GMR76E09-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; expresses; Lines/GMR_71-80/76E09_sp/Confocal_63x_2013-01-08_76E09_VNC/stack_TIFF/76E09_57C10FlpL_G_VNC.tif; embryonic/larval central nervous system; GMR 76E09 FLP 10-1; ventrolateral domain of larval A4 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 76G04 FLP 15-1 [VFB_00061871]

A single 76G04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/76G04_sp_B_cell in VNC/Confocal_63x_2012-05-21_76G04_VNC/stack_TIFF/76G04_3xwtFlp40_A_VNC.tif. [Lines/GMR_71-80/76G04_sp_B_cell in VNC/Confocal_63x_2012-05-21_76G04_VNC/stack_TIFF/76G04_3xwtFlp40_A_VNC.tif; GMR 76G04 FLP 15-1; confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A7 neuromere; dorsolateral domain of larval A6 neuromere; is part of; 5701693_R__1; P{GMR76G04-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 76G11 FLP 1-1 [VFB_00061615]

A single 76G11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/76G11_sp/Confocal_63x_2012-11-29_76G11_VNC/stack_TIFF/76G11_57C10wtFlp_C_VNC.tif. [5701028_R__1; centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; GMR 76G11 FLP 1-1; expresses; central domain of larval A3 neuromere; P{GMR76G11-GAL4} expression pattern; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; Lines/GMR_71-80/76G11_sp/Confocal_63x_2012-11-29_76G11_VNC/stack_TIFF/76G11_57C10wtFlp_C_VNC.tif; L3 CNS template - Wood2018]

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GMR 76G11 FLP 2-1 [VFB_00061616]

A single 76G11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/76G11_sp/Confocal_63x_2012-11-29_76G11_VNC/stack_TIFF/76G11_57C10wtFlp_D_VNC.tif. [GMR 76G11 FLP 2-1; ventromedial domain of larval A8 neuromere; confocal microscopy; unlicensed; central domain of larval A7 neuromere; centrolateral domain of larval A6 neuromere; Lines/GMR_71-80/76G11_sp/Confocal_63x_2012-11-29_76G11_VNC/stack_TIFF/76G11_57C10wtFlp_D_VNC.tif; centrolateral domain of larval central nervous system; central domain of larval A6 neuromere; ventrolateral domain of larval A6 neuromere; ventrolateral domain of larval A7 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; is part of; ventrolateral domain of larval A8 neuromere; centromedial domain of larval A7 neuromere; 5701029_R__1; embryonic/larval neuron; centromedial domain of larval A6 neuromere; expresses; P{GMR76G11-GAL4} expression pattern; embryonic/larval central nervous system; centrolateral domain of larval A7 neuromere; L3 CNS template - Wood2018]

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GMR 76G11 FLP 2-2 [VFB_00061617]

A single 76G11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/76G11_sp/Confocal_63x_2012-11-29_76G11_VNC/stack_TIFF/76G11_57C10wtFlp_D_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; Lines/GMR_71-80/76G11_sp/Confocal_63x_2012-11-29_76G11_VNC/stack_TIFF/76G11_57C10wtFlp_D_VNC.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 76G11 FLP 2-2; central domain of larval central nervous system; is part of; 5701029_G__1; embryonic/larval neuron; expresses; P{GMR76G11-GAL4} expression pattern; larval T1 leg neuropil; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 76G11 FLP 4-1 [VFB_00061618]

A single 76G11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/76G11_sp/Confocal_63x_2012-11-29_76G11_VNC/stack_TIFF/76G11_57C10wtFlp_B_VNC.tif. [centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval maxillary neuromere; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; Lines/GMR_71-80/76G11_sp/Confocal_63x_2012-11-29_76G11_VNC/stack_TIFF/76G11_57C10wtFlp_B_VNC.tif; dorsomedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval mandibular neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval maxillary neuromere; is part of; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; P{GMR76G11-GAL4} expression pattern; embryonic/larval central nervous system; centrolateral domain of larval maxillary neuromere; 5701027_G__1; GMR 76G11 FLP 4-1; L3 CNS template - Wood2018]

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GMR 77B12 FLP 21-1 [VFB_00059496]

A single 77B12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/77B12_B_ thoracic descending/Confocal_63x_2012-05-21_77B12_VNC_wtFlp/stack_TIFF/77B12_57C10wtFlp_A_VNC.tif. [confocal microscopy; unlicensed; Lines/GMR_71-80/77B12_B_ thoracic descending/Confocal_63x_2012-05-21_77B12_VNC_wtFlp/stack_TIFF/77B12_57C10wtFlp_A_VNC.tif; ventromedial domain of larval A3 neuromere; P{GMR77B12-GAL4} expression pattern; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; 5702260_R__2; is part of; embryonic/larval neuron; expresses; GMR 77B12 FLP 21-1; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 77B12 FLP 27-1 [VFB_00059500]

A single 77B12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/77B12_B_ thoracic descending/Confocal_63x_2012-05-21_77B12_VNC_FlpL/stack_TIFF/77B12_57C10FlpL_F_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; P{GMR77B12-GAL4} expression pattern; expression pattern fragment; confocal microscopy; expresses; unlicensed; Truman Larval Flip-Out Collection; is part of; 5702266_R__3; embryonic/larval neuron; GMR 77B12 FLP 27-1; Lines/GMR_71-80/77B12_B_ thoracic descending/Confocal_63x_2012-05-21_77B12_VNC_FlpL/stack_TIFF/77B12_57C10FlpL_F_VNC.tif]

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GMR 77B12 FLP 27-2 [VFB_00059501]

A fragment of the 77B12 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/77B12_B_ thoracic descending/Confocal_63x_2012-05-21_77B12_VNC_FlpL/stack_TIFF/77B12_57C10FlpL_F_VNC.tif. [L3 CNS template - Wood2018; P{GMR77B12-GAL4} expression pattern; embryonic/larval central nervous system; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; GMR 77B12 FLP 27-2; expression pattern fragment; 5702266_G__2; expresses; Lines/GMR_71-80/77B12_B_ thoracic descending/Confocal_63x_2012-05-21_77B12_VNC_FlpL/stack_TIFF/77B12_57C10FlpL_F_VNC.tif]

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GMR 77C04 FLP 11-1 [VFB_00060288]

A single 77C04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/77C04/Confocal_63x_2013-01-24_77C04_VNC/stack_TIFF/77C04_57C10FlpL_C_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; GMR 77C04 FLP 11-1; centrolateral domain of larval A1 neuromere; unlicensed; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; is part of; overlaps; confocal microscopy; P{GMR77C04-GAL4} expression pattern; 5700445_R__1; centrolateral domain of larval central nervous system; dorsolateral domain of larval central nervous system; Lines/GMR_71-80/77C04/Confocal_63x_2013-01-24_77C04_VNC/stack_TIFF/77C04_57C10FlpL_C_VNC.tif; embryonic/larval neuron; expresses]

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GMR 77C04 FLP 12-1 [VFB_00060289]

A single 77C04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/77C04/Confocal_63x_2013-01-24_77C04_VNC/stack_TIFF/77C04_57C10FlpL_A_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; GMR 77C04 FLP 12-1; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; 5700444_R__1; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval A1 neuromere; is part of; P{GMR77C04-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_71-80/77C04/Confocal_63x_2013-01-24_77C04_VNC/stack_TIFF/77C04_57C10FlpL_A_VNC.tif; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 77C04 FLP 13-1 [VFB_00060290]

A single 77C04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/77C04/Confocal_63x_2013-01-24_77C04_VNC/stack_TIFF/77C04_57C10FlpL_J_VNC.tif. [GMR 77C04 FLP 13-1; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_71-80/77C04/Confocal_63x_2013-01-24_77C04_VNC/stack_TIFF/77C04_57C10FlpL_J_VNC.tif; expression pattern fragment; centrolateral domain of larval A2 neuromere; is part of; P{GMR77C04-GAL4} expression pattern; 5700443_R__1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 77C04 FLP 14-1 [VFB_00060291]

A single 77C04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/77C04/Confocal_63x_2013-01-24_77C04_VNC/stack_TIFF/77C04_57C10FlpL_D_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; 5700442_R__1; Lines/GMR_71-80/77C04/Confocal_63x_2013-01-24_77C04_VNC/stack_TIFF/77C04_57C10FlpL_D_VNC.tif; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval A1 neuromere; is part of; P{GMR77C04-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A1 neuromere; GMR 77C04 FLP 14-1; larval T3 leg neuropil; L3 CNS template - Wood2018]

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GMR 77C04 FLP 15-1 [VFB_00060292]

A single 77C04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/77C04/Confocal_63x_2013-01-24_77C04_VNC/stack_TIFF/77C04_57C10FlpL_E_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; 5700441_R__4; GMR 77C04 FLP 15-1; expression pattern fragment; confocal microscopy; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; ventromedial domain of larval A4 neuromere; P{GMR77C04-GAL4} expression pattern; Lines/GMR_71-80/77C04/Confocal_63x_2013-01-24_77C04_VNC/stack_TIFF/77C04_57C10FlpL_E_VNC.tif; embryonic/larval neuron; expresses]

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GMR 77C04 FLP 18-1 [VFB_00060293]

A single 77C04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/77C04/Confocal_63x_2013-01-24_77C04_VNC/stack_TIFF/77C04_57C10FlpL_B_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; GMR 77C04 FLP 18-1; centrolateral domain of larval T3 neuromere; centrolateral domain of larval A1 neuromere; is part of; P{GMR77C04-GAL4} expression pattern; embryonic/larval neuron; 5700448_R__1; expresses; embryonic/larval central nervous system; Lines/GMR_71-80/77C04/Confocal_63x_2013-01-24_77C04_VNC/stack_TIFF/77C04_57C10FlpL_B_VNC.tif; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 77D04 FLP 11-1 [VFB_00060392]

A single 77D04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/77D04 very busy_New/Confocal_63x_2012-12-15_77D04_VNC/stack_TIFF/77D04_57C10wtFlp_I_VNC.tif. [ventromedial domain of larval A8 neuromere; confocal microscopy; Lines/GMR_71-80/77D04 very busy_New/Confocal_63x_2012-12-15_77D04_VNC/stack_TIFF/77D04_57C10wtFlp_I_VNC.tif; unlicensed; central domain of larval A7 neuromere; P{GMR77D04-GAL4} expression pattern; centrolateral domain of larval A6 neuromere; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; central domain of larval A6 neuromere; ventrolateral domain of larval A6 neuromere; ventrolateral domain of larval A7 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 77D04 FLP 11-1; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; 5701819_R__2; embryonic/larval neuron; centromedial domain of larval A6 neuromere; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 77D04 FLP 15-1 [VFB_00060393]

A single 77D04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/77D04 very busy_New/Confocal_63x_2012-12-15_77D04_VNC/stack_TIFF/77D04_57C10wtFlp_H_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; P{GMR77D04-GAL4} expression pattern; Lines/GMR_71-80/77D04 very busy_New/Confocal_63x_2012-12-15_77D04_VNC/stack_TIFF/77D04_57C10wtFlp_H_VNC.tif; centromedial domain of larval central nervous system; GMR 77D04 FLP 15-1; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; expression pattern fragment; central domain of larval central nervous system; is part of; 5701815_G__2; embryonic/larval neuron; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 77D04 FLP 18-1 [VFB_00060394]

A single 77D04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/77D04 very busy_New/Confocal_63x_2012-01-14_77D04_VNC/stack_TIFF/77D04_57C10wtFlp_K_Br.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; GMR 77D04 FLP 18-1; unlicensed; 5701812_R__1; Truman Larval Flip-Out Collection; is part of; P{GMR77D04-GAL4} expression pattern; embryonic/larval neuron; Lines/GMR_71-80/77D04 very busy_New/Confocal_63x_2012-01-14_77D04_VNC/stack_TIFF/77D04_57C10wtFlp_K_Br.tif; expresses]

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GMR 77D08 FLP 10-1 [VFB_00061818]

A single 77D08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/77D08_AD/Confocal_63x_2013-01-24_77D08_VNC_AD/stack_TIFF/77D08_57C10FlpL_H_VNC.tif. [ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; P{GMR77D08-GAL4} expression pattern; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; expression pattern fragment; GMR 77D08 FLP 10-1; central domain of larval central nervous system; is part of; 5700946_R__1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; Lines/GMR_71-80/77D08_AD/Confocal_63x_2013-01-24_77D08_VNC_AD/stack_TIFF/77D08_57C10FlpL_H_VNC.tif; L3 CNS template - Wood2018]

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GMR 77D08 FLP 11-1 [VFB_00061819]

A single 77D08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/77D08_AD/Confocal_63x_2013-01-24_77D08_VNC_AD/stack_TIFF/77D08_57C10FlpL_C_VNC.tif. [GMR 77D08 FLP 11-1; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; P{GMR77D08-GAL4} expression pattern; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; 5700947_R__2; ventromedial domain of larval maxillary neuromere; Lines/GMR_71-80/77D08_AD/Confocal_63x_2013-01-24_77D08_VNC_AD/stack_TIFF/77D08_57C10FlpL_C_VNC.tif; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; L3 CNS template - Wood2018]

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GMR 77D08 FLP 14-1 [VFB_00061820]

A single 77D08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/77D08_AD/Confocal_63x_2013-01-24_77D08_VNC_AD/stack_TIFF/77D08_57C10FlpL_D_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; P{GMR77D08-GAL4} expression pattern; GMR 77D08 FLP 14-1; Lines/GMR_71-80/77D08_AD/Confocal_63x_2013-01-24_77D08_VNC_AD/stack_TIFF/77D08_57C10FlpL_D_VNC.tif; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; 5700948_R__1; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 77E07 FLP 6-1 [VFB_00060400]

A single 77E07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/77E07 A lin32/Confocal_63x_2012-05-07_77E07_VNC/stack_TIFF/77E07_57C10wtFlp_G_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; P{GMR77E07-GAL4} expression pattern; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; GMR 77E07 FLP 6-1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_71-80/77E07 A lin32/Confocal_63x_2012-05-07_77E07_VNC/stack_TIFF/77E07_57C10wtFlp_G_VNC.tif; central domain of larval A1 neuromere; 5700147_G__2; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 77F07 FLP 2-1 [VFB_00061118]

A single 77F07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/77F07/Confocal_63x_2013-01-24_77F07_VNC/stack_TIFF/77F07_57C10FlpL_B_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; is part of; 5701796_G__1; GMR 77F07 FLP 2-1; Lines/GMR_71-80/77F07/Confocal_63x_2013-01-24_77F07_VNC/stack_TIFF/77F07_57C10FlpL_B_VNC.tif; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR77F07-GAL4} expression pattern; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 77F07 FLP 4-1 [VFB_00061119]

A single 77F07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/77F07/Confocal_63x_2013-01-24_77F07_VNC/stack_TIFF/77F07_57C10FlpL_D_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; 5701799_G__3; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; dorsomedial domain of larval central nervous system; GMR 77F07 FLP 4-1; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_71-80/77F07/Confocal_63x_2013-01-24_77F07_VNC/stack_TIFF/77F07_57C10FlpL_D_VNC.tif; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR77F07-GAL4} expression pattern; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 78A03 FLP 4-1 [VFB_00058415]

A single 78A03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/78A03_new/Confocal_63X_2014-10-23_PM_VNC/stack_TIFF/78A03_57C10L_C_VNC.tif. [ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; ventrolateral domain of larval labial neuromere; Lines/GMR_71-80/78A03_new/Confocal_63X_2014-10-23_PM_VNC/stack_TIFF/78A03_57C10L_C_VNC.tif; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 78A03 FLP 4-1; 5700431_G__1; is part of; embryonic/larval neuron; expresses; P{GMR78A03-GAL4} expression pattern; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 78B06 FLP 7-1 [VFB_00061396]

A single 78B06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/78B06_sp_lateral/Confocal_63x_2012-07-18A_78B06_VNC/stack_TIFF/78B06_57C10wtFlp_C_VNC.tif. [centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval maxillary neuromere; ventrolateral domain of larval labial neuromere; GMR 78B06 FLP 7-1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; dorsomedial domain of larval labial neuromere; P{GMR78B06-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval mandibular neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval maxillary neuromere; is part of; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 5701368_G__1; Lines/GMR_71-80/78B06_sp_lateral/Confocal_63x_2012-07-18A_78B06_VNC/stack_TIFF/78B06_57C10wtFlp_C_VNC.tif; centrolateral domain of larval T1 neuromere; centromedial domain of larval mandibular neuromere; L3 CNS template - Wood2018]

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GMR 78E06 FLP 10-1 [VFB_00059464]

A single 78E06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/78E06/Confocal_63x_2013-01-24_78E06_VNC/stack_TIFF/78E06_57C10FlpL_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; 5701533_G__3; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 78E06 FLP 10-1; L3 CNS template - Wood2018; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; Lines/GMR_71-80/78E06/Confocal_63x_2013-01-24_78E06_VNC/stack_TIFF/78E06_57C10FlpL_F_VNC.tif; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; P{GMR78E06-GAL4} expression pattern; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 78E06 FLP 7-1 [VFB_00057403]

A single 78E06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/78E06/Confocal_63x_2013-01-24_78E06_VNC/stack_TIFF/78E06_57C10FlpL_I_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 78E06 FLP 7-1; expression pattern fragment; L3 CNS template - Wood2018; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; 5701530_G__1; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_71-80/78E06/Confocal_63x_2013-01-24_78E06_VNC/stack_TIFF/78E06_57C10FlpL_I_VNC.tif; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; P{GMR78E06-GAL4} expression pattern; centrolateral domain of larval T2 neuromere]

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GMR 78G08 FLP 4-1 [VFB_00061845]

A single 78G08 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/78G08_abd_scored/Confocal_63x_2011-10-07_78G08_VNC-JT/stack_TIFF/78G08_57C10wtFlp_E.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; central domain of larval A6 neuromere; ventrolateral domain of larval A6 neuromere; centromedial domain of larval central nervous system; central domain of larval A4 neuromere; P{GMR78G08-GAL4} expression pattern; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; Lines/GMR_71-80/78G08_abd_scored/Confocal_63x_2011-10-07_78G08_VNC-JT/stack_TIFF/78G08_57C10wtFlp_E.tif; is part of; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; 5700835_G__2; central domain of larval A5 neuromere; GMR 78G08 FLP 4-1; L3 CNS template - Wood2018]

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GMR 78G09 FLP 11-1 [VFB_00061817]

A single 78G09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/78G09_sp_good brain neurosn/Confocal_63x_2012-04-27_78G09_VNC/stack_TIFF/78G09_57C10wtFlp_B_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; GMR 78G09 FLP 11-1; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; 5702059_G__1; central domain of larval central nervous system; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; Lines/GMR_71-80/78G09_sp_good brain neurosn/Confocal_63x_2012-04-27_78G09_VNC/stack_TIFF/78G09_57C10wtFlp_B_VNC.tif; central domain of larval A5 neuromere; P{GMR78G09-GAL4} expression pattern; L3 CNS template - Wood2018]

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GMR 78H06 FLP 13-1 [VFB_00060255]

A single 78H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/78H06_Abd_scored/Confocal_63x_2011-11-14_78H06_VNC-JT/stack_TIFF/78H06_57C10FlpL_F_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; P{GMR78H06-GAL4} expression pattern; dorsolateral domain of larval A5 neuromere; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; is part of; 5701718_G__1; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; Lines/GMR_71-80/78H06_Abd_scored/Confocal_63x_2011-11-14_78H06_VNC-JT/stack_TIFF/78H06_57C10FlpL_F_VNC.tif; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; GMR 78H06 FLP 13-1; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 78H06 FLP 13-2 [VFB_00060256]

A single 78H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/78H06_Abd_scored/Confocal_63x_2011-11-14_78H06_VNC-JT/stack_TIFF/78H06_57C10FlpL_F_VNC.tif. [confocal microscopy; unlicensed; P{GMR78H06-GAL4} expression pattern; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval A2 neuromere; 5701718_G__3; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; GMR 78H06 FLP 13-2; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; Lines/GMR_71-80/78H06_Abd_scored/Confocal_63x_2011-11-14_78H06_VNC-JT/stack_TIFF/78H06_57C10FlpL_F_VNC.tif; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 78H06 FLP 13-3 [VFB_00060257]

A single 78H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/78H06_Abd_scored/Confocal_63x_2011-11-14_78H06_VNC-JT/stack_TIFF/78H06_57C10FlpL_F_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; P{GMR78H06-GAL4} expression pattern; dorsolateral domain of larval A5 neuromere; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; 5701718_G__4; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; Lines/GMR_71-80/78H06_Abd_scored/Confocal_63x_2011-11-14_78H06_VNC-JT/stack_TIFF/78H06_57C10FlpL_F_VNC.tif; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; GMR 78H06 FLP 13-3; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 78H06 FLP 15-1 [VFB_00060258]

A single 78H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/78H06_Abd_scored/Confocal_63x_2011-11-14_78H06_VNC-JT/stack_TIFF/78H06_57C10FlpL_B_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; GMR 78H06 FLP 15-1; P{GMR78H06-GAL4} expression pattern; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; is part of; 5701712_R__1; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; Lines/GMR_71-80/78H06_Abd_scored/Confocal_63x_2011-11-14_78H06_VNC-JT/stack_TIFF/78H06_57C10FlpL_B_VNC.tif; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 78H06 FLP 16-1 [VFB_00061606]

A single 78H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/78H06_Abd_scored/Confocal_63x_2011-11-14_78H06_VNC-JT/stack_TIFF/78H06_57C10FlpL_H_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; GMR 78H06 FLP 16-1; P{GMR78H06-GAL4} expression pattern; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; 5701713_R__2; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; Lines/GMR_71-80/78H06_Abd_scored/Confocal_63x_2011-11-14_78H06_VNC-JT/stack_TIFF/78H06_57C10FlpL_H_VNC.tif; central domain of larval central nervous system; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 78H06 FLP 16-2 [VFB_00061607]

A fragment of the 78H06 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/78H06_Abd_scored/Confocal_63x_2011-11-14_78H06_VNC-JT/stack_TIFF/78H06_57C10FlpL_H_VNC.tif. [GMR 78H06 FLP 16-2; confocal microscopy; unlicensed; central domain of larval A7 neuromere; P{GMR78H06-GAL4} expression pattern; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A7 neuromere; Lines/GMR_71-80/78H06_Abd_scored/Confocal_63x_2011-11-14_78H06_VNC-JT/stack_TIFF/78H06_57C10FlpL_H_VNC.tif; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; 5701713_G__3; is part of; dorsomedial domain of larval A5 neuromere; centromedial domain of larval A7 neuromere; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 78H06 FLP 16-3 [VFB_00061608]

A single 78H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/78H06_Abd_scored/Confocal_63x_2011-11-14_78H06_VNC-JT/stack_TIFF/78H06_57C10FlpL_H_VNC.tif. [confocal microscopy; unlicensed; P{GMR78H06-GAL4} expression pattern; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; 5701713_G__4; expression pattern fragment; Lines/GMR_71-80/78H06_Abd_scored/Confocal_63x_2011-11-14_78H06_VNC-JT/stack_TIFF/78H06_57C10FlpL_H_VNC.tif; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; GMR 78H06 FLP 16-3; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 78H06 FLP 17-1 [VFB_00060261]

A single 78H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/78H06_Abd_scored/Confocal_63x_2011-11-14_78H06_VNC-JT/stack_TIFF/78H06_57C10FlpL_D_VNC.tif. [confocal microscopy; GMR 78H06 FLP 17-1; unlicensed; P{GMR78H06-GAL4} expression pattern; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; 5701714_G__4; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; Lines/GMR_71-80/78H06_Abd_scored/Confocal_63x_2011-11-14_78H06_VNC-JT/stack_TIFF/78H06_57C10FlpL_D_VNC.tif; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 78H06 FLP 18-1 [VFB_00060262]

A single 78H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/78H06_Abd_scored/Confocal_63x_2011-11-14_78H06_VNC-JT/stack_TIFF/78H06_57C10FlpL_A_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; P{GMR78H06-GAL4} expression pattern; dorsolateral domain of larval A5 neuromere; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 78H06 FLP 18-1; Lines/GMR_71-80/78H06_Abd_scored/Confocal_63x_2011-11-14_78H06_VNC-JT/stack_TIFF/78H06_57C10FlpL_A_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; 5701715_R__1; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 78H06 FLP 18-2 [VFB_00060263]

A single 78H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/78H06_Abd_scored/Confocal_63x_2011-11-14_78H06_VNC-JT/stack_TIFF/78H06_57C10FlpL_A_VNC.tif. [confocal microscopy; unlicensed; central domain of larval A7 neuromere; P{GMR78H06-GAL4} expression pattern; centrolateral domain of larval A6 neuromere; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval central nervous system; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 78H06 FLP 18-2; Lines/GMR_71-80/78H06_Abd_scored/Confocal_63x_2011-11-14_78H06_VNC-JT/stack_TIFF/78H06_57C10FlpL_A_VNC.tif; expression pattern fragment; dorsolateral domain of larval A7 neuromere; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; is part of; centromedial domain of larval A7 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; 5701715_G__3; centrolateral domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 78H06 FLP 19-1 [VFB_00060264]

A single 78H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/78H06_Abd_scored/Confocal_63x_2011-11-14_78H06_VNC-JT/stack_TIFF/78H06_57C10FlpL_C_VNC.tif. [GMR 78H06 FLP 19-1; confocal microscopy; unlicensed; P{GMR78H06-GAL4} expression pattern; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; expression pattern fragment; Lines/GMR_71-80/78H06_Abd_scored/Confocal_63x_2011-11-14_78H06_VNC-JT/stack_TIFF/78H06_57C10FlpL_C_VNC.tif; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; 5701716_R__2; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 78H06 FLP 20-1 [VFB_00060265]

A single 78H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/78H06_Abd_scored/Confocal_63x_2011-11-14_78H06_VNC-JT/stack_TIFF/78H06_57C10FlpL_G_VNC.tif. [confocal microscopy; 5701717_G__1; unlicensed; central domain of larval A7 neuromere; P{GMR78H06-GAL4} expression pattern; dorsomedial domain of larval A6 neuromere; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 78H06 FLP 20-1; dorsolateral domain of larval A7 neuromere; expression pattern fragment; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; Lines/GMR_71-80/78H06_Abd_scored/Confocal_63x_2011-11-14_78H06_VNC-JT/stack_TIFF/78H06_57C10FlpL_G_VNC.tif; is part of; centromedial domain of larval A7 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 78H06 FLP 20-2 [VFB_00060266]

A single 78H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/78H06_Abd_scored/Confocal_63x_2011-11-14_78H06_VNC-JT/stack_TIFF/78H06_57C10FlpL_G_VNC.tif. [confocal microscopy; unlicensed; P{GMR78H06-GAL4} expression pattern; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 78H06 FLP 20-2; ventrolateral domain of larval central nervous system; expression pattern fragment; 5701717_G__2; central domain of larval central nervous system; Lines/GMR_71-80/78H06_Abd_scored/Confocal_63x_2011-11-14_78H06_VNC-JT/stack_TIFF/78H06_57C10FlpL_G_VNC.tif; is part of; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 78H08 FLP 1-1 [VFB_00060396]

A fragment of the 78H08 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/78H08_sp_Abd_scored_New/Confocal_63x_2011-08-02_78H08-JT/stack_TIFF/78H08_57C10FlpL_A.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; ventrolateral domain of larval A6 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; P{GMR78H08-GAL4} expression pattern; is part of; 5700638_G__1; expresses; embryonic/larval central nervous system; Lines/GMR_71-80/78H08_sp_Abd_scored_New/Confocal_63x_2011-08-02_78H08-JT/stack_TIFF/78H08_57C10FlpL_A.tif; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; ventrolateral domain of larval A4 neuromere; GMR 78H08 FLP 1-1; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 78H08 FLP 3-1 [VFB_00060397]

A fragment of the 78H08 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/78H08_sp_Abd_scored_New/Confocal_63x_2011-08-02_78H08-JT/stack_TIFF/78H08_57C10FlpL_I.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; central domain of larval A6 neuromere; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; 5700634_R__1; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; P{GMR78H08-GAL4} expression pattern; is part of; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; Lines/GMR_71-80/78H08_sp_Abd_scored_New/Confocal_63x_2011-08-02_78H08-JT/stack_TIFF/78H08_57C10FlpL_I.tif; ventrolateral domain of larval A1 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018; GMR 78H08 FLP 3-1]

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GMR 78H08 FLP 3-2 [VFB_00060398]

A fragment of the 78H08 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/78H08_sp_Abd_scored_New/Confocal_63x_2011-08-02_78H08-JT/stack_TIFF/78H08_57C10FlpL_I.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; 5700634_G__1; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; P{GMR78H08-GAL4} expression pattern; is part of; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; Lines/GMR_71-80/78H08_sp_Abd_scored_New/Confocal_63x_2011-08-02_78H08-JT/stack_TIFF/78H08_57C10FlpL_I.tif; ventrolateral domain of larval A1 neuromere; GMR 78H08 FLP 3-2; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 78H08 FLP 5-1 [VFB_00060399]

A fragment of the 78H08 expression pattern from the flip-out collection of Jim Truman consisting of 3 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/78H08_sp_Abd_scored_New/Confocal_63x_2011-08-02_78H08-JT/stack_TIFF/78H08_57C10FlpL_D.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_71-80/78H08_sp_Abd_scored_New/Confocal_63x_2011-08-02_78H08-JT/stack_TIFF/78H08_57C10FlpL_D.tif; GMR 78H08 FLP 5-1; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; P{GMR78H08-GAL4} expression pattern; is part of; ventrolateral domain of larval A2 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; ventrolateral domain of larval A4 neuromere; ventrolateral domain of larval A1 neuromere; centromedial domain of larval A3 neuromere; 5700636_G__1; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 79B04 FLP 10-1 [VFB_00061403]

A single 79B04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/79B04_sp_no brain/Confocal_63x_2012-05-11_79B04_VNC/stack_TIFF/79B04_57C10FlpL_A_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; P{GMR79B04-GAL4} expression pattern; Lines/GMR_71-80/79B04_sp_no brain/Confocal_63x_2012-05-11_79B04_VNC/stack_TIFF/79B04_57C10FlpL_A_VNC.tif; 5700012_R__1; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; GMR 79B04 FLP 10-1; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 79B04 FLP 3-1 [VFB_00061401]

A single 79B04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/79B04_sp_no brain/Confocal_63x_2012-05-11_79B04_VNC/stack_TIFF/79B04_57C10FlpL_D_VNC.tif. [ventromedial domain of larval A8 neuromere; confocal microscopy; unlicensed; P{GMR79B04-GAL4} expression pattern; central domain of larval A7 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; dorsolateral domain of larval A7 neuromere; expression pattern fragment; dorsal domain of larval A9 neuromere; 5700018_R__2; Lines/GMR_71-80/79B04_sp_no brain/Confocal_63x_2012-05-11_79B04_VNC/stack_TIFF/79B04_57C10FlpL_D_VNC.tif; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; is part of; ventrolateral domain of larval A8 neuromere; centromedial domain of larval A7 neuromere; embryonic/larval neuron; ventral domain of larval A9 neuromere; central domain of larval A9 neuromere; dorsolateral domain of larval A8 neuromere; expresses; centromedial domain of larval A8 neuromere; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; central domain of larval A8 neuromere; dorsomedial domain of larval A8 neuromere; GMR 79B04 FLP 3-1; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 79B04 FLP 3-2 [VFB_00061402]

A single 79B04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/79B04_sp_no brain/Confocal_63x_2012-05-11_79B04_VNC/stack_TIFF/79B04_57C10FlpL_D_VNC.tif. [ventromedial domain of larval A8 neuromere; GMR 79B04 FLP 3-2; confocal microscopy; unlicensed; P{GMR79B04-GAL4} expression pattern; central domain of larval A7 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval A7 neuromere; dorsal domain of larval A9 neuromere; Lines/GMR_71-80/79B04_sp_no brain/Confocal_63x_2012-05-11_79B04_VNC/stack_TIFF/79B04_57C10FlpL_D_VNC.tif; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; is part of; ventrolateral domain of larval A8 neuromere; embryonic/larval neuron; central domain of larval A9 neuromere; ventral domain of larval A9 neuromere; dorsolateral domain of larval A8 neuromere; expresses; 5700018_G__1; centromedial domain of larval A8 neuromere; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; central domain of larval A8 neuromere; dorsomedial domain of larval A8 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 79D11 FLP 2-2 [VFB_00060828]

A fragment of the 79D11 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/79D11_sp_good thoracic/Confocal_63x_2012-04-27_79D11_VNC/stack_TIFF/79D11_57C10FlpL_A_VNC.tif. [ventrolateral domain of larval T2 neuromere; L3 CNS template - Wood2018; embryonic/larval central nervous system; P{GMR79D11-GAL4} expression pattern; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; 5700095_G__1; larval T2 leg neuropil; GMR 79D11 FLP 2-2; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_71-80/79D11_sp_good thoracic/Confocal_63x_2012-04-27_79D11_VNC/stack_TIFF/79D11_57C10FlpL_A_VNC.tif; expresses]

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GMR 79D11 FLP 3-1 [VFB_00060829]

A single 79D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/79D11_sp_good thoracic/Confocal_63x_2012-04-27_79D11_VNC/stack_TIFF/79D11_57C10FlpL_C_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; 5700096_R__1; confocal microscopy; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; GMR 79D11 FLP 3-1; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; embryonic/larval neuron; Lines/GMR_71-80/79D11_sp_good thoracic/Confocal_63x_2012-04-27_79D11_VNC/stack_TIFF/79D11_57C10FlpL_C_VNC.tif; expresses; embryonic/larval central nervous system; P{GMR79D11-GAL4} expression pattern; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 79D11 FLP 4-1 [VFB_00060830]

A single 79D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/79D11_sp_good thoracic/Confocal_63x_2012-04-27_79D11_VNC/stack_TIFF/79D11_57C10FlpL_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; GMR 79D11 FLP 4-1; 5700097_G__1; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_71-80/79D11_sp_good thoracic/Confocal_63x_2012-04-27_79D11_VNC/stack_TIFF/79D11_57C10FlpL_B_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR79D11-GAL4} expression pattern; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 79D11 FLP 7-1 [VFB_00060831]

A single 79D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/79D11_sp_good thoracic/Confocal_63x_2012-04-27_79D11_VNC/stack_TIFF/79D11_57C10FlpL_D_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; 5700093_R__1; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; GMR 79D11 FLP 7-1; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval T3 neuromere; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR79D11-GAL4} expression pattern; Lines/GMR_71-80/79D11_sp_good thoracic/Confocal_63x_2012-04-27_79D11_VNC/stack_TIFF/79D11_57C10FlpL_D_VNC.tif; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 79E12 FLP 7-1 [VFB_00061024]

A single 79E12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/79E12/Confocal_63x_2012-06-21_79E12_VNC/stack_TIFF/79E12_57C10FlpL_E_VNC.tif. [P{GMR79E12-GAL4} expression pattern; ventromedial domain of larval labial neuromere; GMR 79E12 FLP 7-1; centromedial domain of larval labial neuromere; unlicensed; confocal microscopy; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; Lines/GMR_71-80/79E12/Confocal_63x_2012-06-21_79E12_VNC/stack_TIFF/79E12_57C10FlpL_E_VNC.tif; embryonic/larval neuron; expresses; 5702308_G__1; embryonic/larval central nervous system; central domain of larval labial neuromere; L3 CNS template - Wood2018]

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GMR 79E12 FLP 8-1 [VFB_00061025]

A single 79E12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/79E12/Confocal_63x_2012-06-21_79E12_VNC/stack_TIFF/79E12_57C10FlpL_A_VNC.tif. [P{GMR79E12-GAL4} expression pattern; centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_71-80/79E12/Confocal_63x_2012-06-21_79E12_VNC/stack_TIFF/79E12_57C10FlpL_A_VNC.tif; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; GMR 79E12 FLP 8-1; ventromedial domain of larval A5 neuromere; is part of; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; 5702309_G__1; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 79E12 FLP 8-2 [VFB_00061026]

A single 79E12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/79E12/Confocal_63x_2012-06-21_79E12_VNC/stack_TIFF/79E12_57C10FlpL_A_VNC.tif. [P{GMR79E12-GAL4} expression pattern; confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; 5702309_G__3; GMR 79E12 FLP 8-2; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_71-80/79E12/Confocal_63x_2012-06-21_79E12_VNC/stack_TIFF/79E12_57C10FlpL_A_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 79G07 FLP 3-1 [VFB_00057493]

A fragment of the 79G07 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/79G07_new/Confocal_63X_2014-10-23_PM_VNC/79G07_57C10L_B_VNC.tif. [centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; GMR 79G07 FLP 3-1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; 5701356_R__3; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_71-80/79G07_new/Confocal_63X_2014-10-23_PM_VNC/79G07_57C10L_B_VNC.tif; dorsomedial domain of larval mandibular neuromere; dorsomedial domain of larval T1 neuromere; expression pattern fragment; dorsolateral domain of larval T1 neuromere; dorsomedial domain of larval maxillary neuromere; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; expresses; P{GMR79G07-GAL4} expression pattern; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 79G07 FLP 3-2 [VFB_00057494]

A single 79G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/79G07_new/Confocal_63X_2014-10-23_PM_VNC/79G07_57C10L_B_VNC.tif. [P{GMR79G07-GAL4} expression pattern; centromedial domain of larval central nervous system; L3 CNS template - Wood2018; embryonic/larval central nervous system; centromedial domain of larval T2 neuromere; dorsomedial domain of larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; Lines/GMR_71-80/79G07_new/Confocal_63X_2014-10-23_PM_VNC/79G07_57C10L_B_VNC.tif; GMR 79G07 FLP 3-2; embryonic/larval neuron; 5701356_G__1; expresses; dorsomedial domain of larval T2 neuromere]

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GMR 79G12 FLP 5-1 [VFB_00060933]

A single 79G12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/79G12_sp_lateral neuron/Confocal_63x_2011-12-06_79G12_VNC/stack_TIFF/79G12_57C10FlpL_K_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; 5700425_R__1; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; GMR 79G12 FLP 5-1; embryonic/larval central nervous system; Lines/GMR_71-80/79G12_sp_lateral neuron/Confocal_63x_2011-12-06_79G12_VNC/stack_TIFF/79G12_57C10FlpL_K_VNC.tif; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; P{GMR79G12-GAL4} expression pattern; larval T3 leg neuropil; L3 CNS template - Wood2018]

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GMR 79G12 FLP 6-1 [VFB_00060934]

A single 79G12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/79G12_sp_lateral neuron/Confocal_63x_2011-12-06_79G12_VNC/stack_TIFF/79G12_57C10FlpL_J_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; Lines/GMR_71-80/79G12_sp_lateral neuron/Confocal_63x_2011-12-06_79G12_VNC/stack_TIFF/79G12_57C10FlpL_J_VNC.tif; is part of; embryonic/larval neuron; GMR 79G12 FLP 6-1; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; P{GMR79G12-GAL4} expression pattern; larval T3 leg neuropil; L3 CNS template - Wood2018; 5700424_R__1; centrolateral domain of larval T2 neuromere]

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GMR 79G12 FLP 6-2 [VFB_00060935]

A fragment of the 79G12 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/79G12_sp_lateral neuron/Confocal_63x_2011-12-06_79G12_VNC/stack_TIFF/79G12_57C10FlpL_J_VNC.tif. [ventrolateral domain of larval T2 neuromere; GMR 79G12 FLP 6-2; centromedial domain of larval T2 neuromere; 5700424_G__1; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; larval T2 leg neuropil; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; Lines/GMR_71-80/79G12_sp_lateral neuron/Confocal_63x_2011-12-06_79G12_VNC/stack_TIFF/79G12_57C10FlpL_J_VNC.tif; is part of; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; P{GMR79G12-GAL4} expression pattern; larval T3 leg neuropil; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 79G12 FLP 8-1 [VFB_00060936]

A single 79G12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/79G12_sp_lateral neuron/Confocal_63x_2011-12-06_79G12_VNC/stack_TIFF/79G12_57C10FlpL_I_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_71-80/79G12_sp_lateral neuron/Confocal_63x_2011-12-06_79G12_VNC/stack_TIFF/79G12_57C10FlpL_I_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; GMR 79G12 FLP 8-1; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; P{GMR79G12-GAL4} expression pattern; larval T3 leg neuropil; L3 CNS template - Wood2018; 5700426_G__1]

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GMR 79G12 FLP 8-2 [VFB_00060937]

A single 79G12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/79G12_sp_lateral neuron/Confocal_63x_2011-12-06_79G12_VNC/stack_TIFF/79G12_57C10FlpL_I_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_71-80/79G12_sp_lateral neuron/Confocal_63x_2011-12-06_79G12_VNC/stack_TIFF/79G12_57C10FlpL_I_VNC.tif; GMR 79G12 FLP 8-2; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; P{GMR79G12-GAL4} expression pattern; larval T3 leg neuropil; L3 CNS template - Wood2018; 5700426_G__2]

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GMR 79H02 FLP 5-1 [VFB_00060214]

A fragment of the 79H02 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/79H02_sp_AB/Confocal_63x_2011-09-02_79H02_VNC-JT/stack_TIFF/79H02_57C10wtFlp_C.tif. [dorsolateral domain of larval T3 neuromere; 5700168_G__1; confocal microscopy; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; Lines/GMR_71-80/79H02_sp_AB/Confocal_63x_2011-09-02_79H02_VNC-JT/stack_TIFF/79H02_57C10wtFlp_C.tif; P{GMR79H02-GAL4} expression pattern; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; GMR 79H02 FLP 5-1; is part of; expresses; embryonic/larval central nervous system; larval T3 leg neuropil; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 79H07 FLP 1-1 [VFB_00060200]

A single 79H07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/79H07/Confocal_63x_2012-04-27_79H07_VNC/stack_TIFF/79H07_57C10FlpL_C_VNC.tif. [confocal microscopy; unlicensed; Lines/GMR_71-80/79H07/Confocal_63x_2012-04-27_79H07_VNC/stack_TIFF/79H07_57C10FlpL_C_VNC.tif; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; P{GMR79H07-GAL4} expression pattern; overlaps; GMR 79H07 FLP 1-1; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018; 5701382_R__2]

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GMR 79H07 FLP 2-1 [VFB_00060201]

A single 79H07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/79H07/Confocal_63x_2012-04-27_79H07_VNC/stack_TIFF/79H07_57C10FlpL_B_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; P{GMR79H07-GAL4} expression pattern; overlaps; expression pattern fragment; dorsolateral domain of larval A6 neuromere; 5701381_R__3; is part of; GMR 79H07 FLP 2-1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; Lines/GMR_71-80/79H07/Confocal_63x_2012-04-27_79H07_VNC/stack_TIFF/79H07_57C10FlpL_B_VNC.tif; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 80A11 FLP 17-1 [VFB_00061853]

A single 80A11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/80A11_sp_score brain New/Confocal_63x_2011-08-03_80A11_VNC/stack_TIFF/80A11_57C10FlpL_H-2.tif. [L3 CNS template - Wood2018; Lines/GMR_71-80/80A11_sp_score brain New/Confocal_63x_2011-08-03_80A11_VNC/stack_TIFF/80A11_57C10FlpL_H-2.tif; embryonic/larval central nervous system; GMR 80A11 FLP 17-1; expression pattern fragment; confocal microscopy; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; 5700191_R__2; P{GMR80A11-GAL4} expression pattern; embryonic/larval neuron; ventrolateral domain of larval T3 neuromere; expresses]

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GMR 80A11 FLP 21-1 [VFB_00061644]

A single 80A11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/80A11_sp_score brain New/Confocal_63x_2011-08-03_80A11_VNC/stack_TIFF/80A11_57C10FlpL_F.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; P{GMR80A11-GAL4} expression pattern; 5700195_R__1; dorsomedial domain of larval A4 neuromere; Lines/GMR_71-80/80A11_sp_score brain New/Confocal_63x_2011-08-03_80A11_VNC/stack_TIFF/80A11_57C10FlpL_F.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; ventromedial domain of larval A5 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018; GMR 80A11 FLP 21-1]

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GMR 80A11 FLP 21-2 [VFB_00061645]

A single 80A11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/80A11_sp_score brain New/Confocal_63x_2011-08-03_80A11_VNC/stack_TIFF/80A11_57C10FlpL_F.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; P{GMR80A11-GAL4} expression pattern; Lines/GMR_71-80/80A11_sp_score brain New/Confocal_63x_2011-08-03_80A11_VNC/stack_TIFF/80A11_57C10FlpL_F.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; GMR 80A11 FLP 21-2; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; is part of; 5700195_G__2; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 80A11 FLP 21-3 [VFB_00061646]

A single 80A11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/80A11_sp_score brain New/Confocal_63x_2011-08-03_80A11_VNC/stack_TIFF/80A11_57C10FlpL_F.tif. [ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; P{GMR80A11-GAL4} expression pattern; centromedial domain of larval T1 neuromere; centromedial domain of larval maxillary neuromere; Lines/GMR_71-80/80A11_sp_score brain New/Confocal_63x_2011-08-03_80A11_VNC/stack_TIFF/80A11_57C10FlpL_F.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; expression pattern fragment; dorsomedial domain of larval maxillary neuromere; is part of; ventromedial domain of larval maxillary neuromere; 5700195_G__3; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 80A11 FLP 21-3; L3 CNS template - Wood2018]

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GMR 80B04 FLP 5-1 [VFB_00060206]

A fragment of the 80B04 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/80B04_sp_one brain neuron/Confocal_63x_2012-04-27_80B04_VNC/stack_TIFF/80B04_57C10wtFlp_C_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; ventrolateral domain of larval T1 neuromere; ventrolateral domain of larval labial neuromere; unlicensed; confocal microscopy; Truman Larval Flip-Out Collection; is part of; P{GMR80B04-GAL4} expression pattern; overlaps; Lines/GMR_71-80/80B04_sp_one brain neuron/Confocal_63x_2012-04-27_80B04_VNC/stack_TIFF/80B04_57C10wtFlp_C_VNC.tif; 5700162_R__1; ventrolateral domain of larval central nervous system; expression pattern fragment; expresses; GMR 80B04 FLP 5-1]

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GMR 80B04 FLP 5-2 [VFB_00060207]

A fragment of the 80B04 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/80B04_sp_one brain neuron/Confocal_63x_2012-04-27_80B04_VNC/stack_TIFF/80B04_57C10wtFlp_C_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; P{GMR80B04-GAL4} expression pattern; overlaps; expression pattern fragment; is part of; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; Lines/GMR_71-80/80B04_sp_one brain neuron/Confocal_63x_2012-04-27_80B04_VNC/stack_TIFF/80B04_57C10wtFlp_C_VNC.tif; dorsomedial domain of larval A8 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; 5700162_G__5; L3 CNS template - Wood2018; GMR 80B04 FLP 5-2]

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GMR 80B04 FLP 6-1 [VFB_00060208]

A single 80B04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/80B04_sp_one brain neuron/Confocal_63x_2012-04-27_80B04_VNC/stack_TIFF/80B04_57C10wtFlp_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; GMR 80B04 FLP 6-1; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; Lines/GMR_71-80/80B04_sp_one brain neuron/Confocal_63x_2012-04-27_80B04_VNC/stack_TIFF/80B04_57C10wtFlp_F_VNC.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; P{GMR80B04-GAL4} expression pattern; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; 5700163_R__1; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 80B04 FLP 6-2 [VFB_00060209]

A single 80B04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/80B04_sp_one brain neuron/Confocal_63x_2012-04-27_80B04_VNC/stack_TIFF/80B04_57C10wtFlp_F_VNC.tif. [L3 CNS template - Wood2018; GMR 80B04 FLP 6-2; 5700163_G__2; embryonic/larval central nervous system; dorsomedial domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A7 neuromere; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; P{GMR80B04-GAL4} expression pattern; overlaps; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; Lines/GMR_71-80/80B04_sp_one brain neuron/Confocal_63x_2012-04-27_80B04_VNC/stack_TIFF/80B04_57C10wtFlp_F_VNC.tif; embryonic/larval neuron; expresses]

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GMR 80B04 FLP 7-1 [VFB_00060210]

A single 80B04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/80B04_sp_one brain neuron/Confocal_63x_2012-04-27_80B04_VNC/stack_TIFF/80B04_57C10wtFlp_E_VNC.tif. [confocal microscopy; unlicensed; 5700164_G__2; centrolateral domain of larval central nervous system; Lines/GMR_71-80/80B04_sp_one brain neuron/Confocal_63x_2012-04-27_80B04_VNC/stack_TIFF/80B04_57C10wtFlp_E_VNC.tif; Truman Larval Flip-Out Collection; P{GMR80B04-GAL4} expression pattern; overlaps; expression pattern fragment; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; GMR 80B04 FLP 7-1]

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GMR 80B04 FLP 9-1 [VFB_00060213]

A single 80B04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/80B04_sp_one brain neuron/Confocal_63x_2012-04-27_80B04_VNC/stack_TIFF/80B04_57C10wtFlp_D_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; P{GMR80B04-GAL4} expression pattern; overlaps; expression pattern fragment; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; GMR 80B04 FLP 9-1; expresses; embryonic/larval central nervous system; Lines/GMR_71-80/80B04_sp_one brain neuron/Confocal_63x_2012-04-27_80B04_VNC/stack_TIFF/80B04_57C10wtFlp_D_VNC.tif; dorsomedial domain of larval A7 neuromere; 5700166_R__1; dorsomedial domain of larval A8 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 80B06 FLP 1-1 [VFB_00058402]

A single 80B06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/80B06/Confocal_63x_2012-05-08_80B06_VNC/stack_TIFF/80B06_57C10FlpL_B_VNC.tif. [L3 CNS template - Wood2018; Lines/GMR_71-80/80B06/Confocal_63x_2012-05-08_80B06_VNC/stack_TIFF/80B06_57C10FlpL_B_VNC.tif; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; 5701780_R__2; GMR 80B06 FLP 1-1; P{GMR80B06-GAL4} expression pattern; embryonic/larval neuron; expresses]

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GMR 80H05 FLP 1-1 [VFB_00057495]

A single 80H05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/80H05_AD_DBD/Confocal_63x_2013-01-31_80H05_VNC_DBD/stack_TIFF/80H05_57C10FlpL_E_VNC.tif. [ventrolateral domain of larval T2 neuromere; 5702232_R__2; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; larval T2 leg neuropil; GMR 80H05 FLP 1-1; P{GMR80H05-GAL4} expression pattern; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; Lines/GMR_71-80/80H05_AD_DBD/Confocal_63x_2013-01-31_80H05_VNC_DBD/stack_TIFF/80H05_57C10FlpL_E_VNC.tif; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 80H05 FLP 2-1 [VFB_00057496]

A fragment of the 80H05 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/80H05_AD_DBD/Confocal_63x_2013-01-31_80H05_VNC_DBD/stack_TIFF/80H05_57C10FlpL_C_VNC.tif. [ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; P{GMR80H05-GAL4} expression pattern; centromedial domain of larval central nervous system; Lines/GMR_71-80/80H05_AD_DBD/Confocal_63x_2013-01-31_80H05_VNC_DBD/stack_TIFF/80H05_57C10FlpL_C_VNC.tif; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 80H05 FLP 2-1; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; ventromedial domain of larval maxillary neuromere; 5702233_R__1; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A1 neuromere; larval T3 leg neuropil; L3 CNS template - Wood2018]

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GMR 80H05 FLP 2-2 [VFB_00057497]

A single 80H05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/80H05_AD_DBD/Confocal_63x_2013-01-31_80H05_VNC_DBD/stack_TIFF/80H05_57C10FlpL_C_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; P{GMR80H05-GAL4} expression pattern; centrolateral domain of larval A5 neuromere; GMR 80H05 FLP 2-2; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; Lines/GMR_71-80/80H05_AD_DBD/Confocal_63x_2013-01-31_80H05_VNC_DBD/stack_TIFF/80H05_57C10FlpL_C_VNC.tif; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; 5702233_G__1; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 80H05 FLP 3-1 [VFB_00057498]

A single 80H05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/80H05_AD_DBD/Confocal_63x_2013-01-31_80H05_VNC_DBD/stack_TIFF/80H05_57C10FlpL_D_VNC.tif. [confocal microscopy; unlicensed; P{GMR80H05-GAL4} expression pattern; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_71-80/80H05_AD_DBD/Confocal_63x_2013-01-31_80H05_VNC_DBD/stack_TIFF/80H05_57C10FlpL_D_VNC.tif; central domain of larval T1 neuromere; 5702230_R__1; expression pattern fragment; ventrolateral domain of larval central nervous system; central domain of larval central nervous system; is part of; embryonic/larval neuron; GMR 80H05 FLP 3-1; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 80H05 FLP 4-1 [VFB_00057499]

A single 80H05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/80H05_AD_DBD/Confocal_63x_2013-01-31_80H05_VNC_DBD/stack_TIFF/80H05_57C10FlpL_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; 5702231_R__1; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval maxillary neuromere; P{GMR80H05-GAL4} expression pattern; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; ventromedial domain of larval maxillary neuromere; embryonic/larval neuron; Lines/GMR_71-80/80H05_AD_DBD/Confocal_63x_2013-01-31_80H05_VNC_DBD/stack_TIFF/80H05_57C10FlpL_B_VNC.tif; expresses; GMR 80H05 FLP 4-1; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; larval T3 leg neuropil; L3 CNS template - Wood2018]

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GMR 80H05 FLP 4-2 [VFB_00057500]

A single 80H05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_71-80/80H05_AD_DBD/Confocal_63x_2013-01-31_80H05_VNC_DBD/stack_TIFF/80H05_57C10FlpL_B_VNC.tif. [centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; P{GMR80H05-GAL4} expression pattern; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; GMR 80H05 FLP 4-2; is part of; ventromedial domain of larval maxillary neuromere; 5702231_G__1; embryonic/larval neuron; Lines/GMR_71-80/80H05_AD_DBD/Confocal_63x_2013-01-31_80H05_VNC_DBD/stack_TIFF/80H05_57C10FlpL_B_VNC.tif; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 81B07 FLP 1-1 [VFB_00060326]

A single 81B07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/81B07/Confocal_63x_2012-06-21_81B07_VNC/stack_TIFF/81B07_57C10wtFlp_B_VNC.tif. [confocal microscopy; unlicensed; GMR 81B07 FLP 1-1; centrolateral domain of larval central nervous system; P{GMR81B07-GAL4} expression pattern; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; expression pattern fragment; 5801690_R__1; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_81-99/81B07/Confocal_63x_2012-06-21_81B07_VNC/stack_TIFF/81B07_57C10wtFlp_B_VNC.tif; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 81B07 FLP 1-2 [VFB_00060327]

A single 81B07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/81B07/Confocal_63x_2012-06-21_81B07_VNC/stack_TIFF/81B07_57C10wtFlp_B_VNC.tif. [confocal microscopy; unlicensed; dorsolateral domain of larval A5 neuromere; P{GMR81B07-GAL4} expression pattern; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_81-99/81B07/Confocal_63x_2012-06-21_81B07_VNC/stack_TIFF/81B07_57C10wtFlp_B_VNC.tif; 5801690_R__2; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; GMR 81B07 FLP 1-2]

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GMR 81B07 FLP 4-1 [VFB_00060328]

A single 81B07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/81B07/Confocal_63x_2012-06-21_81B07_VNC/stack_TIFF/81B07_57C10wtFlp_D_VNC.tif. [centromedial domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; P{GMR81B07-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; Lines/GMR_81-99/81B07/Confocal_63x_2012-06-21_81B07_VNC/stack_TIFF/81B07_57C10wtFlp_D_VNC.tif; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; GMR 81B07 FLP 4-1; L3 CNS template - Wood2018; 5801693_G__1]

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GMR 81B07 FLP 5-1 [VFB_00060329]

A single 81B07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/81B07/Confocal_63x_2012-06-21_81B07_VNC/stack_TIFF/81B07_57C10wtFlp_H_VNC.tif. [ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; P{GMR81B07-GAL4} expression pattern; centromedial domain of larval maxillary neuromere; ventrolateral domain of larval labial neuromere; 5801694_G__1; centromedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_81-99/81B07/Confocal_63x_2012-06-21_81B07_VNC/stack_TIFF/81B07_57C10wtFlp_H_VNC.tif; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval maxillary neuromere; central domain of larval central nervous system; is part of; ventromedial domain of larval maxillary neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval maxillary neuromere; GMR 81B07 FLP 5-1; L3 CNS template - Wood2018]

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GMR 81B12 FLP 10-1 [VFB_00061358]

A single 81B12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/81B12_sp B_motor/Confocal_63x_2012-06-28_81B12_VNC/stack_TIFF/81B12_57C10wtFlp_F_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; GMR 81B12 FLP 10-1; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; Lines/GMR_81-99/81B12_sp B_motor/Confocal_63x_2012-06-28_81B12_VNC/stack_TIFF/81B12_57C10wtFlp_F_VNC.tif; is part of; P{GMR81B12-GAL4} expression pattern; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; 5801837_R__1; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 81B12 FLP 19-1 [VFB_00061106]

A single 81B12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/81B12_sp B_motor/Confocal_63x_2012-06-28_81B12_VNC/stack_TIFF/81B12_57C10wtFlp_E_VNC.tif. [Lines/GMR_81-99/81B12_sp B_motor/Confocal_63x_2012-06-28_81B12_VNC/stack_TIFF/81B12_57C10wtFlp_E_VNC.tif; confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; 5801828_R__1; centrolateral domain of larval A5 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; GMR 81B12 FLP 19-1; ventrolateral domain of larval A5 neuromere; is part of; P{GMR81B12-GAL4} expression pattern; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 81B12 FLP 19-2 [VFB_00061107]

A single 81B12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/81B12_sp B_motor/Confocal_63x_2012-06-28_81B12_VNC/stack_TIFF/81B12_57C10wtFlp_E_VNC.tif. [Lines/GMR_81-99/81B12_sp B_motor/Confocal_63x_2012-06-28_81B12_VNC/stack_TIFF/81B12_57C10wtFlp_E_VNC.tif; confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; is part of; P{GMR81B12-GAL4} expression pattern; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; 5801828_G__2; L3 CNS template - Wood2018; GMR 81B12 FLP 19-2]

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GMR 81B12 FLP 20-1 [VFB_00061109]

A single 81B12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/81B12_sp B_motor/Confocal_63x_2012-06-28_81B12_VNC/stack_TIFF/81B12_57C10wtFlp_L_VNC.tif. [5801827_R__1; confocal microscopy; unlicensed; GMR 81B12 FLP 20-1; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; is part of; P{GMR81B12-GAL4} expression pattern; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; Lines/GMR_81-99/81B12_sp B_motor/Confocal_63x_2012-06-28_81B12_VNC/stack_TIFF/81B12_57C10wtFlp_L_VNC.tif; embryonic/larval central nervous system; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 81B12 FLP 20-2 [VFB_00061110]

A single 81B12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/81B12_sp B_motor/Confocal_63x_2012-06-28_81B12_VNC/stack_TIFF/81B12_57C10wtFlp_L_VNC.tif. [confocal microscopy; unlicensed; GMR 81B12 FLP 20-2; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; is part of; P{GMR81B12-GAL4} expression pattern; embryonic/larval neuron; expresses; Lines/GMR_81-99/81B12_sp B_motor/Confocal_63x_2012-06-28_81B12_VNC/stack_TIFF/81B12_57C10wtFlp_L_VNC.tif; embryonic/larval central nervous system; 5801827_R__2; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 81B12 FLP 3-1 [VFB_00061353]

A fragment of the 81B12 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/81B12_sp B_motor/Confocal_63x_2012-06-28_81B12_VNC/stack_TIFF/81B12_57C10wtFlp_J_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; Lines/GMR_81-99/81B12_sp B_motor/Confocal_63x_2012-06-28_81B12_VNC/stack_TIFF/81B12_57C10wtFlp_J_VNC.tif; central domain of larval central nervous system; 5801830_R__1; is part of; P{GMR81B12-GAL4} expression pattern; expresses; embryonic/larval central nervous system; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; GMR 81B12 FLP 3-1; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 81B12 FLP 3-2 [VFB_00061354]

A fragment of the 81B12 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/81B12_sp B_motor/Confocal_63x_2012-06-28_81B12_VNC/stack_TIFF/81B12_57C10wtFlp_J_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; Lines/GMR_81-99/81B12_sp B_motor/Confocal_63x_2012-06-28_81B12_VNC/stack_TIFF/81B12_57C10wtFlp_J_VNC.tif; central domain of larval central nervous system; is part of; P{GMR81B12-GAL4} expression pattern; 5801830_G__1; expresses; embryonic/larval central nervous system; GMR 81B12 FLP 3-2; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 81B12 FLP 6-1 [VFB_00061355]

A single 81B12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/81B12_sp B_motor/Confocal_63x_2012-06-28_81B12_VNC/stack_TIFF/81B12_57C10wtFlp_D_VNC.tif. [confocal microscopy; unlicensed; 5801833_G__1; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; GMR 81B12 FLP 6-1; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; is part of; Lines/GMR_81-99/81B12_sp B_motor/Confocal_63x_2012-06-28_81B12_VNC/stack_TIFF/81B12_57C10wtFlp_D_VNC.tif; P{GMR81B12-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 81B12 FLP 8-1 [VFB_00061356]

A single 81B12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/81B12_sp B_motor/Confocal_63x_2012-06-28_81B12_VNC/stack_TIFF/81B12_57C10wtFlp_G_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; Lines/GMR_81-99/81B12_sp B_motor/Confocal_63x_2012-06-28_81B12_VNC/stack_TIFF/81B12_57C10wtFlp_G_VNC.tif; centrolateral domain of larval central nervous system; 5801835_R__2; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; P{GMR81B12-GAL4} expression pattern; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 81B12 FLP 8-1; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 81B12 FLP 8-2 [VFB_00061357]

A single 81B12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/81B12_sp B_motor/Confocal_63x_2012-06-28_81B12_VNC/stack_TIFF/81B12_57C10wtFlp_G_VNC.tif. [ventrolateral domain of larval T2 neuromere; GMR 81B12 FLP 8-2; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; larval T2 leg neuropil; Lines/GMR_81-99/81B12_sp B_motor/Confocal_63x_2012-06-28_81B12_VNC/stack_TIFF/81B12_57C10wtFlp_G_VNC.tif; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; is part of; P{GMR81B12-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 5801835_G__1; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 82B06 FLP 4-1 [VFB_00061208]

A single 82B06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/82B06/Confocal_63x_2012-11-29_82B06_VNC/stack_TIFF/82B06_57C10FlpL_F_VNC.tif. [GMR 82B06 FLP 4-1; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centromedial domain of larval maxillary neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval mandibular neuromere; dorsomedial domain of larval T1 neuromere; expression pattern fragment; central domain of larval maxillary neuromere; 5802163_R__1; central domain of larval central nervous system; dorsomedial domain of larval maxillary neuromere; is part of; P{GMR82B06-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; centromedial domain of larval mandibular neuromere; L3 CNS template - Wood2018; Lines/GMR_81-99/82B06/Confocal_63x_2012-11-29_82B06_VNC/stack_TIFF/82B06_57C10FlpL_F_VNC.tif]

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GMR 82B06 FLP 6-1 [VFB_00061209]

A fragment of the 82B06 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/82B06/Confocal_63x_2012-11-29_82B06_VNC/stack_TIFF/82B06_57C10FlpL_B_VNC.tif. [Lines/GMR_81-99/82B06/Confocal_63x_2012-11-29_82B06_VNC/stack_TIFF/82B06_57C10FlpL_B_VNC.tif; centromedial domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; 5802161_R__1; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; GMR 82B06 FLP 6-1; is part of; P{GMR82B06-GAL4} expression pattern; expresses; embryonic/larval central nervous system; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 82B06 FLP 6-2 [VFB_00061210]

A single 82B06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/82B06/Confocal_63x_2012-11-29_82B06_VNC/stack_TIFF/82B06_57C10FlpL_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; Lines/GMR_81-99/82B06/Confocal_63x_2012-11-29_82B06_VNC/stack_TIFF/82B06_57C10FlpL_B_VNC.tif; centromedial domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; 5802161_G__1; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; GMR 82B06 FLP 6-2; P{GMR82B06-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval T2 neuromere; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 82B06 FLP 7-1 [VFB_00061211]

A fragment of the 82B06 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/82B06/Confocal_63x_2012-11-29_82B06_VNC/stack_TIFF/82B06_57C10FlpL_C_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; GMR 82B06 FLP 7-1; unlicensed; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; Lines/GMR_81-99/82B06/Confocal_63x_2012-11-29_82B06_VNC/stack_TIFF/82B06_57C10FlpL_C_VNC.tif; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; 5802160_R__1; is part of; P{GMR82B06-GAL4} expression pattern; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 82E08 FLP 18-1 [VFB_00061332]

A fragment of the 82E08 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/82E08_sp_B_good thoracic/Confocal_63x_2012-05-07_82E08_VNC/stack_TIFF/82E08_57C10wtFlp_A_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; P{GMR82E08-GAL4} expression pattern; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; GMR 82E08 FLP 18-1; 5800843_R__1; Lines/GMR_81-99/82E08_sp_B_good thoracic/Confocal_63x_2012-05-07_82E08_VNC/stack_TIFF/82E08_57C10wtFlp_A_VNC.tif; is part of; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 82F02 FLP 35-1 [VFB_00057452]

A single 82F02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/82F02/Confocal_63x_2011-08-03_82F02_VNC-JT/stack_TIFF/82F02_57C10wtFlp_H.tif. [5801731_R__1; confocal microscopy; unlicensed; P{GMR82F02-GAL4} expression pattern; centrolateral domain of larval central nervous system; GMR 82F02 FLP 35-1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; Lines/GMR_81-99/82F02/Confocal_63x_2011-08-03_82F02_VNC-JT/stack_TIFF/82F02_57C10wtFlp_H.tif; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 82F02 FLP 35-2 [VFB_00057453]

A single 82F02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/82F02/Confocal_63x_2011-08-03_82F02_VNC-JT/stack_TIFF/82F02_57C10wtFlp_H.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; 5801731_G__2; Truman Larval Flip-Out Collection; is part of; P{GMR82F02-GAL4} expression pattern; embryonic/larval neuron; Lines/GMR_81-99/82F02/Confocal_63x_2011-08-03_82F02_VNC-JT/stack_TIFF/82F02_57C10wtFlp_H.tif; GMR 82F02 FLP 35-2; expresses]

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GMR 82F02 FLP 36-1 [VFB_00057454]

A fragment of the 82F02 expression pattern from the flip-out collection of Jim Truman consisting of 3 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/82F02/Confocal_63x_2011-08-03_82F02_VNC-JT/stack_TIFF/82F02_57C10wtFlp_C.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; P{GMR82F02-GAL4} expression pattern; centrolateral domain of larval central nervous system; 5801730_R__1; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_81-99/82F02/Confocal_63x_2011-08-03_82F02_VNC-JT/stack_TIFF/82F02_57C10wtFlp_C.tif; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; centromedial domain of larval A6 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; GMR 82F02 FLP 36-1; L3 CNS template - Wood2018]

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GMR 82F02 FLP 36-2 [VFB_00057455]

A single 82F02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/82F02/Confocal_63x_2011-08-03_82F02_VNC-JT/stack_TIFF/82F02_57C10wtFlp_C.tif. [GMR 82F02 FLP 36-2; confocal microscopy; unlicensed; P{GMR82F02-GAL4} expression pattern; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_81-99/82F02/Confocal_63x_2011-08-03_82F02_VNC-JT/stack_TIFF/82F02_57C10wtFlp_C.tif; expression pattern fragment; central domain of larval central nervous system; 5801730_G__1; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 82F02 FLP 36-3 [VFB_00057456]

A single 82F02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/82F02/Confocal_63x_2011-08-03_82F02_VNC-JT/stack_TIFF/82F02_57C10wtFlp_C.tif. [5801730_G__2; confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; P{GMR82F02-GAL4} expression pattern; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; central domain of larval A6 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_81-99/82F02/Confocal_63x_2011-08-03_82F02_VNC-JT/stack_TIFF/82F02_57C10wtFlp_C.tif; central domain of larval central nervous system; is part of; embryonic/larval neuron; centromedial domain of larval A6 neuromere; expresses; embryonic/larval central nervous system; GMR 82F02 FLP 36-3; L3 CNS template - Wood2018]

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GMR 82F02 FLP 38-1 [VFB_00057458]

A single 82F02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/82F02/Confocal_63x_2011-08-03_82F02_VNC-JT/stack_TIFF/82F02_57C10wtFlp_G.tif. [L3 CNS template - Wood2018; 5801734_G__3; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; GMR 82F02 FLP 38-1; unlicensed; Truman Larval Flip-Out Collection; is part of; P{GMR82F02-GAL4} expression pattern; Lines/GMR_81-99/82F02/Confocal_63x_2011-08-03_82F02_VNC-JT/stack_TIFF/82F02_57C10wtFlp_G.tif; embryonic/larval neuron; expresses]

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GMR 82F06 FLP 2-1 [VFB_00061803]

A single 82F06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/82F06/Confocal_63x_2011-08-03_82F06/stack_TIFF/82F06_57C10wtFlp_C.tif. [L3 CNS template - Wood2018; Lines/GMR_81-99/82F06/Confocal_63x_2011-08-03_82F06/stack_TIFF/82F06_57C10wtFlp_C.tif; embryonic/larval central nervous system; ventrolateral domain of larval T3 neuromere; expression pattern fragment; GMR 82F06 FLP 2-1; expresses; unlicensed; confocal microscopy; Truman Larval Flip-Out Collection; is part of; overlaps; centrolateral domain of larval central nervous system; 5800822_R__1; ventrolateral domain of larval central nervous system; embryonic/larval neuron; P{GMR82F06-GAL4} expression pattern; centrolateral domain of larval T3 neuromere]

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GMR 82F06 FLP 3-1 [VFB_00061804]

A fragment of the 82F06 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/82F06/Confocal_63x_2011-08-03_82F06/stack_TIFF/82F06_57C10wtFlp_B.tif. [centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; P{GMR82F06-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_81-99/82F06/Confocal_63x_2011-08-03_82F06/stack_TIFF/82F06_57C10wtFlp_B.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; GMR 82F06 FLP 3-1; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; 5800823_R__1; is part of; expresses; embryonic/larval central nervous system; larval T3 leg neuropil; L3 CNS template - Wood2018]

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GMR 82F08 FLP 1-1 [VFB_00061741]

A single 82F08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/82F08/Confocal_63x_2012-12-15_82F08_VNC/stack_TIFF/82F08_57C10FlpL_C_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; P{GMR82F08-GAL4} expression pattern; centromedial domain of larval T3 neuromere; centromedial domain of larval central nervous system; GMR 82F08 FLP 1-1; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; 5801438_R__1; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; Lines/GMR_81-99/82F08/Confocal_63x_2012-12-15_82F08_VNC/stack_TIFF/82F08_57C10FlpL_C_VNC.tif; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 82F08 FLP 6-1 [VFB_00061509]

A single 82F08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/82F08/Confocal_63x_2012-12-15_82F08_VNC/stack_TIFF/82F08_57C10FlpL_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; P{GMR82F08-GAL4} expression pattern; centromedial domain of larval T3 neuromere; GMR 82F08 FLP 6-1; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; 5801437_R__1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018; Lines/GMR_81-99/82F08/Confocal_63x_2012-12-15_82F08_VNC/stack_TIFF/82F08_57C10FlpL_B_VNC.tif]

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GMR 82G03 FLP 17-1 [VFB_00061457]

A fragment of the 82G03 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/82G03_abd scored_New/Confocal_63x_2012-07-12_82G03_VNC/stack_TIFF/82G03_57C10FlpL_F_VNC.tif. [Lines/GMR_81-99/82G03_abd scored_New/Confocal_63x_2012-07-12_82G03_VNC/stack_TIFF/82G03_57C10FlpL_F_VNC.tif; confocal microscopy; unlicensed; central domain of larval A7 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; dorsolateral domain of larval A4 neuromere; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; 5802185_R__1; Truman Larval Flip-Out Collection; overlaps; dorsolateral domain of larval A7 neuromere; expression pattern fragment; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; is part of; centromedial domain of larval A7 neuromere; centrolateral domain of larval A3 neuromere; dorsolateral domain of larval A8 neuromere; central domain of larval A3 neuromere; P{GMR82G03-GAL4} expression pattern; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; GMR 82G03 FLP 17-1; centrolateral domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 82G03 FLP 18-1 [VFB_00061458]

A single 82G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/82G03_abd scored_New/Confocal_63x_2012-07-12_82G03_VNC/stack_TIFF/82G03_57C10FlpL_B_VNC.tif. [embryonic/larval neuron; P{GMR82G03-GAL4} expression pattern; L3 CNS template - Wood2018; embryonic/larval central nervous system; GMR 82G03 FLP 18-1; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; centrolateral domain of larval A7 neuromere; centrolateral domain of larval central nervous system; 5802184_G__1; Lines/GMR_81-99/82G03_abd scored_New/Confocal_63x_2012-07-12_82G03_VNC/stack_TIFF/82G03_57C10FlpL_B_VNC.tif; expression pattern fragment; expresses]

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GMR 82G03 FLP 3-1 [VFB_00061212]

A single 82G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/82G03_abd scored_New/Confocal_63x_2012-05-07_82G03_VNC/stack_TIFF/82G03_57C10wtFlp_B_VNC.tif. [P{GMR82G03-GAL4} expression pattern; L3 CNS template - Wood2018; 5802166_R__1; embryonic/larval central nervous system; central domain of larval central nervous system; expression pattern fragment; GMR 82G03 FLP 3-1; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; Lines/GMR_81-99/82G03_abd scored_New/Confocal_63x_2012-05-07_82G03_VNC/stack_TIFF/82G03_57C10wtFlp_B_VNC.tif; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; embryonic/larval neuron; expresses; central domain of larval A6 neuromere]

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GMR 82G03 FLP 3-2 [VFB_00061213]

A single 82G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/82G03_abd scored_New/Confocal_63x_2012-05-07_82G03_VNC/stack_TIFF/82G03_57C10wtFlp_B_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; is part of; embryonic/larval neuron; centromedial domain of larval A6 neuromere; expresses; central domain of larval A3 neuromere; P{GMR82G03-GAL4} expression pattern; embryonic/larval central nervous system; Lines/GMR_81-99/82G03_abd scored_New/Confocal_63x_2012-05-07_82G03_VNC/stack_TIFF/82G03_57C10wtFlp_B_VNC.tif; GMR 82G03 FLP 3-2; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; 5802166_G__1]

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GMR 83B02 FLP 4-1 [VFB_00061825]

A single 83B02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/83B02_DBD/Confocal_63x_2013-02-05_83B02_VNC_DBD/stack_TIFF/83B02_57C10FlpL_B_VNC.tif. [L3 CNS template - Wood2018; GMR 83B02 FLP 4-1; P{GMR83B02-GAL4} expression pattern; embryonic/larval central nervous system; Lines/GMR_81-99/83B02_DBD/Confocal_63x_2013-02-05_83B02_VNC_DBD/stack_TIFF/83B02_57C10FlpL_B_VNC.tif; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; 5802060_G__1; ventrolateral domain of larval central nervous system; embryonic/larval neuron; ventrolateral domain of larval T3 neuromere; expresses]

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GMR 83B02 FLP 5-1 [VFB_00061545]

A single 83B02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/83B02_DBD/Confocal_63x_2013-02-05_83B02_VNC_DBD/stack_TIFF/83B02_57C10FlpL_A_VNC.tif. [L3 CNS template - Wood2018; 5802061_R__1; embryonic/larval central nervous system; P{GMR83B02-GAL4} expression pattern; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; Lines/GMR_81-99/83B02_DBD/Confocal_63x_2013-02-05_83B02_VNC_DBD/stack_TIFF/83B02_57C10FlpL_A_VNC.tif; GMR 83B02 FLP 5-1; embryonic/larval neuron; expresses]

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GMR 84B09 FLP 69-1 [VFB_00060368]

A single 84B09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/84B09/Confocal_63x_2012-06-14_84B09_VNC_wtFlp/stack_TIFF/84B09_57C10wtFlp_C_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; 5801954_R__1; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; P{GMR84B09-GAL4} expression pattern; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; GMR 84B09 FLP 69-1; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; Lines/GMR_81-99/84B09/Confocal_63x_2012-06-14_84B09_VNC_wtFlp/stack_TIFF/84B09_57C10wtFlp_C_VNC.tif; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 84B11 FLP 3-1 [VFB_00057539]

A single 84B11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/84B11_Abd_scored/Confocal_63x_2011-08-05_84B11-JT/stack_TIFF/84B11_57C10wtFlp_B.tif. [confocal microscopy; unlicensed; GMR 84B11 FLP 3-1; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; 5800203_R__1; dorsomedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval mandibular neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval maxillary neuromere; central domain of larval central nervous system; central domain of larval mandibular neuromere; dorsomedial domain of larval maxillary neuromere; is part of; P{GMR84B11-GAL4} expression pattern; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; Lines/GMR_81-99/84B11_Abd_scored/Confocal_63x_2011-08-05_84B11-JT/stack_TIFF/84B11_57C10wtFlp_B.tif; central domain of larval labial neuromere; centrolateral domain of larval maxillary neuromere; centrolateral domain of larval T1 neuromere; L3 CNS template - Wood2018]

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GMR 84B11 FLP 3-2 [VFB_00057540]

A single 84B11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/84B11_Abd_scored/Confocal_63x_2011-08-05_84B11-JT/stack_TIFF/84B11_57C10wtFlp_B.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; Lines/GMR_81-99/84B11_Abd_scored/Confocal_63x_2011-08-05_84B11-JT/stack_TIFF/84B11_57C10wtFlp_B.tif; 5800203_G__2; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; P{GMR84B11-GAL4} expression pattern; GMR 84B11 FLP 3-2; embryonic/larval neuron; expresses]

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GMR 84D04 FLP 10-1 [VFB_00060234]

A single 84D04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/84D04_sp_A_one brain neuron/Confocal_63x_2011-10-17_84D04_VNC-JT/stack_TIFF/84D04_57C10FlpL_J-2.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; GMR 84D04 FLP 10-1; P{GMR84D04-GAL4} expression pattern; ventral domain of larval A9 neuromere; 5801750_R__1; embryonic/larval neuron; Lines/GMR_81-99/84D04_sp_A_one brain neuron/Confocal_63x_2011-10-17_84D04_VNC-JT/stack_TIFF/84D04_57C10FlpL_J-2.tif; dorsal domain of larval A9 neuromere; central domain of larval A9 neuromere; expresses]

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GMR 84D04 FLP 10-2 [VFB_00060235]

A single 84D04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/84D04_sp_A_one brain neuron/Confocal_63x_2011-10-17_84D04_VNC-JT/stack_TIFF/84D04_57C10FlpL_J-2.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR84D04-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; GMR 84D04 FLP 10-2; is part of; 5801750_R__2; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; Lines/GMR_81-99/84D04_sp_A_one brain neuron/Confocal_63x_2011-10-17_84D04_VNC-JT/stack_TIFF/84D04_57C10FlpL_J-2.tif; ventrolateral domain of larval A2 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 84D04 FLP 10-3 [VFB_00060236]

A single 84D04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/84D04_sp_A_one brain neuron/Confocal_63x_2011-10-17_84D04_VNC-JT/stack_TIFF/84D04_57C10FlpL_J-2.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; GMR 84D04 FLP 10-3; ventromedial domain of larval A1 neuromere; unlicensed; centromedial domain of larval A1 neuromere; Truman Larval Flip-Out Collection; is part of; overlaps; ventromedial domain of larval central nervous system; P{GMR84D04-GAL4} expression pattern; confocal microscopy; 5801750_G__1; embryonic/larval neuron; Lines/GMR_81-99/84D04_sp_A_one brain neuron/Confocal_63x_2011-10-17_84D04_VNC-JT/stack_TIFF/84D04_57C10FlpL_J-2.tif; expresses; centromedial domain of larval central nervous system]

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GMR 84D04 FLP 9-1 [VFB_00060232]

A single 84D04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/84D04_sp_A_one brain neuron/Confocal_63x_2011-10-17_84D04_VNC-JT/stack_TIFF/84D04_57C10FlpL_B.tif. [ventrolateral domain of larval T2 neuromere; L3 CNS template - Wood2018; 5801751_G__1; embryonic/larval central nervous system; central domain of larval central nervous system; GMR 84D04 FLP 9-1; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; central domain of larval T2 neuromere; P{GMR84D04-GAL4} expression pattern; Lines/GMR_81-99/84D04_sp_A_one brain neuron/Confocal_63x_2011-10-17_84D04_VNC-JT/stack_TIFF/84D04_57C10FlpL_B.tif; ventrolateral domain of larval central nervous system; embryonic/larval neuron; expresses]

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GMR 84D04 FLP 9-2 [VFB_00060233]

A single 84D04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/84D04_sp_A_one brain neuron/Confocal_63x_2011-10-17_84D04_VNC-JT/stack_TIFF/84D04_57C10FlpL_B.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; GMR 84D04 FLP 9-2; ventrolateral domain of larval A6 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR84D04-GAL4} expression pattern; ventromedial domain of larval A6 neuromere; Lines/GMR_81-99/84D04_sp_A_one brain neuron/Confocal_63x_2011-10-17_84D04_VNC-JT/stack_TIFF/84D04_57C10FlpL_B.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval A6 neuromere; is part of; 5801751_G__2; embryonic/larval neuron; centromedial domain of larval A6 neuromere; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 84E07 FLP 46-1 [VFB_00061662]

A single 84E07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/84E07/Confocal_63x_2012-08-02_84E07_VNC/stack_TIFF/84E07_57C10wtFlp_E_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; 5801166_R__1; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; P{GMR84E07-GAL4} expression pattern; Lines/GMR_81-99/84E07/Confocal_63x_2012-08-02_84E07_VNC/stack_TIFF/84E07_57C10wtFlp_E_VNC.tif; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; GMR 84E07 FLP 46-1; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 84E07 FLP 48-1 [VFB_00061390]

A single 84E07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/84E07/Confocal_63x_2012-08-02_84E07_VNC/stack_TIFF/84E07_57C10wtFlp_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; dorsomedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; GMR 84E07 FLP 48-1; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; 5801164_R__1; is part of; Lines/GMR_81-99/84E07/Confocal_63x_2012-08-02_84E07_VNC/stack_TIFF/84E07_57C10wtFlp_B_VNC.tif; P{GMR84E07-GAL4} expression pattern; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 84E07 FLP 50-1 [VFB_00061665]

A single 84E07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/84E07/Confocal_63x_2012-08-02_84E07_VNC/stack_TIFF/84E07_57C10wtFlp_H_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; 5801168_G__2; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_81-99/84E07/Confocal_63x_2012-08-02_84E07_VNC/stack_TIFF/84E07_57C10wtFlp_H_VNC.tif; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; P{GMR84E07-GAL4} expression pattern; embryonic/larval neuron; expresses; larval T1 leg neuropil; GMR 84E07 FLP 50-1; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 84G07 FLP 24-1 [VFB_00061772]

A single 84G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_B_VNC.tif. [confocal microscopy; unlicensed; P{GMR84G07-GAL4} expression pattern; 5802066_G__2; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; is part of; GMR 84G07 FLP 24-1; embryonic/larval neuron; Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_B_VNC.tif; expresses; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 84G07 FLP 24-2 [VFB_00061773]

A single 84G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_B_VNC.tif. [L3 CNS template - Wood2018; Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_B_VNC.tif; 5802066_G__3; embryonic/larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; P{GMR84G07-GAL4} expression pattern; overlaps; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; embryonic/larval neuron; GMR 84G07 FLP 24-2; expresses]

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GMR 84G07 FLP 24-3 [VFB_00061774]

A single 84G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_B_VNC.tif. [confocal microscopy; unlicensed; P{GMR84G07-GAL4} expression pattern; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5802066_G__5; expression pattern fragment; is part of; embryonic/larval neuron; Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_B_VNC.tif; expresses; embryonic/larval central nervous system; GMR 84G07 FLP 24-3; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 84G07 FLP 25-1 [VFB_00061540]

A single 84G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_G_VNC.tif. [confocal microscopy; unlicensed; P{GMR84G07-GAL4} expression pattern; centrolateral domain of larval central nervous system; Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_G_VNC.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; 5802067_G__3; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; GMR 84G07 FLP 25-1; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 84G07 FLP 27-1 [VFB_00061541]

A single 84G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_H_VNC.tif. [L3 CNS template - Wood2018; Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_H_VNC.tif; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; 5802065_R__1; unlicensed; Truman Larval Flip-Out Collection; is part of; P{GMR84G07-GAL4} expression pattern; embryonic/larval neuron; GMR 84G07 FLP 27-1; expresses]

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GMR 84G07 FLP 27-2 [VFB_00061542]

A single 84G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_H_VNC.tif. [5802065_R__2; GMR 84G07 FLP 27-2; confocal microscopy; unlicensed; P{GMR84G07-GAL4} expression pattern; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_H_VNC.tif; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; expression pattern fragment; dorsolateral domain of larval A7 neuromere; is part of; centromedial domain of larval A7 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; centrolateral domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 84G07 FLP 27-3 [VFB_00061543]

A single 84G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_H_VNC.tif. [L3 CNS template - Wood2018; Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_H_VNC.tif; embryonic/larval central nervous system; expression pattern fragment; GMR 84G07 FLP 27-3; confocal microscopy; unlicensed; 5802065_R__4; Truman Larval Flip-Out Collection; is part of; P{GMR84G07-GAL4} expression pattern; overlaps; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; embryonic/larval neuron; expresses]

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GMR 84G07 FLP 27-4 [VFB_00061544]

A fragment of the 84G07 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_H_VNC.tif. [centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; P{GMR84G07-GAL4} expression pattern; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; GMR 84G07 FLP 27-4; centromedial domain of larval central nervous system; Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_H_VNC.tif; dorsomedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval maxillary neuromere; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; 5802065_G__1; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval maxillary neuromere; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; dorsolateral domain of larval maxillary neuromere; L3 CNS template - Wood2018]

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GMR 84G07 FLP 28-1 [VFB_00061790]

A single 84G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_E_VNC.tif. [centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; P{GMR84G07-GAL4} expression pattern; centrolateral domain of larval central nervous system; centromedial domain of larval maxillary neuromere; Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_E_VNC.tif; centromedial domain of larval central nervous system; GMR 84G07 FLP 28-1; dorsomedial domain of larval central nervous system; 5802062_R__1; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval mandibular neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; expression pattern fragment; central domain of larval maxillary neuromere; central domain of larval central nervous system; dorsomedial domain of larval maxillary neuromere; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; dorsolateral domain of larval central nervous system; dorsolateral domain of larval maxillary neuromere; L3 CNS template - Wood2018]

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GMR 84G07 FLP 28-2 [VFB_00061791]

A single 84G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_E_VNC.tif. [confocal microscopy; unlicensed; P{GMR84G07-GAL4} expression pattern; centrolateral domain of larval central nervous system; GMR 84G07 FLP 28-2; Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_E_VNC.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; 5802062_R__3; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 84G07 FLP 28-3 [VFB_00061792]

A single 84G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_E_VNC.tif. [confocal microscopy; unlicensed; P{GMR84G07-GAL4} expression pattern; centrolateral domain of larval central nervous system; Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_E_VNC.tif; dorsomedial domain of larval central nervous system; GMR 84G07 FLP 28-3; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A7 neuromere; 5802062_G__1; expression pattern fragment; dorsolateral domain of larval A7 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; centrolateral domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 84G07 FLP 28-4 [VFB_00061793]

A single 84G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_E_VNC.tif. [confocal microscopy; unlicensed; GMR 84G07 FLP 28-4; P{GMR84G07-GAL4} expression pattern; centrolateral domain of larval central nervous system; Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_E_VNC.tif; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; centrolateral domain of larval A2 neuromere; is part of; 5802062_G__2; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 84G07 FLP 28-5 [VFB_00061794]

A single 84G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_E_VNC.tif. [confocal microscopy; unlicensed; P{GMR84G07-GAL4} expression pattern; centrolateral domain of larval central nervous system; Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_E_VNC.tif; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5802062_G__4; expression pattern fragment; GMR 84G07 FLP 28-5; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 84G07 FLP 29-1 [VFB_00061808]

A single 84G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_J_VNC.tif. [confocal microscopy; unlicensed; P{GMR84G07-GAL4} expression pattern; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; GMR 84G07 FLP 29-1; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_J_VNC.tif; centrolateral domain of larval A2 neuromere; 5802063_R__3; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 84G07 FLP 29-2 [VFB_00061809]

A single 84G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_J_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; P{GMR84G07-GAL4} expression pattern; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_J_VNC.tif; central domain of larval central nervous system; is part of; GMR 84G07 FLP 29-2; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; 5802063_R__4; L3 CNS template - Wood2018]

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GMR 84G07 FLP 29-3 [VFB_00061810]

A single 84G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_J_VNC.tif. [GMR 84G07 FLP 29-3; confocal microscopy; unlicensed; P{GMR84G07-GAL4} expression pattern; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A7 neuromere; expression pattern fragment; dorsolateral domain of larval A7 neuromere; Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_J_VNC.tif; is part of; 5802063_R__5; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; centrolateral domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 84G07 FLP 29-4 [VFB_00061811]

A single 84G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_J_VNC.tif. [confocal microscopy; unlicensed; P{GMR84G07-GAL4} expression pattern; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; GMR 84G07 FLP 29-4; Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_J_VNC.tif; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; 5802063_G__1]

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GMR 84G07 FLP 29-5 [VFB_00061812]

A single 84G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_J_VNC.tif. [confocal microscopy; unlicensed; P{GMR84G07-GAL4} expression pattern; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5802063_G__2; expression pattern fragment; Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_J_VNC.tif; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 84G07 FLP 29-5; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 84G07 FLP 29-6 [VFB_00061813]

A single 84G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_J_VNC.tif. [confocal microscopy; unlicensed; P{GMR84G07-GAL4} expression pattern; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5802063_G__5; expression pattern fragment; dorsolateral domain of larval A7 neuromere; Lines/GMR_81-99/84G07_sp_B/Confocal_63x_2012-11-08_84G07_VNC/stack_TIFF/84G07_57C10FlpL_J_VNC.tif; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; GMR 84G07 FLP 29-6; centrolateral domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 85A07 FLP 4-1 [VFB_00058392]

A single 85A07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/85A07/Confocal_63x_2012-07-12_85A07_VNC/stack_TIFF/85A07_57C10wtFlp_B_VNC.tif. [Lines/GMR_81-99/85A07/Confocal_63x_2012-07-12_85A07_VNC/stack_TIFF/85A07_57C10wtFlp_B_VNC.tif; centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; P{GMR85A07-GAL4} expression pattern; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; expression pattern fragment; 5801854_R__1; central domain of larval A2 neuromere; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; is part of; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; GMR 85A07 FLP 4-1; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 85A07 FLP 5-1 [VFB_00058393]

A fragment of the 85A07 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/85A07/Confocal_63x_2012-07-12_85A07_VNC/stack_TIFF/85A07_57C10wtFlp_C_VNC.tif. [ventrolateral domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval A6 neuromere; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; Lines/GMR_81-99/85A07/Confocal_63x_2012-07-12_85A07_VNC/stack_TIFF/85A07_57C10wtFlp_C_VNC.tif; ventrolateral domain of larval labial neuromere; P{GMR85A07-GAL4} expression pattern; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; GMR 85A07 FLP 5-1; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; is part of; 5801855_R__1; centromedial domain of larval A6 neuromere; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 85A07 FLP 6-1 [VFB_00058394]

A single 85A07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/85A07/Confocal_63x_2012-07-12_85A07_VNC/stack_TIFF/85A07_57C10wtFlp_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; 5801852_R__1; GMR 85A07 FLP 6-1; centromedial domain of larval T1 neuromere; central domain of larval T3 neuromere; P{GMR85A07-GAL4} expression pattern; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; Lines/GMR_81-99/85A07/Confocal_63x_2012-07-12_85A07_VNC/stack_TIFF/85A07_57C10wtFlp_F_VNC.tif; L3 CNS template - Wood2018]

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GMR 85B01 FLP 11-1 [VFB_00061019]

A single 85B01 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/85B01_sp_AB good thorax/Confocal_63x_2012-08-02_85B01_VNC/stack_TIFF/85B01_57C10FlpL_H_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; Lines/GMR_81-99/85B01_sp_AB good thorax/Confocal_63x_2012-08-02_85B01_VNC/stack_TIFF/85B01_57C10FlpL_H_VNC.tif; unlicensed; ventromedial domain of larval A4 neuromere; central domain of larval A7 neuromere; P{GMR85B01-GAL4} expression pattern; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; central domain of larval A6 neuromere; ventrolateral domain of larval A6 neuromere; ventrolateral domain of larval A7 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; is part of; ventrolateral domain of larval A8 neuromere; centromedial domain of larval A7 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; central domain of larval A8 neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; GMR 85B01 FLP 11-1; centrolateral domain of larval A7 neuromere; central domain of larval A5 neuromere; 5802108_R__1; L3 CNS template - Wood2018]

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GMR 85G05 FLP 18-1 [VFB_00061489]

A fragment of the 85G05 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/85G05_sp_B/Confocal_63x_2012-10-25_85G05_VNC/stack_TIFF/85G05_57C10FlpL_B_VNC.tif. [confocal microscopy; unlicensed; 5800462_R__1; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; dorsomedial domain of larval central nervous system; ventrolateral domain of larval maxillary neuromere; GMR 85G05 FLP 18-1; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; P{GMR85G05-GAL4} expression pattern; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; Lines/GMR_81-99/85G05_sp_B/Confocal_63x_2012-10-25_85G05_VNC/stack_TIFF/85G05_57C10FlpL_B_VNC.tif]

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GMR 85G05 FLP 18-2 [VFB_00061490]

A single 85G05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/85G05_sp_B/Confocal_63x_2012-10-25_85G05_VNC/stack_TIFF/85G05_57C10FlpL_B_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR85G05-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; GMR 85G05 FLP 18-2; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A2 neuromere; 5800462_G__1; centromedial domain of larval A3 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018; Lines/GMR_81-99/85G05_sp_B/Confocal_63x_2012-10-25_85G05_VNC/stack_TIFF/85G05_57C10FlpL_B_VNC.tif]

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GMR 85G05 FLP 20-1 [VFB_00061493]

A single 85G05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/85G05_sp_B/Confocal_63x_2012-10-25_85G05_VNC/stack_TIFF/85G05_57C10FlpL_I_VNC.tif. [ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{GMR85G05-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval maxillary neuromere; central domain of larval central nervous system; is part of; ventromedial domain of larval maxillary neuromere; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; central domain of larval labial neuromere; 5800466_R__1; centrolateral domain of larval maxillary neuromere; centrolateral domain of larval T1 neuromere; GMR 85G05 FLP 20-1; Lines/GMR_81-99/85G05_sp_B/Confocal_63x_2012-10-25_85G05_VNC/stack_TIFF/85G05_57C10FlpL_I_VNC.tif; L3 CNS template - Wood2018]

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GMR 85G08 FLP 12-1 [VFB_00061448]

A single 85G08 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/85G08_sp_brain loopers/Confocal_63x_2012-07-10_85G08_VNC/stack_TIFF/85G08_57C10FlpL_I_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; 5801362_G__1; expression pattern fragment; confocal microscopy; expresses; unlicensed; Lines/GMR_81-99/85G08_sp_brain loopers/Confocal_63x_2012-07-10_85G08_VNC/stack_TIFF/85G08_57C10FlpL_I_VNC.tif; Truman Larval Flip-Out Collection; is part of; overlaps; embryonic/larval neuron; dorsomedial domain of larval A2 neuromere; GMR 85G08 FLP 12-1; P{GMR85G08-GAL4} expression pattern]

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GMR 85G08 FLP 12-2 [VFB_00061449]

A fragment of the 85G08 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/85G08_sp_brain loopers/Confocal_63x_2012-07-10_85G08_VNC/stack_TIFF/85G08_57C10FlpL_I_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; P{GMR85G08-GAL4} expression pattern; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; 5801362_G__2; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; Lines/GMR_81-99/85G08_sp_brain loopers/Confocal_63x_2012-07-10_85G08_VNC/stack_TIFF/85G08_57C10FlpL_I_VNC.tif; is part of; expresses; GMR 85G08 FLP 12-2; embryonic/larval central nervous system; central domain of larval A1 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 85G08 FLP 13-1 [VFB_00061450]

A single 85G08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/85G08_sp_brain loopers/Confocal_63x_2012-07-10_85G08_VNC/stack_TIFF/85G08_57C10FlpL_E_VNC.tif. [confocal microscopy; unlicensed; GMR 85G08 FLP 13-1; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; P{GMR85G08-GAL4} expression pattern; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; 5801363_R__1; expression pattern fragment; is part of; Lines/GMR_81-99/85G08_sp_brain loopers/Confocal_63x_2012-07-10_85G08_VNC/stack_TIFF/85G08_57C10FlpL_E_VNC.tif; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 85G08 FLP 13-2 [VFB_00061451]

A single 85G08 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/85G08_sp_brain loopers/Confocal_63x_2012-07-10_85G08_VNC/stack_TIFF/85G08_57C10FlpL_E_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; P{GMR85G08-GAL4} expression pattern; dorsomedial domain of larval central nervous system; GMR 85G08 FLP 13-2; Truman Larval Flip-Out Collection; overlaps; 5801363_G__1; expression pattern fragment; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; Lines/GMR_81-99/85G08_sp_brain loopers/Confocal_63x_2012-07-10_85G08_VNC/stack_TIFF/85G08_57C10FlpL_E_VNC.tif; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 85G08 FLP 18-1 [VFB_00061452]

A single 85G08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/85G08_sp_brain loopers/Confocal_63x_2012-07-10_85G08_VNC/stack_TIFF/85G08_57C10FlpL_H_VNC.tif. [L3 CNS template - Wood2018; dorsolateral domain of larval A4 neuromere; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; 5801368_R__1; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; dorsolateral domain of larval central nervous system; embryonic/larval neuron; Lines/GMR_81-99/85G08_sp_brain loopers/Confocal_63x_2012-07-10_85G08_VNC/stack_TIFF/85G08_57C10FlpL_H_VNC.tif; GMR 85G08 FLP 18-1; expresses; P{GMR85G08-GAL4} expression pattern]

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GMR 85G08 FLP 18-2 [VFB_00061453]

A single 85G08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/85G08_sp_brain loopers/Confocal_63x_2012-07-10_85G08_VNC/stack_TIFF/85G08_57C10FlpL_H_VNC.tif. [confocal microscopy; unlicensed; 5801368_R__2; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; P{GMR85G08-GAL4} expression pattern; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; Lines/GMR_81-99/85G08_sp_brain loopers/Confocal_63x_2012-07-10_85G08_VNC/stack_TIFF/85G08_57C10FlpL_H_VNC.tif; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; GMR 85G08 FLP 18-2; dorsomedial domain of larval A2 neuromere]

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GMR 85G08 FLP 19-1 [VFB_00061454]

A fragment of the 85G08 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/85G08_sp_brain loopers/Confocal_63x_2012-07-10_85G08_VNC/stack_TIFF/85G08_57C10FlpL_F_VNC.tif. [confocal microscopy; unlicensed; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; P{GMR85G08-GAL4} expression pattern; Lines/GMR_81-99/85G08_sp_brain loopers/Confocal_63x_2012-07-10_85G08_VNC/stack_TIFF/85G08_57C10FlpL_F_VNC.tif; dorsomedial domain of larval central nervous system; GMR 85G08 FLP 19-1; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; 5801369_R__1; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; is part of; dorsomedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 85G08 FLP 19-2 [VFB_00061455]

A single 85G08 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/85G08_sp_brain loopers/Confocal_63x_2012-07-10_85G08_VNC/stack_TIFF/85G08_57C10FlpL_F_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; 5801369_G__2; P{GMR85G08-GAL4} expression pattern; Lines/GMR_81-99/85G08_sp_brain loopers/Confocal_63x_2012-07-10_85G08_VNC/stack_TIFF/85G08_57C10FlpL_F_VNC.tif; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 85G08 FLP 19-2; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 86D02 FLP 10-1 [VFB_00061848]

A single 86D02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/86D02/Confocal_63x_2012-05-08_86D02_VNC/stack_TIFF/86D02_57C10wtFlp_C_VNC.tif. [confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; GMR 86D02 FLP 10-1; centrolateral domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_81-99/86D02/Confocal_63x_2012-05-08_86D02_VNC/stack_TIFF/86D02_57C10wtFlp_C_VNC.tif; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; 5801576_R__2; P{GMR86D02-GAL4} expression pattern; L3 CNS template - Wood2018]

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GMR 86D02 FLP 11-1 [VFB_00060316]

A fragment of the 86D02 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/86D02/Confocal_63x_2012-05-08_86D02_VNC/stack_TIFF/86D02_57C10wtFlp_J_VNC.tif. [ventromedial domain of larval A8 neuromere; confocal microscopy; GMR 86D02 FLP 11-1; unlicensed; central domain of larval A7 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; ventrolateral domain of larval A7 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; Lines/GMR_81-99/86D02/Confocal_63x_2012-05-08_86D02_VNC/stack_TIFF/86D02_57C10wtFlp_J_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsal domain of larval A9 neuromere; central domain of larval central nervous system; 5801567_G__1; is part of; ventrolateral domain of larval A8 neuromere; centromedial domain of larval A7 neuromere; expresses; embryonic/larval central nervous system; centrolateral domain of larval A7 neuromere; P{GMR86D02-GAL4} expression pattern; L3 CNS template - Wood2018]

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GMR 86D09 FLP 6-1 [VFB_00061727]

A single 86D09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/86D09_AD_DBD/Confocal_63x_2013-02-05A_86D09_VNC_AD_DBD/stack_TIFF/86D09_57C10FlpL_G_VNC.tif. [confocal microscopy; unlicensed; P{GMR86D09-GAL4} expression pattern; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Lines/GMR_81-99/86D09_AD_DBD/Confocal_63x_2013-02-05A_86D09_VNC_AD_DBD/stack_TIFF/86D09_57C10FlpL_G_VNC.tif; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 86D09 FLP 6-1; central domain of larval central nervous system; 5800162_G__3; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 86E01 FLP 1-1 [VFB_00061510]

A single 86E01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/86E01_new/Confocal_63X_2014-10-13_PM_VNC/stack_TIFF/86E01_57C10L_F_VNC.tif. [centromedial domain of larval T2 neuromere; confocal microscopy; GMR 86E01 FLP 1-1; unlicensed; 5801430_G__1; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; expression pattern fragment; dorsomedial domain of larval T3 neuromere; is part of; Lines/GMR_81-99/86E01_new/Confocal_63X_2014-10-13_PM_VNC/stack_TIFF/86E01_57C10L_F_VNC.tif; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR86E01-GAL4} expression pattern; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 86E01 FLP 2-1 [VFB_00061744]

A fragment of the 86E01 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/86E01_new/Confocal_63X_2014-10-13_PM_VNC/stack_TIFF/86E01_57C10L_A_VNC.tif. [centromedial domain of larval T2 neuromere; centromedial domain of larval A4 neuromere; GMR 86E01 FLP 2-1; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; is part of; 5801431_G__1; expresses; embryonic/larval central nervous system; Lines/GMR_81-99/86E01_new/Confocal_63X_2014-10-13_PM_VNC/stack_TIFF/86E01_57C10L_A_VNC.tif; dorsolateral domain of larval A2 neuromere; P{GMR86E01-GAL4} expression pattern; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 86G09 FLP 1-1 [VFB_00058427]

A single 86G09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/86G09/Confocal_63x_2012-07-18_86G09_VNC/stack_TIFF/86G09_57C10wtFlp_B_VNC.tif. [confocal microscopy; unlicensed; 5800406_R__1; GMR 86G09 FLP 1-1; centrolateral domain of larval central nervous system; Lines/GMR_81-99/86G09/Confocal_63x_2012-07-18_86G09_VNC/stack_TIFF/86G09_57C10wtFlp_B_VNC.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; P{GMR86G09-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 86G09 FLP 2-1 [VFB_00058428]

A single 86G09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/86G09/Confocal_63x_2012-07-18_86G09_VNC/stack_TIFF/86G09_57C10wtFlp_A_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval A2 neuromere; Lines/GMR_81-99/86G09/Confocal_63x_2012-07-18_86G09_VNC/stack_TIFF/86G09_57C10wtFlp_A_VNC.tif; central domain of larval central nervous system; GMR 86G09 FLP 2-1; is part of; P{GMR86G09-GAL4} expression pattern; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; 5800407_R__1; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 86G09 FLP 3-1 [VFB_00058429]

A single 86G09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/86G09/Confocal_63x_2012-07-18_86G09_VNC/stack_TIFF/86G09_57C10wtFlp_G_VNC.tif. [centromedial domain of larval T2 neuromere; GMR 86G09 FLP 3-1; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; 5800404_G__1; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; Lines/GMR_81-99/86G09/Confocal_63x_2012-07-18_86G09_VNC/stack_TIFF/86G09_57C10wtFlp_G_VNC.tif; central domain of larval central nervous system; is part of; P{GMR86G09-GAL4} expression pattern; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; central domain of larval A1 neuromere; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 86G09 FLP 4-1 [VFB_00058430]

A single 86G09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/86G09/Confocal_63x_2012-07-18_86G09_VNC/stack_TIFF/86G09_57C10wtFlp_C_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; Lines/GMR_81-99/86G09/Confocal_63x_2012-07-18_86G09_VNC/stack_TIFF/86G09_57C10wtFlp_C_VNC.tif; dorsomedial domain of larval A1 neuromere; GMR 86G09 FLP 4-1; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; is part of; P{GMR86G09-GAL4} expression pattern; embryonic/larval neuron; expresses; 5800405_R__1; embryonic/larval central nervous system; central domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 86G09 FLP 4-2 [VFB_00058431]

A single 86G09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/86G09/Confocal_63x_2012-07-18_86G09_VNC/stack_TIFF/86G09_57C10wtFlp_C_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; GMR 86G09 FLP 4-2; Lines/GMR_81-99/86G09/Confocal_63x_2012-07-18_86G09_VNC/stack_TIFF/86G09_57C10wtFlp_C_VNC.tif; central domain of larval central nervous system; is part of; dorsomedial domain of larval A5 neuromere; P{GMR86G09-GAL4} expression pattern; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; 5800405_R__2; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 86G09 FLP 8-1 [VFB_00058432]

A single 86G09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/86G09/Confocal_63x_2012-07-18_86G09_VNC/stack_TIFF/86G09_57C10wtFlp_H_VNC.tif. [centromedial domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; GMR 86G09 FLP 8-1; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; Lines/GMR_81-99/86G09/Confocal_63x_2012-07-18_86G09_VNC/stack_TIFF/86G09_57C10wtFlp_H_VNC.tif; is part of; P{GMR86G09-GAL4} expression pattern; embryonic/larval neuron; 5800408_R__1; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 86G09 FLP 8-2 [VFB_00058433]

A single 86G09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/86G09/Confocal_63x_2012-07-18_86G09_VNC/stack_TIFF/86G09_57C10wtFlp_H_VNC.tif. [centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; expression pattern fragment; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; dorsomedial domain of larval maxillary neuromere; Lines/GMR_81-99/86G09/Confocal_63x_2012-07-18_86G09_VNC/stack_TIFF/86G09_57C10wtFlp_H_VNC.tif; is part of; P{GMR86G09-GAL4} expression pattern; 5800408_G__2; GMR 86G09 FLP 8-2; embryonic/larval neuron; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 86G09 FLP 9-1 [VFB_00058434]

A single 86G09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/86G09/Confocal_63x_2012-07-18_86G09_VNC/stack_TIFF/86G09_57C10wtFlp_F_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; GMR 86G09 FLP 9-1; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; P{GMR86G09-GAL4} expression pattern; embryonic/larval neuron; 5800409_R__1; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; Lines/GMR_81-99/86G09/Confocal_63x_2012-07-18_86G09_VNC/stack_TIFF/86G09_57C10wtFlp_F_VNC.tif; L3 CNS template - Wood2018]

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GMR 87D05 FLP 10-1 [VFB_00061761]

A fragment of the 87D05 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/87D05/Confocal_63x_2012-05-11_87D05_VNC/stack_TIFF/87D05_57C10FlpL_D_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; P{GMR87D05-GAL4} expression pattern; Lines/GMR_81-99/87D05/Confocal_63x_2012-05-11_87D05_VNC/stack_TIFF/87D05_57C10FlpL_D_VNC.tif; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; GMR 87D05 FLP 10-1; expresses; 5800118_R__1; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 87D10 FLP 12-1 [VFB_00060982]

A single 87D10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/87D10/Confocal_63x_2013-04-30_VNC/stack_TIFF/87D10_3xwtFlp40_B_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; 5800671_R__1; Lines/GMR_81-99/87D10/Confocal_63x_2013-04-30_VNC/stack_TIFF/87D10_3xwtFlp40_B_VNC.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; P{GMR87D10-GAL4} expression pattern; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; GMR 87D10 FLP 12-1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 87D10 FLP 14-1 [VFB_00060983]

A single 87D10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/87D10/Confocal_63x_2013-04-30_VNC/stack_TIFF/87D10_3xwtFlp40_C_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; P{GMR87D10-GAL4} expression pattern; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; GMR 87D10 FLP 14-1; expresses; 5800672_R__1; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; dorsolateral domain of larval A2 neuromere; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; Lines/GMR_81-99/87D10/Confocal_63x_2013-04-30_VNC/stack_TIFF/87D10_3xwtFlp40_C_VNC.tif]

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GMR 87G02 FLP 14-1 [VFB_00061807]

A single 87G02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/87G02_sp_B/Confocal_63x_2012-11-03_87G02_VNC/stack_TIFF/87G02_57C10FlpL_A_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; 5800798_G__2; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A6 neuromere; is part of; GMR 87G02 FLP 14-1; embryonic/larval neuron; centromedial domain of larval A6 neuromere; P{GMR87G02-GAL4} expression pattern; expresses; embryonic/larval central nervous system; Lines/GMR_81-99/87G02_sp_B/Confocal_63x_2012-11-03_87G02_VNC/stack_TIFF/87G02_57C10FlpL_A_VNC.tif; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 87G02 FLP 6-1 [VFB_00061468]

A single 87G02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/87G02_sp_B/Confocal_63x_2012-11-03_87G02_VNC/stack_TIFF/87G02_57C10FlpL_F_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; P{GMR87G02-GAL4} expression pattern; Truman Larval Flip-Out Collection; is part of; Lines/GMR_81-99/87G02_sp_B/Confocal_63x_2012-11-03_87G02_VNC/stack_TIFF/87G02_57C10FlpL_F_VNC.tif; 5800802_R__2; embryonic/larval neuron; GMR 87G02 FLP 6-1; expresses]

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GMR 87G04 FLP 5-1 [VFB_00060229]

A single 87G04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/87G04/Confocal_63x_2011-12-06_87G04_VNC/stack_TIFF/87G04_57C10FlpL_C_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; P{GMR87G04-GAL4} expression pattern; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; is part of; embryonic/larval neuron; expresses; 5800556_R__1; larval T1 leg neuropil; embryonic/larval central nervous system; GMR 87G04 FLP 5-1; centrolateral domain of larval T1 neuromere; L3 CNS template - Wood2018; Lines/GMR_81-99/87G04/Confocal_63x_2011-12-06_87G04_VNC/stack_TIFF/87G04_57C10FlpL_C_VNC.tif; centrolateral domain of larval T2 neuromere]

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GMR 87G04 FLP 5-2 [VFB_00060230]

A single 87G04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/87G04/Confocal_63x_2011-12-06_87G04_VNC/stack_TIFF/87G04_57C10FlpL_C_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; P{GMR87G04-GAL4} expression pattern; larval T2 leg neuropil; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; 5800556_G__5; is part of; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; GMR 87G04 FLP 5-2; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; Lines/GMR_81-99/87G04/Confocal_63x_2011-12-06_87G04_VNC/stack_TIFF/87G04_57C10FlpL_C_VNC.tif; centrolateral domain of larval T2 neuromere]

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GMR 87H09 FLP 11-1 [VFB_00058287]

A single 87H09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/87H09/Confocal_63x_2012-11-03_87H09_VNC/stack_TIFF/87H09_57C10FlpL_H_VNC.tif. [5801117_R__1; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; Lines/GMR_81-99/87H09/Confocal_63x_2012-11-03_87H09_VNC/stack_TIFF/87H09_57C10FlpL_H_VNC.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; GMR 87H09 FLP 11-1; expression pattern fragment; central domain of larval central nervous system; is part of; centrolateral domain of larval A3 neuromere; P{GMR87H09-GAL4} expression pattern; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 87H09 FLP 11-2 [VFB_00058288]

A single 87H09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/87H09/Confocal_63x_2012-11-03_87H09_VNC/stack_TIFF/87H09_57C10FlpL_H_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; Lines/GMR_81-99/87H09/Confocal_63x_2012-11-03_87H09_VNC/stack_TIFF/87H09_57C10FlpL_H_VNC.tif; GMR 87H09 FLP 11-2; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; 5801117_R__3; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; is part of; dorsomedial domain of larval A5 neuromere; P{GMR87H09-GAL4} expression pattern; embryonic/larval neuron; centromedial domain of larval A6 neuromere; expresses; embryonic/larval central nervous system; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 87H09 FLP 11-3 [VFB_00058289]

A single 87H09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/87H09/Confocal_63x_2012-11-03_87H09_VNC/stack_TIFF/87H09_57C10FlpL_H_VNC.tif. [ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; Lines/GMR_81-99/87H09/Confocal_63x_2012-11-03_87H09_VNC/stack_TIFF/87H09_57C10FlpL_H_VNC.tif; 5801117_R__4; dorsolateral domain of larval A1 neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; GMR 87H09 FLP 11-3; is part of; ventromedial domain of larval maxillary neuromere; P{GMR87H09-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 87H09 FLP 6-1 [VFB_00061176]

A single 87H09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/87H09/Confocal_63x_2012-11-03_87H09_VNC/stack_TIFF/87H09_57C10FlpL_B_VNC.tif. [confocal microscopy; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; 5801125_G__1; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; expression pattern fragment; Lines/GMR_81-99/87H09/Confocal_63x_2012-11-03_87H09_VNC/stack_TIFF/87H09_57C10FlpL_B_VNC.tif; dorsolateral domain of larval T1 neuromere; is part of; embryonic/larval neuron; P{GMR87H09-GAL4} expression pattern; GMR 87H09 FLP 6-1; expresses; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 87H09 FLP 9-1 [VFB_00061177]

A single 87H09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/87H09/Confocal_63x_2012-11-03_87H09_VNC/stack_TIFF/87H09_57C10FlpL_C_VNC.tif. [ventrolateral domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Lines/GMR_81-99/87H09/Confocal_63x_2012-11-03_87H09_VNC/stack_TIFF/87H09_57C10FlpL_C_VNC.tif; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; expression pattern fragment; centrolateral domain of larval T3 neuromere; GMR 87H09 FLP 9-1; central domain of larval central nervous system; is part of; ventromedial domain of larval maxillary neuromere; P{GMR87H09-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; larval T3 leg neuropil; 5801120_G__2; L3 CNS template - Wood2018]

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GMR 88A05 FLP 13-1 [VFB_00060231]

A single 88A05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/88A05/Confocal_63x_2012-10-25_88A05_VNC/stack_TIFF/88A05_57C10FlpL_E_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; Lines/GMR_81-99/88A05/Confocal_63x_2012-10-25_88A05_VNC/stack_TIFF/88A05_57C10FlpL_E_VNC.tif; centrolateral domain of larval central nervous system; P{GMR88A05-GAL4} expression pattern; centromedial domain of larval central nervous system; GMR 88A05 FLP 13-1; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 5800009_R__2; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 88C06 FLP 18-1 [VFB_00061547]

A single 88C06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/88C06/Confocal_63x_2013-02-05A_88C06_VNC/stack_TIFF/88C06_57C10FlpL_E_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; P{GMR88C06-GAL4} expression pattern; ventrolateral domain of larval T1 neuromere; 5800968_R__1; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; GMR 88C06 FLP 18-1; Lines/GMR_81-99/88C06/Confocal_63x_2013-02-05A_88C06_VNC/stack_TIFF/88C06_57C10FlpL_E_VNC.tif; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 88C06 FLP 19-1 [VFB_00060315]

A fragment of the 88C06 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/88C06/Confocal_63x_2013-02-05A_88C06_VNC/stack_TIFF/88C06_57C10FlpL_D_VNC.tif. [dorsolateral domain of larval T3 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; P{GMR88C06-GAL4} expression pattern; dorsolateral domain of larval A1 neuromere; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; 5800965_R__1; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; Lines/GMR_81-99/88C06/Confocal_63x_2013-02-05A_88C06_VNC/stack_TIFF/88C06_57C10FlpL_D_VNC.tif; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; dorsomedial domain of larval maxillary neuromere; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; GMR 88C06 FLP 19-1; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; central domain of larval A1 neuromere; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 89B06 FLP 17-1 [VFB_00061018]

A fragment of the 89B06 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/89B06_sp/Confocal_63x_2012-11-08_89B06_VNC/stack_TIFF/89B06_57C10FlpL_E_VNC.tif. [confocal microscopy; unlicensed; Lines/GMR_81-99/89B06_sp/Confocal_63x_2012-11-08_89B06_VNC/stack_TIFF/89B06_57C10FlpL_E_VNC.tif; centromedial domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; P{GMR89B06-GAL4} expression pattern; GMR 89B06 FLP 17-1; expression pattern fragment; dorsomedial domain of larval A1 neuromere; 5802106_R__1; dorsomedial domain of larval T3 neuromere; is part of; expresses; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 89D02 FLP 16-1 [VFB_00061243]

A single 89D02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/89D02/Confocal_63x_2012-11-03_89D02_VNC/stack_TIFF/89D02_57C10FlpL_I_VNC.tif. [ventrolateral domain of larval T2 neuromere; L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; P{GMR89D02-GAL4} expression pattern; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; GMR 89D02 FLP 16-1; 5800867_G__3; ventrolateral domain of larval central nervous system; embryonic/larval neuron; Lines/GMR_81-99/89D02/Confocal_63x_2012-11-03_89D02_VNC/stack_TIFF/89D02_57C10FlpL_I_VNC.tif; expresses]

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GMR 89D04 FLP 10-1 [VFB_00057538]

A single 89D04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/89D04/Confocal_63x_2012-06-25_89D04_VNC/stack_TIFF/89D04_57C10wtFlp_A_VNC.tif. [centromedial domain of larval T2 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Lines/GMR_81-99/89D04/Confocal_63x_2012-06-25_89D04_VNC/stack_TIFF/89D04_57C10wtFlp_A_VNC.tif; Truman Larval Flip-Out Collection; P{GMR89D04-GAL4} expression pattern; overlaps; central domain of larval T2 neuromere; 5800200_R__1; central domain of larval T1 neuromere; expression pattern fragment; GMR 89D04 FLP 10-1; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 89D11 FLP 10-1 [VFB_00061171]

A single 89D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/89D11/Confocal_63x_2012-11-08_89D11_VNC/stack_TIFF/89D11_57C10wtFlp_H_VNC.tif. [ventrolateral domain of larval T2 neuromere; 5800694_R__1; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; centrolateral domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR89D11-GAL4} expression pattern; dorsolateral domain of larval T1 neuromere; is part of; Lines/GMR_81-99/89D11/Confocal_63x_2012-11-08_89D11_VNC/stack_TIFF/89D11_57C10wtFlp_H_VNC.tif; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; GMR 89D11 FLP 10-1; dorsomedial domain of larval T2 neuromere]

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GMR 89D11 FLP 10-2 [VFB_00061172]

A single 89D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/89D11/Confocal_63x_2012-11-08_89D11_VNC/stack_TIFF/89D11_57C10wtFlp_H_VNC.tif. [confocal microscopy; unlicensed; GMR 89D11 FLP 10-2; 5800694_G__1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; expression pattern fragment; P{GMR89D11-GAL4} expression pattern; dorsomedial domain of larval A1 neuromere; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; Lines/GMR_81-99/89D11/Confocal_63x_2012-11-08_89D11_VNC/stack_TIFF/89D11_57C10wtFlp_H_VNC.tif; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 89D11 FLP 12-1 [VFB_00061173]

A single 89D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/89D11/Confocal_63x_2012-11-08_89D11_VNC/stack_TIFF/89D11_57C10wtFlp_A_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; dorsomedial domain of larval A4 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR89D11-GAL4} expression pattern; Lines/GMR_81-99/89D11/Confocal_63x_2012-11-08_89D11_VNC/stack_TIFF/89D11_57C10wtFlp_A_VNC.tif; GMR 89D11 FLP 12-1; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; 5800692_R__2; embryonic/larval central nervous system; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 89D11 FLP 13-1 [VFB_00061174]

A single 89D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/89D11/Confocal_63x_2012-11-08_89D11_VNC/stack_TIFF/89D11_57C10wtFlp_G_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; ventromedial domain of larval A5 neuromere; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; Lines/GMR_81-99/89D11/Confocal_63x_2012-11-08_89D11_VNC/stack_TIFF/89D11_57C10wtFlp_G_VNC.tif; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; 5800691_R__2; GMR 89D11 FLP 13-1; embryonic/larval neuron; P{GMR89D11-GAL4} expression pattern; expresses]

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GMR 89D11 FLP 14-1 [VFB_00061175]

A single 89D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/89D11/Confocal_63x_2012-11-08_89D11_VNC/stack_TIFF/89D11_57C10wtFlp_C_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; GMR 89D11 FLP 14-1; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; 5800690_R__1; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR89D11-GAL4} expression pattern; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; Lines/GMR_81-99/89D11/Confocal_63x_2012-11-08_89D11_VNC/stack_TIFF/89D11_57C10wtFlp_C_VNC.tif; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 89D11 FLP 9-1 [VFB_00061169]

A single 89D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/89D11/Confocal_63x_2012-11-08_89D11_VNC/stack_TIFF/89D11_57C10wtFlp_I_VNC.tif. [ventrolateral domain of larval T2 neuromere; L3 CNS template - Wood2018; embryonic/larval central nervous system; 5800695_G__1; expression pattern fragment; ventrolateral domain of larval T1 neuromere; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; GMR 89D11 FLP 9-1; is part of; overlaps; Lines/GMR_81-99/89D11/Confocal_63x_2012-11-08_89D11_VNC/stack_TIFF/89D11_57C10wtFlp_I_VNC.tif; ventrolateral domain of larval central nervous system; embryonic/larval neuron; P{GMR89D11-GAL4} expression pattern; expresses]

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GMR 89D11 FLP 9-2 [VFB_00061170]

A single 89D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/89D11/Confocal_63x_2012-11-08_89D11_VNC/stack_TIFF/89D11_57C10wtFlp_I_VNC.tif. [ventromedial domain of larval A8 neuromere; confocal microscopy; unlicensed; Lines/GMR_81-99/89D11/Confocal_63x_2012-11-08_89D11_VNC/stack_TIFF/89D11_57C10wtFlp_I_VNC.tif; central domain of larval A7 neuromere; 5800695_G__2; centrolateral domain of larval central nervous system; central domain of larval A6 neuromere; ventrolateral domain of larval A6 neuromere; ventrolateral domain of larval A7 neuromere; GMR 89D11 FLP 9-2; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR89D11-GAL4} expression pattern; dorsal domain of larval A9 neuromere; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; is part of; ventrolateral domain of larval A8 neuromere; embryonic/larval neuron; central domain of larval A9 neuromere; expresses; embryonic/larval central nervous system; central domain of larval A8 neuromere; centrolateral domain of larval A7 neuromere; L3 CNS template - Wood2018]

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GMR 89E09 FLP 10-1 [VFB_00061469]

A single 89E09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/89E09/Confocal_63x_2013-03-04_VNC/stack_TIFF/89E09_57C10FlpL_E_VNC.tif. [L3 CNS template - Wood2018; 5800775_R__1; embryonic/larval central nervous system; expression pattern fragment; centrolateral domain of larval A1 neuromere; expresses; unlicensed; confocal microscopy; Truman Larval Flip-Out Collection; is part of; overlaps; Lines/GMR_81-99/89E09/Confocal_63x_2013-03-04_VNC/stack_TIFF/89E09_57C10FlpL_E_VNC.tif; centrolateral domain of larval central nervous system; P{GMR89E09-GAL4} expression pattern; embryonic/larval neuron; GMR 89E09 FLP 10-1]

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GMR 89E09 FLP 10-2 [VFB_00061470]

A fragment of the 89E09 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/89E09/Confocal_63x_2013-03-04_VNC/stack_TIFF/89E09_57C10FlpL_E_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Lines/GMR_81-99/89E09/Confocal_63x_2013-03-04_VNC/stack_TIFF/89E09_57C10FlpL_E_VNC.tif; Truman Larval Flip-Out Collection; overlaps; 5800775_G__1; P{GMR89E09-GAL4} expression pattern; expression pattern fragment; dorsolateral domain of larval A6 neuromere; is part of; dorsomedial domain of larval A5 neuromere; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; GMR 89E09 FLP 10-2; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 89E09 FLP 11-1 [VFB_00061471]

A single 89E09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/89E09/Confocal_63x_2013-03-04_VNC/stack_TIFF/89E09_57C10FlpL_D_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_81-99/89E09/Confocal_63x_2013-03-04_VNC/stack_TIFF/89E09_57C10FlpL_D_VNC.tif; P{GMR89E09-GAL4} expression pattern; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; 5800777_R__1; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; GMR 89E09 FLP 11-1; L3 CNS template - Wood2018]

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GMR 89E09 FLP 11-2 [VFB_00061472]

A single 89E09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/89E09/Confocal_63x_2013-03-04_VNC/stack_TIFF/89E09_57C10FlpL_D_VNC.tif. [GMR 89E09 FLP 11-2; centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_81-99/89E09/Confocal_63x_2013-03-04_VNC/stack_TIFF/89E09_57C10FlpL_D_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR89E09-GAL4} expression pattern; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; 5800777_G__1; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 89E09 FLP 6-1 [VFB_00061622]

A fragment of the 89E09 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/89E09/Confocal_63x_2013-03-04_VNC/stack_TIFF/89E09_57C10FlpL_B_VNC.tif. [5800779_R__1; confocal microscopy; unlicensed; Lines/GMR_81-99/89E09/Confocal_63x_2013-03-04_VNC/stack_TIFF/89E09_57C10FlpL_B_VNC.tif; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; P{GMR89E09-GAL4} expression pattern; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; GMR 89E09 FLP 6-1; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 89E09 FLP 6-2 [VFB_00061623]

A single 89E09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/89E09/Confocal_63x_2013-03-04_VNC/stack_TIFF/89E09_57C10FlpL_B_VNC.tif. [confocal microscopy; unlicensed; Lines/GMR_81-99/89E09/Confocal_63x_2013-03-04_VNC/stack_TIFF/89E09_57C10FlpL_B_VNC.tif; centrolateral domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR89E09-GAL4} expression pattern; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; 5800779_R__3; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; GMR 89E09 FLP 6-2; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 89G04 FLP 16-1 [VFB_00057358]

A fragment of the 89G04 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/89G04_sp_Abd_sensory only/Confocal_63x_2011-10-19_89G04_VNC-JT/stack_TIFF/89G04_57C10FlpL_C.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; 5801028_G__2; centrolateral domain of larval central nervous system; GMR 89G04 FLP 16-1; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; P{GMR89G04-GAL4} expression pattern; is part of; Lines/GMR_81-99/89G04_sp_Abd_sensory only/Confocal_63x_2011-10-19_89G04_VNC-JT/stack_TIFF/89G04_57C10FlpL_C.tif; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 89G07 FLP 19-1 [VFB_00061842]

A single 89G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/89G07_sp_AB_NEW/Confocal_63x_2011-11-21_89G07_VNC-jt/stack_TIFF/89G07_57C10wtFlp_D_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; 5800488_G__1; centrolateral domain of larval central nervous system; GMR 89G07 FLP 19-1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; P{GMR89G07-GAL4} expression pattern; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_81-99/89G07_sp_AB_NEW/Confocal_63x_2011-11-21_89G07_VNC-jt/stack_TIFF/89G07_57C10wtFlp_D_VNC.tif; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 89G07 FLP 2-1 [VFB_00061155]

A single 89G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/89G07_sp_AB_NEW/Confocal_63x_2012-05-10_89G07_VNC_wtFlp/stack_TIFF/89G07_57C10wtFlp_A_VNC.tif. [confocal microscopy; unlicensed; 5800473_G__1; Lines/GMR_81-99/89G07_sp_AB_NEW/Confocal_63x_2012-05-10_89G07_VNC_wtFlp/stack_TIFF/89G07_57C10wtFlp_A_VNC.tif; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 89G07 FLP 2-1; P{GMR89G07-GAL4} expression pattern; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 89G07 FLP 2-2 [VFB_00061156]

A single 89G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/89G07_sp_AB_NEW/Confocal_63x_2012-05-10_89G07_VNC_wtFlp/stack_TIFF/89G07_57C10wtFlp_A_VNC.tif. [confocal microscopy; unlicensed; 5800473_G__2; Lines/GMR_81-99/89G07_sp_AB_NEW/Confocal_63x_2012-05-10_89G07_VNC_wtFlp/stack_TIFF/89G07_57C10wtFlp_A_VNC.tif; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; P{GMR89G07-GAL4} expression pattern; GMR 89G07 FLP 2-2; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 89G07 FLP 3-1 [VFB_00061157]

A single 89G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/89G07_sp_AB_NEW/Confocal_63x_2012-05-10_89G07_VNC_wtFlp/stack_TIFF/89G07_57C10wtFlp_B2_VNC.tif. [confocal microscopy; unlicensed; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR89G07-GAL4} expression pattern; is part of; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; 5800472_G__3; embryonic/larval central nervous system; GMR 89G07 FLP 3-1; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; Lines/GMR_81-99/89G07_sp_AB_NEW/Confocal_63x_2012-05-10_89G07_VNC_wtFlp/stack_TIFF/89G07_57C10wtFlp_B2_VNC.tif; dorsomedial domain of larval A2 neuromere]

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GMR 89G07 FLP 33-3 [VFB_00061595]

A single 89G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/89G07_sp_AB_NEW/Confocal_63x_2012-05-10_89G07_VNC_FlpL/stack_TIFF/89G07_57C10FlpL_B_VNC.tif. [confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 89G07 FLP 33-3; P{GMR89G07-GAL4} expression pattern; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; 5800496_R__1; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; Lines/GMR_81-99/89G07_sp_AB_NEW/Confocal_63x_2012-05-10_89G07_VNC_FlpL/stack_TIFF/89G07_57C10FlpL_B_VNC.tif; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 89G07 FLP 35-1 [VFB_00060926]

A single 89G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/89G07_sp_AB_NEW/Confocal_63x_2012-05-10_89G07_VNC_FlpL/stack_TIFF/89G07_57C10FlpL_I_VNC.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; dorsolateral domain of larval T3 neuromere; 5800498_G__2; expression pattern fragment; P{GMR89G07-GAL4} expression pattern; confocal microscopy; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; Lines/GMR_81-99/89G07_sp_AB_NEW/Confocal_63x_2012-05-10_89G07_VNC_FlpL/stack_TIFF/89G07_57C10FlpL_I_VNC.tif; GMR 89G07 FLP 35-1; dorsolateral domain of larval central nervous system; embryonic/larval neuron; ventrolateral domain of larval T3 neuromere; expresses]

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GMR 89G07 FLP 4-1 [VFB_00061158]

A single 89G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/89G07_sp_AB_NEW/Confocal_63x_2012-05-10_89G07_VNC_wtFlp/stack_TIFF/89G07_57C10wtFlp_F_VNC.tif. [Lines/GMR_81-99/89G07_sp_AB_NEW/Confocal_63x_2012-05-10_89G07_VNC_wtFlp/stack_TIFF/89G07_57C10wtFlp_F_VNC.tif; confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; expression pattern fragment; dorsolateral domain of larval A6 neuromere; 5800471_R__2; P{GMR89G07-GAL4} expression pattern; ventromedial domain of larval A5 neuromere; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; GMR 89G07 FLP 4-1; L3 CNS template - Wood2018]

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GMR 89G07 FLP 4-2 [VFB_00061159]

A single 89G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/89G07_sp_AB_NEW/Confocal_63x_2012-05-10_89G07_VNC_wtFlp/stack_TIFF/89G07_57C10wtFlp_F_VNC.tif. [Lines/GMR_81-99/89G07_sp_AB_NEW/Confocal_63x_2012-05-10_89G07_VNC_wtFlp/stack_TIFF/89G07_57C10wtFlp_F_VNC.tif; confocal microscopy; unlicensed; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 89G07 FLP 4-2; expression pattern fragment; P{GMR89G07-GAL4} expression pattern; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; 5800471_G__1; dorsomedial domain of larval A2 neuromere]

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GMR 89G07 FLP 5-1 [VFB_00061160]

A single 89G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/89G07_sp_AB_NEW/Confocal_63x_2012-05-10_89G07_VNC_wtFlp/stack_TIFF/89G07_57C10wtFlp_D_VNC.tif. [confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; Lines/GMR_81-99/89G07_sp_AB_NEW/Confocal_63x_2012-05-10_89G07_VNC_wtFlp/stack_TIFF/89G07_57C10wtFlp_D_VNC.tif; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 89G07 FLP 5-1; central domain of larval central nervous system; P{GMR89G07-GAL4} expression pattern; is part of; embryonic/larval neuron; 5800470_R__1; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 89G07 FLP 6-1 [VFB_00061161]

A single 89G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/89G07_sp_AB_NEW/Confocal_63x_2012-05-10_89G07_VNC_wtFlp/stack_TIFF/89G07_57C10wtFlp_B1_VNC.tif. [GMR 89G07 FLP 6-1; confocal microscopy; unlicensed; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; 5800477_G__2; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_81-99/89G07_sp_AB_NEW/Confocal_63x_2012-05-10_89G07_VNC_wtFlp/stack_TIFF/89G07_57C10wtFlp_B1_VNC.tif; P{GMR89G07-GAL4} expression pattern; is part of; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 89G07 FLP 7-1 [VFB_00061162]

A fragment of the 89G07 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/89G07_sp_AB_NEW/Confocal_63x_2012-05-10_89G07_VNC_wtFlp/stack_TIFF/89G07_57C10wtFlp_E_VNC.tif. [GMR 89G07 FLP 7-1; centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; 5800476_G__2; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_81-99/89G07_sp_AB_NEW/Confocal_63x_2012-05-10_89G07_VNC_wtFlp/stack_TIFF/89G07_57C10wtFlp_E_VNC.tif; expression pattern fragment; P{GMR89G07-GAL4} expression pattern; is part of; centrolateral domain of larval A3 neuromere; expresses; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 89G07 FLP 9-1 [VFB_00061163]

A single 89G07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/89G07_sp_AB_NEW/Confocal_63x_2012-05-10_89G07_VNC_wtFlp/stack_TIFF/89G07_57C10wtFlp_G_VNC.tif. [confocal microscopy; unlicensed; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR89G07-GAL4} expression pattern; is part of; GMR 89G07 FLP 9-1; embryonic/larval neuron; 5800474_G__1; expresses; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; Lines/GMR_81-99/89G07_sp_AB_NEW/Confocal_63x_2012-05-10_89G07_VNC_wtFlp/stack_TIFF/89G07_57C10wtFlp_G_VNC.tif; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 90C07 FLP 18-1 [VFB_00060237]

A single 90C07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/90C07_sp_B/Confocal_63x_2012-05-22_90C07_VNC/stack_TIFF/90C07_57C10FlpL_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; L3 CNS template - Wood2018; 5801758_R__1; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; P{GMR90C07-GAL4} expression pattern; overlaps; embryonic/larval neuron; Lines/GMR_81-99/90C07_sp_B/Confocal_63x_2012-05-22_90C07_VNC/stack_TIFF/90C07_57C10FlpL_F_VNC.tif; GMR 90C07 FLP 18-1; expresses]

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GMR 91F03 FLP 11-1 [VFB_00060943]

A single 91F03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/91F03/Confocal_63x_2012-05-16_91F03_VNC/stack_TIFF/91F03_57C10wtFlp_A_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; Lines/GMR_81-99/91F03/Confocal_63x_2012-05-16_91F03_VNC/stack_TIFF/91F03_57C10wtFlp_A_VNC.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; 5800419_R__1; expression pattern fragment; central domain of larval central nervous system; GMR 91F03 FLP 11-1; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR91F03-GAL4} expression pattern; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 91F03 FLP 12-1 [VFB_00060944]

A single 91F03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/91F03/Confocal_63x_2012-05-16_91F03_VNC/stack_TIFF/91F03_57C10wtFlp_D_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_81-99/91F03/Confocal_63x_2012-05-16_91F03_VNC/stack_TIFF/91F03_57C10wtFlp_D_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; 5800418_R__1; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; ventrolateral domain of larval A5 neuromere; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; P{GMR91F03-GAL4} expression pattern; GMR 91F03 FLP 12-1; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 91F03 FLP 13-1 [VFB_00060951]

A single 91F03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/91F03/Confocal_63x_2012-05-16_91F03_VNC/stack_TIFF/91F03_57C10wtFlp_F_VNC.tif. [centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; GMR 91F03 FLP 13-1; centromedial domain of larval T3 neuromere; Lines/GMR_81-99/91F03/Confocal_63x_2012-05-16_91F03_VNC/stack_TIFF/91F03_57C10wtFlp_F_VNC.tif; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; 5800417_G__1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR91F03-GAL4} expression pattern; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 91F03 FLP 13-2 [VFB_00060952]

A single 91F03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/91F03/Confocal_63x_2012-05-16_91F03_VNC/stack_TIFF/91F03_57C10wtFlp_F_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; GMR 91F03 FLP 13-2; unlicensed; Lines/GMR_81-99/91F03/Confocal_63x_2012-05-16_91F03_VNC/stack_TIFF/91F03_57C10wtFlp_F_VNC.tif; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; P{GMR91F03-GAL4} expression pattern; central domain of larval A5 neuromere; 5800417_G__2; L3 CNS template - Wood2018]

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GMR 91F03 FLP 2-1 [VFB_00059456]

A single 91F03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/91F03/Confocal_63x_2012-05-16_91F03_VNC/stack_TIFF/91F03_57C10wtFlp_B_VNC.tif. [GMR 91F03 FLP 2-1; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; 5800421_R__1; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; Lines/GMR_81-99/91F03/Confocal_63x_2012-05-16_91F03_VNC/stack_TIFF/91F03_57C10wtFlp_B_VNC.tif; P{GMR91F03-GAL4} expression pattern; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 91F03 FLP 2-2 [VFB_00059457]

A single 91F03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/91F03/Confocal_63x_2012-05-16_91F03_VNC/stack_TIFF/91F03_57C10wtFlp_B_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; 5800421_G__1; GMR 91F03 FLP 2-2; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_81-99/91F03/Confocal_63x_2012-05-16_91F03_VNC/stack_TIFF/91F03_57C10wtFlp_B_VNC.tif; P{GMR91F03-GAL4} expression pattern; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 91H03 FLP 10-1 [VFB_00061479]

A single 91H03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/91H03/Confocal_63x_2012-07-18_91H03_VNC/stack_TIFF/91H03_57C10wtFlp_F_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; GMR 91H03 FLP 10-1; central domain of larval T1 neuromere; expression pattern fragment; central domain of larval central nervous system; is part of; embryonic/larval neuron; Lines/GMR_81-99/91H03/Confocal_63x_2012-07-18_91H03_VNC/stack_TIFF/91H03_57C10wtFlp_F_VNC.tif; expresses; embryonic/larval central nervous system; 5802048_G__2; L3 CNS template - Wood2018; P{GMR91H03-GAL4} expression pattern]

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GMR 91H03 FLP 11-1 [VFB_00061480]

A single 91H03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/91H03/Confocal_63x_2012-07-18_91H03_VNC/stack_TIFF/91H03_57C10wtFlp_E_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; centrolateral domain of larval A1 neuromere; is part of; 5802049_R__2; embryonic/larval neuron; Lines/GMR_81-99/91H03/Confocal_63x_2012-07-18_91H03_VNC/stack_TIFF/91H03_57C10wtFlp_E_VNC.tif; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A1 neuromere; GMR 91H03 FLP 11-1; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR91H03-GAL4} expression pattern]

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GMR 91H03 FLP 8-1 [VFB_00061604]

A single 91H03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/91H03/Confocal_63x_2012-07-18_91H03_VNC/stack_TIFF/91H03_57C10wtFlp_A_VNC.tif. [ventrolateral domain of larval T2 neuromere; Lines/GMR_81-99/91H03/Confocal_63x_2012-07-18_91H03_VNC/stack_TIFF/91H03_57C10wtFlp_A_VNC.tif; confocal microscopy; 5802046_G__1; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; P{GMR91H03-GAL4} expression pattern; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; GMR 91H03 FLP 8-1; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 91H03 FLP 8-2 [VFB_00061605]

A single 91H03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/91H03/Confocal_63x_2012-07-18_91H03_VNC/stack_TIFF/91H03_57C10wtFlp_A_VNC.tif. [Lines/GMR_81-99/91H03/Confocal_63x_2012-07-18_91H03_VNC/stack_TIFF/91H03_57C10wtFlp_A_VNC.tif; confocal microscopy; unlicensed; GMR 91H03 FLP 8-2; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; is part of; 5802046_G__3; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR91H03-GAL4} expression pattern]

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GMR 91H03 FLP 9-1 [VFB_00061612]

A single 91H03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/91H03/Confocal_63x_2012-07-18_91H03_VNC/stack_TIFF/91H03_57C10wtFlp_C_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; 5802047_R__1; dorsolateral domain of larval A4 neuromere; GMR 91H03 FLP 9-1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_81-99/91H03/Confocal_63x_2012-07-18_91H03_VNC/stack_TIFF/91H03_57C10wtFlp_C_VNC.tif; expression pattern fragment; central domain of larval central nervous system; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{GMR91H03-GAL4} expression pattern]

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GMR 91H03 FLP 9-2 [VFB_00061613]

A single 91H03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/91H03/Confocal_63x_2012-07-18_91H03_VNC/stack_TIFF/91H03_57C10wtFlp_C_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_81-99/91H03/Confocal_63x_2012-07-18_91H03_VNC/stack_TIFF/91H03_57C10wtFlp_C_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; GMR 91H03 FLP 9-2; 5802047_G__1; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; P{GMR91H03-GAL4} expression pattern; is part of; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 92C04 FLP 9-1 [VFB_00059461]

A single 92C04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/92C04/Confocal_63x_2012-07-18_92C04_VNC/stack_TIFF/92C04_57C10FlpL_B_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; GMR 92C04 FLP 9-1; 5801466_R__2; expression pattern fragment; dorsomedial domain of larval maxillary neuromere; is part of; P{GMR92C04-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_81-99/92C04/Confocal_63x_2012-07-18_92C04_VNC/stack_TIFF/92C04_57C10FlpL_B_VNC.tif; L3 CNS template - Wood2018]

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GMR 92C04 FLP 9-2 [VFB_00059462]

A fragment of the 92C04 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/92C04/Confocal_63x_2012-07-18_92C04_VNC/stack_TIFF/92C04_57C10FlpL_B_VNC.tif. [ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; ventrolateral domain of larval labial neuromere; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; is part of; ventromedial domain of larval maxillary neuromere; P{GMR92C04-GAL4} expression pattern; expresses; GMR 92C04 FLP 9-2; embryonic/larval central nervous system; Lines/GMR_81-99/92C04/Confocal_63x_2012-07-18_92C04_VNC/stack_TIFF/92C04_57C10FlpL_B_VNC.tif; L3 CNS template - Wood2018; 5801466_G__1]

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GMR 92H04 FLP 3-1 [VFB_00061742]

A single 92H04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/92H04/Confocal_63x_2012-11-27_92H04_VNC/stack_TIFF/92H04_57C10wtFlp_C_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; P{GMR92H04-GAL4} expression pattern; ventromedial domain of larval A2 neuromere; Lines/GMR_81-99/92H04/Confocal_63x_2012-11-27_92H04_VNC/stack_TIFF/92H04_57C10wtFlp_C_VNC.tif; GMR 92H04 FLP 3-1; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; centromedial domain of larval A5 neuromere; expresses; central domain of larval A3 neuromere; 5801340_R__1; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 92H04 FLP 4-1 [VFB_00061743]

A single 92H04 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/92H04/Confocal_63x_2012-11-27_92H04_VNC/stack_TIFF/92H04_57C10wtFlp_D_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; central domain of larval T3 neuromere; P{GMR92H04-GAL4} expression pattern; Lines/GMR_81-99/92H04/Confocal_63x_2012-11-27_92H04_VNC/stack_TIFF/92H04_57C10wtFlp_D_VNC.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; GMR 92H04 FLP 4-1; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; is part of; 5801341_R__1; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 93A03 FLP 2-1 [VFB_00060317]

A single 93A03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/93A03/Confocal_63x_2012-07-24_93A03_VNC/stack_TIFF/93A03_57C10FlpL_C_VNC.tif. [confocal microscopy; unlicensed; 5801560_R__2; centrolateral domain of larval central nervous system; Lines/GMR_81-99/93A03/Confocal_63x_2012-07-24_93A03_VNC/stack_TIFF/93A03_57C10FlpL_C_VNC.tif; GMR 93A03 FLP 2-1; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; P{GMR93A03-GAL4} expression pattern; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 93A03 FLP 4-1 [VFB_00057569]

A fragment of the 93A03 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/93A03/Confocal_63x_2012-07-24_93A03_VNC/stack_TIFF/93A03_57C10FlpL_H_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; Lines/GMR_81-99/93A03/Confocal_63x_2012-07-24_93A03_VNC/stack_TIFF/93A03_57C10FlpL_H_VNC.tif; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval T3 neuromere; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; dorsolateral domain of larval labial neuromere; expresses; embryonic/larval central nervous system; GMR 93A03 FLP 4-1; central domain of larval labial neuromere; 5801559_R__1; P{GMR93A03-GAL4} expression pattern; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 93A03 FLP 5-1 [VFB_00057570]

A single 93A03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/93A03/Confocal_63x_2012-07-24_93A03_VNC/stack_TIFF/93A03_57C10FlpL_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; central domain of larval T3 neuromere; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval T3 neuromere; GMR 93A03 FLP 5-1; central domain of larval central nervous system; is part of; embryonic/larval neuron; Lines/GMR_81-99/93A03/Confocal_63x_2012-07-24_93A03_VNC/stack_TIFF/93A03_57C10FlpL_B_VNC.tif; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; P{GMR93A03-GAL4} expression pattern; 5801558_G__1; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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GMR 93A03 FLP 6-1 [VFB_00057571]

A single 93A03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/93A03/Confocal_63x_2012-07-24_93A03_VNC/stack_TIFF/93A03_57C10FlpL_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; confocal microscopy; Lines/GMR_81-99/93A03/Confocal_63x_2012-07-24_93A03_VNC/stack_TIFF/93A03_57C10FlpL_F_VNC.tif; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; GMR 93A03 FLP 6-1; expression pattern fragment; ventrolateral domain of larval T3 neuromere; ventrolateral domain of larval central nervous system; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; 5801557_R__1; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; P{GMR93A03-GAL4} expression pattern; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 93A03 FLP 7-1 [VFB_00057574]

A fragment of the 93A03 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/93A03/Confocal_63x_2012-07-24_93A03_VNC/stack_TIFF/93A03_57C10FlpL_E_VNC.tif. [ventrolateral domain of larval T2 neuromere; L3 CNS template - Wood2018; embryonic/larval central nervous system; 5801555_R__1; confocal microscopy; expresses; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; P{GMR93A03-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_81-99/93A03/Confocal_63x_2012-07-24_93A03_VNC/stack_TIFF/93A03_57C10FlpL_E_VNC.tif; GMR 93A03 FLP 7-1]

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GMR 93D10 FLP 11-1 [VFB_00057445]

A single 93D10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/93D10_sp_good brain/Confocal_63x_2012-05-16_93D10_VNC/stack_TIFF/93D10_57C10wtFlp_K_VNC.tif. [confocal microscopy; unlicensed; P{GMR93D10-GAL4} expression pattern; centromedial domain of larval T3 neuromere; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; Lines/GMR_81-99/93D10_sp_good brain/Confocal_63x_2012-05-16_93D10_VNC/stack_TIFF/93D10_57C10wtFlp_K_VNC.tif; is part of; GMR 93D10 FLP 11-1; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; 5800520_G__1; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018]

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GMR 93D10 FLP 14-1 [VFB_00061447]

A fragment of the 93D10 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/93D10_sp_good brain/Confocal_63x_2012-05-16_93D10_VNC/stack_TIFF/93D10_57C10wtFlp_A_VNC.tif. [Lines/GMR_81-99/93D10_sp_good brain/Confocal_63x_2012-05-16_93D10_VNC/stack_TIFF/93D10_57C10wtFlp_A_VNC.tif; GMR 93D10 FLP 14-1; confocal microscopy; unlicensed; P{GMR93D10-GAL4} expression pattern; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; 5800515_R__1; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; dorsolateral domain of larval A3 neuromere; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 94B06 FLP 9-1 [VFB_00057446]

A single 94B06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/94B06_sp_B/Confocal_63x_2012-06-05_94B06_VNC/stack_TIFF/94B06_57C10FlpL_E_VNC.tif. [confocal microscopy; unlicensed; GMR 94B06 FLP 9-1; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; P{GMR94B06-GAL4} expression pattern; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; Lines/GMR_81-99/94B06_sp_B/Confocal_63x_2012-06-05_94B06_VNC/stack_TIFF/94B06_57C10FlpL_E_VNC.tif; embryonic/larval neuron; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; 5800523_R__1; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 94B10 FLP 3-1 [VFB_00058445]

A fragment of the 94B10 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/94B10_sp_B/Confocal_63x_2012-10-19_94B10_VNC/stack_TIFF/94B10_57C10wtFlp_C_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; 5800666_R__1; ventromedial domain of larval A4 neuromere; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; GMR 94B10 FLP 3-1; overlaps; expression pattern fragment; Lines/GMR_81-99/94B10_sp_B/Confocal_63x_2012-10-19_94B10_VNC/stack_TIFF/94B10_57C10wtFlp_C_VNC.tif; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; is part of; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; P{GMR94B10-GAL4} expression pattern; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 94B10 FLP 3-2 [VFB_00058446]

A single 94B10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/94B10_sp_B/Confocal_63x_2012-10-19_94B10_VNC/stack_TIFF/94B10_57C10wtFlp_C_VNC.tif. [embryonic/larval neuron; L3 CNS template - Wood2018; embryonic/larval central nervous system; GMR 94B10 FLP 3-2; Lines/GMR_81-99/94B10_sp_B/Confocal_63x_2012-10-19_94B10_VNC/stack_TIFF/94B10_57C10wtFlp_C_VNC.tif; P{GMR94B10-GAL4} expression pattern; ventromedial domain of larval A1 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; 5800666_G__4; expression pattern fragment; ventrolateral domain of larval T3 neuromere; expresses]

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GMR 94B10 FLP 4-1 [VFB_00058447]

A fragment of the 94B10 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/94B10_sp_B/Confocal_63x_2012-10-19_94B10_VNC/stack_TIFF/94B10_57C10wtFlp_A_VNC.tif. [centromedial domain of larval A4 neuromere; 5800667_R__1; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; dorsomedial domain of larval A6 neuromere; dorsomedial domain of larval A4 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; Lines/GMR_81-99/94B10_sp_B/Confocal_63x_2012-10-19_94B10_VNC/stack_TIFF/94B10_57C10wtFlp_A_VNC.tif; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; dorsomedial domain of larval A5 neuromere; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; P{GMR94B10-GAL4} expression pattern; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018; GMR 94B10 FLP 4-1]

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GMR 94B10 FLP 5-1 [VFB_00058448]

A single 94B10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/94B10_sp_B/Confocal_63x_2012-10-19_94B10_VNC/stack_TIFF/94B10_57C10wtFlp_D_VNC.tif. [confocal microscopy; GMR 94B10 FLP 5-1; unlicensed; central domain of larval A7 neuromere; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; central domain of larval A6 neuromere; ventrolateral domain of larval A6 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval A7 neuromere; 5800664_R__1; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; is part of; Lines/GMR_81-99/94B10_sp_B/Confocal_63x_2012-10-19_94B10_VNC/stack_TIFF/94B10_57C10wtFlp_D_VNC.tif; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; dorsolateral domain of larval A8 neuromere; expresses; embryonic/larval central nervous system; P{GMR94B10-GAL4} expression pattern; centrolateral domain of larval A7 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 94B10 FLP 7-1 [VFB_00058449]

A fragment of the 94B10 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/94B10_sp_B/Confocal_63x_2012-10-19_94B10_VNC/stack_TIFF/94B10_57C10wtFlp_F_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; 5800668_R__1; dorsomedial domain of larval A4 neuromere; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_81-99/94B10_sp_B/Confocal_63x_2012-10-19_94B10_VNC/stack_TIFF/94B10_57C10wtFlp_F_VNC.tif; expression pattern fragment; central domain of larval central nervous system; is part of; expresses; central domain of larval A3 neuromere; embryonic/larval central nervous system; P{GMR94B10-GAL4} expression pattern; GMR 94B10 FLP 7-1; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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GMR 94B10 FLP 7-2 [VFB_00058450]

A single 94B10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/94B10_sp_B/Confocal_63x_2012-10-19_94B10_VNC/stack_TIFF/94B10_57C10wtFlp_F_VNC.tif. [confocal microscopy; unlicensed; central domain of larval A7 neuromere; dorsomedial domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_81-99/94B10_sp_B/Confocal_63x_2012-10-19_94B10_VNC/stack_TIFF/94B10_57C10wtFlp_F_VNC.tif; expression pattern fragment; dorsolateral domain of larval A7 neuromere; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; is part of; 5800668_R__2; embryonic/larval neuron; expresses; GMR 94B10 FLP 7-2; embryonic/larval central nervous system; P{GMR94B10-GAL4} expression pattern; dorsomedial domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 94E05 FLP 10-1 [VFB_00053500]

A fragment of the 94E05 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the central brain with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/94E05/Confocal_63x_2012-07-19_94E05_Br/stack_TIFF/94E05_57C10FlpL_A_Br.tif. [confocal microscopy; unlicensed; 5801378_R__1; centromedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; centromedial domain of larval tritocerebrum; is part of; GMR 94E05 FLP 10-1; P{GMR94E05-GAL4} expression pattern; embryonic/larval ventromedial cerebrum; embryonic/larval superior clamp; expresses; embryonic/larval central nervous system; Lines/GMR_81-99/94E05/Confocal_63x_2012-07-19_94E05_Br/stack_TIFF/94E05_57C10FlpL_A_Br.tif; ventrolateral domain of larval mandibular neuromere; centromedial domain of larval mandibular neuromere; embryonic/larval anterior ventromedial cerebrum; L3 CNS template - Wood2018; embryonic/larval posterior lateral protocerebrum; ventromedial domain of larval tritocerebrum; ventromedial domain of larval mandibular neuromere]

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GMR 94E05 FLP 7-1 [VFB_00061860]

A single 94E05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/94E05/Confocal_63x_2012-07-18_94E05_VNC/stack_TIFF/94E05_57C10FlpL_F_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; GMR 94E05 FLP 7-1; P{GMR94E05-GAL4} expression pattern; embryonic/larval neuron; Lines/GMR_81-99/94E05/Confocal_63x_2012-07-18_94E05_VNC/stack_TIFF/94E05_57C10FlpL_F_VNC.tif; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; 5801375_R__2; L3 CNS template - Wood2018]

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GMR 94E10 FLP 1-1 [VFB_00058371]

A single 94E10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/94E10-new tertiary/Confocal_63x_2011-08-04_94E10/stack_TIFF/94E10_57C10wtFlp_E-1.tif. [L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; centrolateral domain of larval A1 neuromere; confocal microscopy; unlicensed; Lines/GMR_81-99/94E10-new tertiary/Confocal_63x_2011-08-04_94E10/stack_TIFF/94E10_57C10wtFlp_E-1.tif; Truman Larval Flip-Out Collection; is part of; overlaps; 5800090_R__1; GMR 94E10 FLP 1-1; centrolateral domain of larval central nervous system; embryonic/larval neuron; P{GMR94E10-GAL4} expression pattern; expresses]

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GMR 94E10 FLP 11-1 [VFB_00061071]

A single 94E10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/94E10-new tertiary/Confocal_63x_2011-08-04_94E10/stack_TIFF/94E10_57C10wtFlp_F-1.tif. [centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; 5800081_G__1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; GMR 94E10 FLP 11-1; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; P{GMR94E10-GAL4} expression pattern; expresses; embryonic/larval central nervous system; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; L3 CNS template - Wood2018; Lines/GMR_81-99/94E10-new tertiary/Confocal_63x_2011-08-04_94E10/stack_TIFF/94E10_57C10wtFlp_F-1.tif; dorsomedial domain of larval A2 neuromere]

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GMR 94E10 FLP 11-2 [VFB_00061072]

A single 94E10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/94E10-new tertiary/Confocal_63x_2011-08-04_94E10/stack_TIFF/94E10_57C10wtFlp_F-1.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; GMR 94E10 FLP 11-2; embryonic/larval neuron; P{GMR94E10-GAL4} expression pattern; 5800081_G__2; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; L3 CNS template - Wood2018; Lines/GMR_81-99/94E10-new tertiary/Confocal_63x_2011-08-04_94E10/stack_TIFF/94E10_57C10wtFlp_F-1.tif]

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GMR 94E10 FLP 13-1 [VFB_00061073]

A single 94E10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/94E10-new tertiary/Confocal_63x_2011-08-04_94E10/stack_TIFF/94E10_57C10wtFlp_B-1.tif. [ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; Lines/GMR_81-99/94E10-new tertiary/Confocal_63x_2011-08-04_94E10/stack_TIFF/94E10_57C10wtFlp_B-1.tif; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval A1 neuromere; 5800087_R__1; is part of; GMR 94E10 FLP 13-1; embryonic/larval neuron; P{GMR94E10-GAL4} expression pattern; expresses; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; L3 CNS template - Wood2018]

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GMR 94E10 FLP 13-2 [VFB_00061074]

A fragment of the 94E10 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/94E10-new tertiary/Confocal_63x_2011-08-04_94E10/stack_TIFF/94E10_57C10wtFlp_B-1.tif. [confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; central domain of larval T3 neuromere; Lines/GMR_81-99/94E10-new tertiary/Confocal_63x_2011-08-04_94E10/stack_TIFF/94E10_57C10wtFlp_B-1.tif; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5800087_G__2; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; GMR 94E10 FLP 13-2; central domain of larval central nervous system; is part of; P{GMR94E10-GAL4} expression pattern; expresses; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; L3 CNS template - Wood2018]

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GMR 94E10 FLP 14-1 [VFB_00061075]

A single 94E10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/94E10-new tertiary/Confocal_63x_2011-08-04_94E10/stack_TIFF/94E10_57C10wtFlp_A.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; GMR 94E10 FLP 14-1; unlicensed; 5800084_R__3; central domain of larval T3 neuromere; ventromedial domain of larval central nervous system; Lines/GMR_81-99/94E10-new tertiary/Confocal_63x_2011-08-04_94E10/stack_TIFF/94E10_57C10wtFlp_A.tif; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; P{GMR94E10-GAL4} expression pattern; expresses; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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GMR 94E10 FLP 2-1 [VFB_00061069]

A fragment of the 94E10 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/94E10-new tertiary/Confocal_63x_2011-08-04_94E10/stack_TIFF/94E10_57C10wtFlp_B-2.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval maxillary neuromere; ventrolateral domain of larval labial neuromere; ventromedial domain of larval A2 neuromere; 5800082_R__1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Lines/GMR_81-99/94E10-new tertiary/Confocal_63x_2011-08-04_94E10/stack_TIFF/94E10_57C10wtFlp_B-2.tif; ventrolateral domain of larval maxillary neuromere; centromedial domain of larval A1 neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval mandibular neuromere; GMR 94E10 FLP 2-1; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval maxillary neuromere; central domain of larval central nervous system; central domain of larval mandibular neuromere; dorsomedial domain of larval maxillary neuromere; is part of; centrolateral domain of larval labial neuromere; P{GMR94E10-GAL4} expression pattern; expresses; embryonic/larval central nervous system; central domain of larval labial neuromere; ventromedial domain of larval A1 neuromere; centrolateral domain of larval maxillary neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval mandibular neuromere; L3 CNS template - Wood2018]

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GMR 94E10 FLP 2-2 [VFB_00061070]

A fragment of the 94E10 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/94E10-new tertiary/Confocal_63x_2011-08-04_94E10/stack_TIFF/94E10_57C10wtFlp_B-2.tif. [L3 CNS template - Wood2018; GMR 94E10 FLP 2-2; embryonic/larval central nervous system; ventrolateral domain of larval T3 neuromere; Lines/GMR_81-99/94E10-new tertiary/Confocal_63x_2011-08-04_94E10/stack_TIFF/94E10_57C10wtFlp_B-2.tif; 5800082_G__3; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; P{GMR94E10-GAL4} expression pattern; expresses; centromedial domain of larval central nervous system]

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GMR 94E10 FLP 4-1 [VFB_00061067]

A single 94E10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/94E10-new tertiary/Confocal_63x_2011-08-04_94E10/stack_TIFF/94E10_57C10wtFlp_C.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; ventrolateral domain of larval T3 neuromere; is part of; embryonic/larval neuron; P{GMR94E10-GAL4} expression pattern; expresses; embryonic/larval central nervous system; GMR 94E10 FLP 4-1; ventromedial domain of larval A1 neuromere; Lines/GMR_81-99/94E10-new tertiary/Confocal_63x_2011-08-04_94E10/stack_TIFF/94E10_57C10wtFlp_C.tif; 5800089_R__2; L3 CNS template - Wood2018]

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GMR 95F12 FLP 10-1 [VFB_00061384]

A single 95F12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/95F12-abd_scored/Confocal_63x_2012-06-07_95F12_VNC/stack_TIFF/95F12_57C10wtFlp_J_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_81-99/95F12-abd_scored/Confocal_63x_2012-06-07_95F12_VNC/stack_TIFF/95F12_57C10wtFlp_J_VNC.tif; expression pattern fragment; dorsolateral domain of larval A6 neuromere; 5801305_R__2; is part of; P{GMR95F12-GAL4} expression pattern; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; GMR 95F12 FLP 10-1]

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GMR 95F12 FLP 12-1 [VFB_00061635]

A single 95F12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/95F12-abd_scored/Confocal_63x_2012-06-07_95F12_VNC/stack_TIFF/95F12_57C10wtFlp_E_VNC.tif. [confocal microscopy; unlicensed; Lines/GMR_81-99/95F12-abd_scored/Confocal_63x_2012-06-07_95F12_VNC/stack_TIFF/95F12_57C10wtFlp_E_VNC.tif; ventromedial domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; is part of; P{GMR95F12-GAL4} expression pattern; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; 5801308_R__2; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; GMR 95F12 FLP 12-1; L3 CNS template - Wood2018]

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GMR 95F12 FLP 13-1 [VFB_00061636]

A single 95F12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/95F12-abd_scored/Confocal_63x_2012-06-07_95F12_VNC/stack_TIFF/95F12_57C10wtFlp_A_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; 5801309_R__1; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; dorsomedial domain of larval central nervous system; GMR 95F12 FLP 13-1; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; expression pattern fragment; centrolateral domain of larval T3 neuromere; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; Lines/GMR_81-99/95F12-abd_scored/Confocal_63x_2012-06-07_95F12_VNC/stack_TIFF/95F12_57C10wtFlp_A_VNC.tif; is part of; P{GMR95F12-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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GMR 95F12 FLP 7-1 [VFB_00061383]

A single 95F12 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/95F12-abd_scored/Confocal_63x_2012-06-07_95F12_VNC/stack_TIFF/95F12_57C10wtFlp_I_VNC.tif. [confocal microscopy; unlicensed; central domain of larval A7 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A7 neuromere; GMR 95F12 FLP 7-1; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; Lines/GMR_81-99/95F12-abd_scored/Confocal_63x_2012-06-07_95F12_VNC/stack_TIFF/95F12_57C10wtFlp_I_VNC.tif; is part of; P{GMR95F12-GAL4} expression pattern; embryonic/larval neuron; expresses; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; centrolateral domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; 5801306_R__1]

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GMR 96A08 FLP 25-1 [VFB_00060557]

A single 96A08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/96A08_sp-AB_New/Confocal_63x_2012-12-04_96A08_VNC/stack_TIFF/96A08_57C10FlpL_F_VNC.tif. [GMR 96A08 FLP 25-1; confocal microscopy; 5801508_R__1; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_81-99/96A08_sp-AB_New/Confocal_63x_2012-12-04_96A08_VNC/stack_TIFF/96A08_57C10FlpL_F_VNC.tif; P{GMR96A08-GAL4} expression pattern; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; larval T1 leg neuropil; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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GMR 96A08 FLP 25-2 [VFB_00060558]

A single 96A08 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_81-99/96A08_sp-AB_New/Confocal_63x_2012-12-04_96A08_VNC/stack_TIFF/96A08_57C10FlpL_F_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_81-99/96A08_sp-AB_New/Confocal_63x_2012-12-04_96A08_VNC/stack_TIFF/96A08_57C10FlpL_F_VNC.tif; P{GMR96A08-GAL4} expression pattern; expression pattern fragment; GMR 96A08 FLP 25-2; 5801508_G__2; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; embryonic/larval central nervous system; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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GMR 9H02 FLP 11-1 [VFB_00060311]

A single 9H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/9H02/Confocal_63x_2013-01-28_9H02_VNC/stack_TIFF/9H02_57C10FlpL_D1_VNC.tif. [confocal microscopy; unlicensed; P{GMR9H02-GAL4} expression pattern; centrolateral domain of larval central nervous system; Lines/GMR_01-20/9H02/Confocal_63x_2013-01-28_9H02_VNC/stack_TIFF/9H02_57C10FlpL_D1_VNC.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; GMR 9H02 FLP 11-1; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; 5003508_R__2; dorsomedial domain of larval A2 neuromere]

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GMR 9H02 FLP 6-1 [VFB_00060306]

A single 9H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/9H02/Confocal_63x_2013-01-28_9H02_VNC/stack_TIFF/9H02_57C10FlpL_F_VNC.tif. [confocal microscopy; unlicensed; P{GMR9H02-GAL4} expression pattern; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_01-20/9H02/Confocal_63x_2013-01-28_9H02_VNC/stack_TIFF/9H02_57C10FlpL_F_VNC.tif; expression pattern fragment; dorsolateral domain of larval A7 neuromere; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; 5003506_R__2; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; GMR 9H02 FLP 6-1; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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GMR 9H02 FLP 8-1 [VFB_00060307]

A single 9H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/9H02/Confocal_63x_2013-01-28_9H02_VNC/stack_TIFF/9H02_57C10FlpL_D2_VNC.tif. [Lines/GMR_01-20/9H02/Confocal_63x_2013-01-28_9H02_VNC/stack_TIFF/9H02_57C10FlpL_D2_VNC.tif; confocal microscopy; unlicensed; P{GMR9H02-GAL4} expression pattern; 5003504_R__2; GMR 9H02 FLP 8-1; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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GMR 9H02 FLP 9-1 [VFB_00060308]

A single 9H02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_01-20/9H02/Confocal_63x_2013-01-28_9H02_VNC/stack_TIFF/9H02_57C10FlpL_A_VNC.tif. [confocal microscopy; unlicensed; P{GMR9H02-GAL4} expression pattern; dorsomedial domain of larval A6 neuromere; 5003505_G__4; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; embryonic/larval central nervous system; Lines/GMR_01-20/9H02/Confocal_63x_2013-01-28_9H02_VNC/stack_TIFF/9H02_57C10FlpL_A_VNC.tif; GMR 9H02 FLP 9-1; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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Gust PN to LH left (L1EM:12360656) [VFB_00102ezt]

Misc. PN, BAlp4_l akira, hemilateral_pair_12360656_17819985, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, BAlp4 L, mw axon split complete, TR IP mALT, mw brain neurons split, #5T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR IP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN PN putative, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw MN PN, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw PNs to plot, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs [Gust PN to LH left (L1EM:12360656); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Gust PN to LH right (L1EM:17819985) [VFB_00102fij]

BAlp4_r akira, ASB, downstream of AN-B2, DSB2A, hemilateral_pair_12360656_17819985, mw brain neurons, mw brain neurons + SU, BAlp4 R, mw brain inventory, mw complete, mw right, TR IP mALT, mw axon split complete, mw brain neurons split, #5, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR IP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN PN putative, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw MN PN, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw PNs to plot, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; Gust PN to LH right (L1EM:17819985); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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gustatory receptor neuron A1 of the dorsal organ group [FBbt_00047451]

Larval gustatory receptor neuron of the dorsal organ group. This neuron has a cell body in the dorsal organ ganglion and innervates the dorsal organ. There is one of these cells per hemisphere and it expresses Gr2a and Gr28a (Kwon et al., 2011).

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gustatory receptor neuron A2 of the dorsal organ group [FBbt_00047452]

Larval gustatory receptor neuron of the dorsal organ group. This neuron has a cell body in the dorsal organ ganglion and innervates the dorsal organ. There is one of these cells per hemisphere and it expresses Gr2a and Gr28a (Kwon et al., 2011).

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gustatory receptor neuron B1 of the terminal organ dorsolateral group [FBbt_00047453]

Larval gustatory receptor neuron of the terminal organ dorsolateral group. This neuron has a cell body in the dorsal organ ganglion and innervates the dorsomedial papilla of the terminal organ (Thum and Rist, 2017). There is one of these cells per hemisphere and it expresses Gr33a and Gr66a (Kwon et al., 2011).

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gustatory receptor neuron B2 of the terminal organ dorsolateral group [FBbt_00047454]

Larval gustatory receptor neuron of the terminal organ dorsolateral group. This neuron has a cell body in the dorsal organ ganglion and innervates the dorsomedial papilla of the terminal organ (Thum and Rist, 2017). There is one of these cells per hemisphere and it expresses Gr33a, Gr66a, Gr32a and Gr10a (Kwon et al., 2011). The B2 neuron responds to bitter stimuli, including quinine and denatonium (van Giesen et al., 2016).

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gustatory receptor neuron B3 of the terminal organ dorsolateral group [FBbt_00048358]

Larval gustatory receptor neuron of the terminal organ dorsolateral group. This neuron has a cell body in the dorsal organ ganglion and innervates the dorsomedial papilla of the terminal organ (Thum and Rist, 2017). There is one of these cells per hemisphere and it expresses Ppk23 (Thum and Rist, 2017).

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gustatory receptor neuron C1 of the terminal organ distal group [FBbt_00047455]

Larval gustatory receptor neuron of the terminal organ distal group. It has a cell body in the terminal organ ganglion and innervates campaniform sensillum P2 of the terminal organ distal group (Rist and Thum, 2017). There is one of these cells per hemisphere and it expresses a wide range of gustatory receptors (at least 17) (Kwon et al., 2011). The C1 neuron has a weak response to caffeine (Choi et al., 2016).

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gustatory receptor neuron C10 of the terminal organ distal group [FBbt_00048362]

Larval gustatory receptor neuron of the terminal organ distal group. It has a cell body in the terminal organ ganglion and innervates pit sensillum T1 of the terminal organ distal group (Rist and Thum, 2017). There is one bilateral pair of C10 neurons and they express Ppk11 (Rist and Thum, 2017).

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gustatory receptor neuron C11 of the terminal organ distal group [FBbt_00048363]

Larval gustatory receptor neuron of the terminal organ distal group. It has a cell body in the terminal organ ganglion and innervates pit sensillum T1 of the terminal organ distal group (Rist and Thum, 2017). There is one bilateral pair of C11 neurons and they express Ir25a (Rist and Thum, 2017).

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gustatory receptor neuron C12 of the terminal organ distal group [FBbt_00048364]

Larval gustatory receptor neuron of the terminal organ distal group. It has a cell body in the terminal organ ganglion and innervates pit sensillum T2 of the terminal organ distal group (Rist and Thum, 2017). There is one bilateral pair of C12 neurons and they express Gr28a (Rist and Thum, 2017).

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gustatory receptor neuron C13 of the terminal organ distal group [FBbt_00048365]

Larval gustatory receptor neuron of the terminal organ distal group. It has a cell body in the terminal organ ganglion and innervates pit sensillum T3 of the terminal organ distal group (Rist and Thum, 2017). There is one bilateral pair of C13 neurons and they express Gr2a (Rist and Thum, 2017).

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gustatory receptor neuron C14 of the terminal organ distal group [FBbt_00048366]

Larval gustatory receptor neuron of the terminal organ distal group. It has a cell body in the terminal organ ganglion and innervates pit sensillum T4 of the terminal organ distal group (Rist and Thum, 2017). There is one bilateral pair of C14 neurons and they express Ir25a (Rist and Thum, 2017).

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gustatory receptor neuron C15 of the terminal organ distal group [FBbt_00048367]

Larval gustatory receptor neuron of the terminal organ distal group. It has a cell body in the terminal organ ganglion and innervates knob sensillum K1 of the terminal organ distal group (Rist and Thum, 2017). There is one bilateral pair of C15 neurons and they express Gr28a (Rist and Thum, 2017).

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gustatory receptor neuron C16 of the terminal organ distal group [FBbt_00048368]

Larval gustatory receptor neuron of the terminal organ distal group. It has a cell body in the terminal organ ganglion and innervates campaniform sensillum P3 of the terminal organ distal group (Rist and Thum, 2017). There is one bilateral pair of C16 neurons and they express Ppk23 (Rist and Thum, 2017).

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gustatory receptor neuron C2 of the terminal organ distal group [FBbt_00047456]

Larval gustatory receptor neuron of the terminal organ distal group. It has a cell body in the terminal organ ganglion and innervates campaniform sensillum P1 of the terminal organ distal group (Rist and Thum, 2017). There is one of these cells per hemisphere and it expresses at least 7 different gustatory receptors (Kwon et al., 2011). The C2 neuron responds to changes in salt concentration, some amino acids and sucrose (van Giesen et al., 2016).

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gustatory receptor neuron C3 of the terminal organ distal group [FBbt_00047457]

Larval gustatory receptor neuron of the terminal organ distal group. It has a cell body in the terminal organ ganglion and innervates campaniform sensillum P3 of the terminal organ distal group (Rist and Thum, 2017). There is one of these cells per hemisphere and it expresses Gr33a, Gr66a, Gr57a and Gr97a (Kwon et al., 2011). van Giesen et al., 2016 (FlyBase:FBrf0230951) did not see a response from this neuron to anything in their panel of stimulants.

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gustatory receptor neuron C4 of the terminal organ distal group [FBbt_00047458]

Larval gustatory receptor neuron of the terminal organ distal group. It has a cell body in the terminal organ ganglion and innervates pit sensillum T5 of the terminal organ distal group (Rist and Thum, 2017). There is one of these cells per hemisphere and it expresses Gr33a, Gr66a, Gr39a.b and Gr59d (Kwon et al., 2011).

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gustatory receptor neuron C5 of the terminal organ distal group [FBbt_00047459]

Larval gustatory receptor neuron of the terminal organ distal group. It has a cell body in the terminal organ ganglion and innervates pit sensillum T2 of the terminal organ distal group (Rist and Thum, 2017). There is one of these cells per hemisphere and it expresses Gr59e and Gr59f (Kwon et al., 2011).

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gustatory receptor neuron C6 of the terminal organ distal group [FBbt_00047460]

Larval gustatory receptor neuron of the terminal organ distal group. It has a cell body in the terminal organ ganglion and innervates knob sensillum K2 of the terminal organ distal group with a dendrite that is folded and densely packed at the distal end (Rist and Thum, 2017). There is one of these cells per hemisphere and it expresses Gr21a and Gr63a (Kwon et al., 2011). The C6 neuron responds to high salt concentrations, hydrochloric acid and some sugars (van Giesen et al., 2016).

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gustatory receptor neuron C7 of the terminal organ distal group [FBbt_00047461]

Larval gustatory receptor neuron of the terminal organ distal group. It has a cell body in the terminal organ ganglion and innervates pit sensillum T2 of the terminal organ distal group (Rist and Thum, 2017). There is one bilateral pair of C7 cells that respond to diverse taste stimuli, with some of their functionality requiring Ir25a (van Giesen et al., 2016).

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gustatory receptor neuron C8 of the terminal organ distal group [FBbt_00048360]

Larval gustatory receptor neuron of the terminal organ distal group. It has a cell body in the terminal organ ganglion and innervates campaniform sensillum P1 of the terminal organ distal group (Rist and Thum, 2017). There is one bilateral pair of C8 neurons and they express Ppk23 (Rist and Thum, 2017).

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gustatory receptor neuron C9 of the terminal organ distal group [FBbt_00048361]

Larval gustatory receptor neuron of the terminal organ distal group. It has a cell body in the terminal organ ganglion and innervates campaniform sensillum P2 of the terminal organ distal group (Rist and Thum, 2017). There is one bilateral pair of C9 neurons and they express Ir25a (Rist and Thum, 2017).

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gustatory receptor neuron of terminal organ distal group [FBbt_00111081]

Gustatory receptor neuron whose dendrites innervate the terminal organ on the surface of the larval head and whose soma is located in the terminal organ ganglion (terminal organ distal group). The axons of these neurons project via the maxillary nerve into area 4 of the subesophageal ganglion. There are 21 of these neurons per terminal organ.

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gustatory receptor neuron of terminal organ dorsolateral group [FBbt_00100143]

Gustatory receptor neuron whose dendrites innervate the terminal organ on the surface of the larval head, but whose soma is located in the dorsal organ ganglion. The axons of these neurons project via the antennal nerve into area 4 of the subesophageal ganglion. There are 3 of these neurons, and all have a dendrite in the dorsomedial papilla of the terminal organ dorsolateral group (Rist and Thum, 2017).

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gustatory receptor neuron of the dorsal organ [FBbt_00100145]

Gustatory receptor neuron that has its cell body in the dorsal organ ganglion and innervates the dorsal organ on the surface of the larval head. Projections from at least some of these neurons innervate subesophageal ganglion area 3 (FBbt:00100141) (Colomb et al., 2007). There are 11 of these neurons.

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Gustatory? PN left; PN from MN sensory left (L1EM:12424328) [VFB_00102f06]

Other Antennal lobe PN Left, downstream of AN-B2, DSB2A, downstream of SCAN2A, AUTO neuron fragments at 1103 gap, AUTO ascending neurons, AUTO multiple presynapses to brain, BAlc L, #3T, TR IP SLP mALT, BAlc post_l akira, mw brain neurons + SU, mw brain neurons + sensories, mw axon split complete, mw draft complete, mw left, TR SLP, TR SLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN PN putative, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw MN PN, mw brain ipsilateral, mw dSEZ 2nd_order, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw PNs to plot, stable, mw ad hubs_out, mw ad all_hubs, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, sw;pairs;L, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, ND_published, ND_all published et al, ctd PNs, ct PNs, ct pre-DN-SEZs, ct pre-DN-VNCs [Gustatory? PN left; PN from MN sensory left (L1EM:12424328); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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Gustatory? PN right (L1EM:16457812) [VFB_00102f91]

ASB downstream of right mPNs, iACT PN potential pair, BAlc post_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, mw axon split complete, mw brain neurons split, BAlc R, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, #3, TR IP SLP mALT, mw brain neurons + sensories, TR SLP, TR SLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN PN putative, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw MN PN, mw brain ipsilateral, mw dSEZ 2nd_order, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw PNs to plot, stable, mw ad hubs_out, mw ad all_hubs, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, sw;pairs;R, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, ND_published, ND_all published et al, ctd PNs, ct PNs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; Gustatory? PN right (L1EM:16457812); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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GW neuron [FBbt_00001586]

Motor neuron of embryonic and larval abdominal segment. It is born from the first ganglion mother cell in the 7-3 lineage (GMC 7-3a). According to Schmid et al. (1999) this motorneuron projects out of the posterior root of the ISN, joining the ISNd branch and innervates muscles VO4-6. However, this neuron was not identified by Landgraf et al. (1997).

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H-cell [FBbt_00110179]

Dopaminergic midline interneuron of the larval ventral nerve cord whose cell body is dorsal to the VUM and MNB cells. Neurotransmitter was assessed by the labelling of TH-GAL4 driver (FBti0072936) and the expression of dopamine transporter (DAT) (FBgn0034136) and the vesicular monoamine transporter (Vmat) (FBgn0260964) (Wheeler et al., 2006).

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H-shaped _a1l (L1EM:7766016) [VFB_00102epk]

Zgroup, ASB left, A1L, A1L Interneurons, 1 red, T1 1 Red, AUTO ascending neurons at 1112 gap, CCW_VLEL9_BIGpairs, mw A1 wider set, mw A1 neurons, Albert TODO, mw A1 neurons paired ascending, mw A1 neurons paired + accessory + dVNCs, mw brain matrix + A1, mw A1 ascending broad dendrite, mw A1 ascending mechano, mw contralateral axon, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw left, mw 17165621 us partners, stable, CCWNBLASTVLEL9, sw:brain_paired:L, YYCWMLEH, mw ascending temp, sw;pairs;L, mw A1 interneuron Chord 2nd/3rd-order, mw A1 interneuron Chord 3rd_order, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, ND_published, ND_all published et al, ctd ascendings, ct ascendings [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; H-shaped _a1l (L1EM:7766016)]

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H-shaped_a1r (L1EM:10937355) [VFB_00102ewy]

chordotonal cell body, search for hook-1 continuation, ASB right, Earlya08_downstream, 1 red, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, AUTO multiple presynapses to brain, CCW_VLEL9_BIGpairs, mw A1 neurons paired ascending, mw A1 neurons paired + accessory + dVNCs, mw brain matrix + A1, mw A1 ascending broad dendrite, Merged: Neuron 21512295, Merged: Neuron 21516260, mw A1 ascending mechano, mw contralateral axon, VNC neurons asc MVT lat L, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw right, asc MVT lat L T3-A2, NB1-2 Lin 01 A1 R, mw 17165621 us partners, stable, sw:brain_paired:R, YYCWMLEH, CCWladderInput, mw ascending temp, sw;pairs;R, mw A1 interneuron Chord 2nd/3rd-order, mw A1 interneuron Chord 3rd_order, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, ND_published, ND_all published et al, ctd ascendings, ct ascendings [H-shaped_a1r (L1EM:10937355); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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hook-1 a3l (L1EM:2585319) [VFB_00102eft]

A3, VNC, A23j, hook-1, Forsubmission_Tihana_mechanosesnorynetwork, Tihana_mechanosensory_final, Imambocus et al, ND_all published et al [EM L1 Imambocus et al., 2022; hook-1 a3l (L1EM:2585319); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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hook-1 a3r (L1EM:2697511) [VFB_00102efw]

A23j_a4l, A4, VNC, Left, hook-1, dark blue, Forsubmission_Tihana_mechanosesnorynetwork, Tihana_mechanosensory_final, Imambocus et al, ND_all published et al [EM L1 Imambocus et al., 2022; transmission electron microscopy (TEM); hook-1 a3r (L1EM:2697511); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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hook-1_a1l (L1EM:2123422) [VFB_00102ehg]

A1, VNC, locked, hook-1, lch5-2/4 PN, A23j, A23j-a1, A1 neurons, A2L, post_sensory, Earlya08_downstream, A08h2, ForTihana_screenpaper, connectivity_mechanosensory, Forsubmission_Tihana_mechanosesnorynetwork, Tihana_mechanosensory_final, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, AUTO multiple presynapses to brain, CCW_VLEL4_BIGpairs, mw A1 neurons, mw A1 wider set, mw left, mw A1 neurons paired, mw A1 neurons paired ascending, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw A1 ascending broad dendrite, mw A1 ascending mechano, mw ipsilateral axon, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw backup locked, sw:brain_paired:L, YYCWMLEH, CCWladderInput, CCWA09Input, CCWA09input, mw ascending temp, sw;idev4, sw;pairs;L, mw A1 interneuron Chord 2nd/3rd-order, mw A1 interneuron Chord 2nd_order, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, ND_Chordotonal 2nd order, mw A1 post-sens plot, ND_published, ND_all published et al, ctd ascendings, ct ascendings [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; hook-1_a1l (L1EM:2123422); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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hook-1_a1r (L1EM:2784471) [VFB_00102ei1]

A1, VNC, Left, locked, hook-1, lch5-2/4 PN, A23j, Left VMT PN, V BPL domain, A23j-a1, A1 neurons, post_sensory, Earlya08_downstream, 2 orange, T1 2 Orange, T1 8 Cyan, Lin X12 A2 R, ForTihana_screenpaper, connectivity_mechanosensory, Forsubmission_Tihana_mechanosesnorynetwork, Tihana_mechanosensory_final, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, AUTO multiple presynapses to brain, CCW_VLEL4_BIGpairs, VNC neurons asc MVT lat, mw A1 neurons, mw A1 wider set, mw right, mw A1 neurons paired, mw A1 neurons paired ascending, mw brain matrix + A1, VLPmed, mw A1 neurons paired + accessory + dVNCs, mw A1 ascending broad dendrite, mw A1 ascending mechano, mw ipsilateral axon, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, asc MVT lat R T3-A2, stable, mw backup locked, sw:brain_paired:R, YYCWMLEH, CCWladderInput, mw ascending temp, sw;idev4, sw;pairs;R, mw A1 interneuron Chord 2nd/3rd-order, mw A1 interneuron Chord 2nd_order, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, ND_Chordotonal 2nd order, mw A1 post-sens plot, ND_published, ND_all published et al, ctd ascendings, ct ascendings [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); hook-1_a1r (L1EM:2784471); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Horseshoe Bilateral Left (L1EM:11782821) [VFB_00102ez0]

Ingrid please review and finish, 27 down 2, SYMM, DPMpm2 r diff cells, nadia, pDM Bundle 3, det pair, MB calyx after gap, WB_CM4 L, bilateral axon, DPMpl12_l akira, offPVL09 upstream_left, fragments downstream pvl09, 17170170-downPVL09 no soma, Larisa fragment to solve, ASB Right PN-LH Input, connect to locked, connect to locked MBE20, downstream of mPN, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li left uPN everything less than 90% reviewed, except “kc frag”, li review for mPN right downstream less than 90% more than 5 synapses, li temp upn downstream all non local, no way out 10990240, mw paired 119, pair of ds mPN right >= 5, m reviewed, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, pairs ds visual PNs >= 5, pairs ds mPNs >= 10, LHNs, axoAxo mPNs, axoAxo uPNs, axoDen mPNs, axoDen vPNs, mLHNs, vLHNs, putative LHN, hemilateral_pair_3913613_11782821, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, DPMpl1/2 L, IP com, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IP com, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, lv R TOONs minus ORN PNs and KCs, mw pre-dVNC 1%, mw bilateral axon, mw check cool bi, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-vPNs, mw LHN, mw bilateral axon partially asymmetrical neurons, sw:brain_paired:L, sw;brainpair;L, mw LN, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw thermo-warm 3rd_order, mw brain 3rd_order LN gustatory-external, mw LNs_cohort, mw LHN-vPN, sw;pairs;L, downMBONs, sw;mdev4, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 17_level-6_clusterID-100_signal-flow_0.497, 32_level-7_clusterID-166_signal-flow_0.299, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LNs, ct LNs, ct LHNs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; Horseshoe Bilateral Left (L1EM:11782821); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Horseshoe Bilateral right (L1EM:3913613) [VFB_00102eju]

more than 4 synapses, left_down_PVL09, LNM_downstream1_7.05, Larisa PVL09 downstream, Larisa network PVL09_right, LNM_downstream3_6.05_cut, SYMM, symm_e, down-PVL09-4, Larisa circuits akira, WB_DPMpl2 R, DPMpl12_r akira, LH downstream of mPN iACT A1 right, ASB Right PN-LH Input, ASB No Dense Core, connect to locked, connect to locked MBE20, downstream of left uPN, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li left uPN everything less than 90% reviewed, except “kc frag”, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, mw paired 119, paired ds mPNs right >= 5 synapses individual, paired ds mPNs right >= 10 synapses individual, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, fragment downstream of uPN, fragment with gap, pairs ds visual PNs >= 5, pairs ds mPNs >= 10, LHNs, axoAxo mPNs, axoAxo uPNs, axoDen mPNs, axoDen vPNs, mLHNs, vLHNs, putative LHN, hemilateral_pair_3913613_11782821, mw brain neurons, mw brain neurons + SU, DPMpl1/2 R, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, mw axon split complete, IP com, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IP com, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-vPNs, mw LHN, mw bilateral axon partially asymmetrical neurons, sw:brain_paired:R, sw;brainpair;R, mw LN, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw thermo-warm 3rd_order, mw brain 3rd_order LN gustatory-external, mw LNs_cohort, mw LHN-vPN, sw;pairs;R, upFBMBONs, upFBPBs, sw;mdev4, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 17_level-6_clusterID-100_signal-flow_0.497, 32_level-7_clusterID-166_signal-flow_0.299, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd LNs, ct LNs, ct LHNs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; Horseshoe Bilateral right (L1EM:3913613); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Horseshoe deviant left (L1EM:15897280) [VFB_00102f6y]

DPMm1 r diff cells, nadia, WB_DPMm1 L, DNs akira-2, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, 11 purple, T1 11 Purple, AUTO descending neurons to VNC, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, mw colored-matrix-2019-09-12, Avi 122, FIX CELL BODY, clNP, IP com desc, INGRID FINISH and REVIEW, Merged: pre, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, deviant, mw draft complete, #2T, mw descending axons need work, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, DPMm1_l akira, mw brain contralateral, SMP IPP com desc, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw check dendrite, mw bilateral dendrite, mw bilateral axon, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw review april2021, mw 17729973 ds ipsilateral partners, mw 17729973 ds contralateral partners, stable, mw ad hubs_in, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw ad all_hubs, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, sw;deviant;L, sw;1dev;L, CCWA09Input, CCWA09input, mw proprio 3rd_order, mw brain incomplete, mw dVNC not to A1, mw 16937799 downstream partners, sw;pairs;L, downFBPBs, downPB, sw;mdevNeg, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, Tara, Claire&Tara&Khadija&Max, sw;mdeviants, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 80_level-7_clusterID-132_signal-flow_-0.848, mw left incomplete, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, sw;deviants, sw;questions, sw;deviants strong, ND_published, ND_all published et al, sw;check, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); Horseshoe deviant left (L1EM:15897280); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Horseshoe deviant right (L1EM:2669844) [VFB_00102ehx]

DPMm1 l, DPMm1 l weird parallel neuron, DPMm1 l diff cells, WB_DPMm1 R, DNs akira-2, mw brain neurons + SU, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, IP com desc CITv, AUTO descending neurons to VNC, #2, mw colored-matrix-2019-09-12, Avi 122, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, deviant, mw descending axons need work, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, DPMm1_r akira, mw brain contralateral, SMP IPP com desc, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw check dendrite, mw bilateral dendrite, mw bilateral axon, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw review april2021, mw 17729973 ds ipsilateral partners, mw 17729973 ds contralateral partners, stable, mw ad hubs_in, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw ad all_hubs, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, sw;deviant;R, sw;1dev;R, lv dVNC to T3+A1, lv dVNC to A1, mw proprio 3rd_order, mw brain incomplete, mw dVNC not to A1, mw 16937799 downstream partners, cx descending l1, dVNCdownstreamCX, sw;pairs;R, downFBPBs, downPB, sw;mdevNeg, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, sw;mdeviants, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 80_level-7_clusterID-132_signal-flow_-0.848, mw right incomplete, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, sw;deviants, sw;questions, sw;deviants strong, ND_published, ND_all published et al, sw;check, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); Horseshoe deviant right (L1EM:2669844); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Hydra_left (L1EM:18106257) [VFB_00102fje]

LNM_down_octop, DNs-17s akira, Pre-DN17-12, VMC, BAlp1-3 L, #4T, AUTO neuron fragments at 1103 gap, AUTO ascending neurons, AUTO multiple presynapses to brain, mw brain neurons, mw brain neurons + SU, BAlp_ant_l akira, mw left, mw brain matrix + A1, mw brain ipsilateral, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, mw pre-dVNC 1%, mw pre-dSEZ 1%, stable, nr Tel-like 10 downstream 3-hop, LAL VMC, sw:brain_paired:L, sw;brainpair;L, mw proprio 2nd_order, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, mw proprio 2nd_order PN-old, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs, ct pre-DN-VNCs [Hydra_left (L1EM:18106257); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Hydra_right (L1EM:17031293) [VFB_00102fc7]

DNs-17s akira, Pre-DN17-12, mw brain inventory, VMC, BAlp1-3 R, #4, AUTO neuron fragments at 1103 gap, AUTO ascending neurons, AUTO multiple presynapses to brain, mw brain neurons, mw brain neurons + SU, BAlp_ant_r akira, mw right, mw brain matrix + A1, mw brain ipsilateral, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, mw pre-dVNC 1%, mw pre-dSEZ 1%, stable, nr Tel-like 10 downstream 3-hop, sw:brain_paired:R, sw;brainpair;R, mw proprio 2nd_order, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, mw proprio 2nd_order PN-old, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, LAL VMC, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs, ct pre-DN-VNCs [Hydra_right (L1EM:17031293); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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hypodermal muscle of A1-7 [FBbt_00110299]

Muscles that are part of the body wall of larval abdominal segments A1-7. These muscles are usually innervated by three motorneurons: a specific glutamatergic motor neuron via type Ib terminal boutons, a common glutamatergic motor neuron via type Is boutons and a common modulatory motorneuron via type II or III terminal boutons.

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hypophysis [FBbt_00002719]

Paired compound sense organ of the labial segment in the larval head, located on the floor of the atrium, anterior to the opening of the salivary duct. It is composed of 4 sensilla. Sensory neurons travel via the labial nerve and innervate area 2 of the embryonic/larval subesophageal ganglion. Neurons of the hypophysis and labial organ form a large cluster flanking the salivary duct.

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I of GPhN left (ipsilateral PN to LH) (L1EM:11986594) [VFB_00102ezb]

Random PN, Misc. PN, I family, WB_BAlc L, BAlc post_l akira, hemilateral_pair_6218461_11986594, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, SLP mALT com, mw axon split complete, mw brain neurons split, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR SLPl com, mw brain crosses commissure, TR SLPl com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw MN PN, mw MN only PN, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-external 2nd_order PN-old, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 37_level-7_clusterID-125_signal-flow_0.199, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; I of GPhN left (ipsilateral PN to LH) (L1EM:11986594); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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I of GPhN right; (old) I1 right --- BAlc post lat ven #4 ACT comm neuron 6218462 (L1EM:6218461) [VFB_00102eo5]

I family, GPhN, WB_BAlc R, BAlc post_r akira, hemilateral_pair_6218461_11986594, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw right, SLP mALT com, mw axon split complete, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw brain neurons + sensories, TR SLPl com, mw brain crosses commissure, TR SLPl com, mw brain matrix, mw MN 2nd_order only, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw MN PN, mw MN only PN, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-external 2nd_order PN-old, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 37_level-7_clusterID-125_signal-flow_0.199, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); I of GPhN right; (old) I1 right — BAlc post lat ven #4 ACT comm neuron 6218462 (L1EM:6218461); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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I1 left (ipsilat PN to bilateral LH) (L1EM:11934107) [VFB_00102ez9]

Random PN, Random AL PN, L family, I family, GPhN, downstream of GPhN, WB_BAlc L, ASB left, BAlc post_l akira, downstream of SCAN3A, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, mw axon split complete, SLP mALT com, mw brain neurons split, #1T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw brain neurons + sensories, TR SLPl com, mw brain crosses commissure, TR SLPl com, mw brain matrix, mw MN 2nd_order only, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw MN PN, mw MN only PN, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 5745110 us partners, mw 14995061 us partners, stable, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-external 2nd_order PN-old, sw;pairs;L, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; I1 left (ipsilat PN to bilateral LH) (L1EM:11934107); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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imaginal disc [FBbt_00001761]

A sac shaped epithelial structure in the larva that gives rise to part of the adult integumentary system. One side of the sac consists of peripodial epithelium, the other of columnar epithelium. A single anterior-posterior compartment boundary bisects both peripodial membrane and columnar epithelium. Cells do not cross this boundary during growth and development of the disc.

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imaginal disc anterior compartment [FBbt_00007109]

Anterior compartment of an imaginal disc. During growth of the disc, cells of the anterior compartment do not cross into the posterior compartment. With the exception of the eye-antennal disc, the boundary between these two compartments is defined at the time of disc specification by a parasegment boundary running through the disc anlage.

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imaginal disc epithelial cell [FBbt_00007108]

A columnar epithelial cell with distinct apical-basal polarity. The apical surface has microvilli with dense plaques at their tips. A cortical network (ring) of actin filaments underlies the apical surface, extends into the microvilli and is associated with a zonula adherens which encircles each cell. Below this is a broad region of pleated sheet type septate junctions connecting all lateral surfaces to adjacent cells. Plaque-like gap junctions occur mainly interspersed among septate junctions and, at a lower frequency, below them. Small, sparsely distributed hemidesmosomes attach these cells to the underlying basal lamina.

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imaginal disc posterior compartment [FBbt_00007111]

Posterior compartment of an imaginal disc. During growth of the disc, cells of the posterior compartment do not cross into the anterior compartment. With the exception of the eye-antennal disc, the boundary between these two compartments is defined at the time of disc specification by a parasegment boundary running through the disc anlage.

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indirect flight muscle precursor cell [FBbt_00058198]

An adepithelial cell of the wing disc that gives rise to an indirect flight muscle cell in the adult. These cells are located around the wing hinge primordium in the wing disc. They are distinguished from other flight muscle precursor cells by their expression of vestigial and zfh1 (Gunage et al., 2014; Zappia et al., 2020).

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inner bridge 1 right (L1EM:13405613) [VFB_00102f1m]

DPLc_post_lat_r akira, ASB Right PN-LH Input, downstream of mPN, connect to locked MBE20, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, unpaired ds mPNs right >= 5 synapses individual, upstream PI, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, mw draft complete, mw axon split complete, mw brain neurons split, DPLc4 R, SMP IPA, #4, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SLP SMP 2, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9503428 us partners, stable, mw 9792178 downstream partners, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw enteric 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw mechano-II/III 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, upFBPBs, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 67_level-7_clusterID-183_signal-flow_-0.529, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; inner bridge 1 right (L1EM:13405613); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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inner bridge 2 left (L1EM:2439150) [VFB_00102ehk]

incomplete neurons with soma, Brain, Posterior, downto5thLN, MB calyx after gap, downstream of mPN iACT A2 left, ASB TODO, downstream of left uPN, li left uPN everything less than 90% reviewed, except “kc frag”, frag left gap microtubules, li temp possible pair - 36, Downstream of LEFT uPN with 3 synapses or more to any uPN, mw brain neurons + SU, mw brain inventory, DPLc_post_lat_l akira, mw draft complete, mw left, DPLc4 L, mw axon split complete, mw brain neurons split, SLP SMP, #4T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw brain neurons + sensories, SLP SMP 1, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, SLPc comp L, mw test matrices, mw 9503414 ds contralateral partners, stable, mw ds-uPNs, mw LHN-from-uPN, mw 15566333 upstream partners, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-II/III 3rd_order, mw LHN-uPN, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 56_level-7_clusterID-184_signal-flow_-0.331, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; inner bridge 2 left (L1EM:2439150); VFB CATMAID L1 CNS]

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inner layer of the larval mushroom body [FBbt_00110202]

Inner layer of the third instar larval mushroom body, encompassing the pedunculus and lobes. It is surrounded by the outer layer. Part of the larval-born gamma type Kenyon cells are contained in this layer. This layer was identified by staining with a FasII antibody. The inner layer is FasII-positive. At the second larval instar, the outer and inner layers are part of the same middle layer (Pauls et al., 2010; Kurusu et al., 2002).

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inner proliferation zone [FBbt_00001954]

A lateral zone of proliferating neuroblasts arising from the central part of the inner optic anlage near the Bolwig’s nerve. Neuroblasts segregate from the anlage at the beginning of the third larval instar, and are displaced towards the point of entry of the Bolwig’s nerve and then separate from each other by newly formed fiber bundles (‘Zellenstrange’). One group will form the central plug, and the distal group are pushed up against the posterior face of the lamina surrounding the Bolwig’s nerve.

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Input from both Munin 3, into SOG left, PAIR #2 (L1EM:3729496) [VFB_00102eje]

Output, Hugin synaptic partners, WB_BAmd1 L, paired with #3762317, downstream of AN-B2, DSB2A, DNs akira-2, downstream of SCAN2A, preANmotor, BAmd2_v_l akira, AN_premotor_AS, mw brain neurons + SU, mw brain inventory, upstream PMNs, mw complete, mw left, BAmd2 L, VMC SEZ com, mw axon split complete, mw brain neurons split, #1T, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dSEZ, mw brain crosses commissure, VMC SEZ com, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ 2nd_order, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw contralateral axon, VMCm L, mw check dendrite, mw bilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, path1_FOR, allinter_FOR, P01_FOR, mw test matrices, mw contra-bilat to plot, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw respiratory 2nd_order, sw;pairs;L, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 41_level-6_clusterID-85_signal-flow_-0.448, 63_level-7_clusterID-146_signal-flow_-0.479, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; Input from both Munin 3, into SOG left, PAIR #2 (L1EM:3729496); CC-BY_4.0; VFB CATMAID L1 CNS]

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Input from both Munin 3, into SOG right, PAIR #3 (L1EM:3762317) [VFB_00102ejf]

Output, Hugin synaptic partners, paired with #3729496, BAmd2_v_r akira, mw brain neurons, preANmotor, mw brain neurons + SU, AN_premotor_AS, mw brain inventory, upstream PMNs, mw complete, mw right, VMC SEZ com, BAmd2 R, mw axon split complete, mw brain neurons split, #1, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dSEZ, mw brain crosses commissure, VMC SEZ com, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ 2nd_order, mw brain matrix + A1, FOR21, FOR21_inter, mw contralateral axon, VMCm, mw check dendrite, mw bilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, path1_FOR, allinter_FOR, mw test matrices, stable, mw pre-dSEZ, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw respiratory 2nd_order, sw;pairs;R, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 41_level-6_clusterID-85_signal-flow_-0.448, 63_level-7_clusterID-146_signal-flow_-0.479, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; Input from both Munin 3, into SOG right, PAIR #3 (L1EM:3762317); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Input to both Munin PC 3 left- paired with #5558724 (L1EM:3797420) [VFB_00102ejj]

putA, paired with #5558724, downstream of AN-B2, downstream of AN-B1, DSB2B, downstream of B1 and B2, downstream of SCBa, downstream of SCANB, downstream of SCAN2B, interneurons Se0, interneurons Se0ph, preANmotor, AN_premotor_AS, upstream PMNs, VAN motor upstream, TR com, #2T, AUTO ascending neurons, AUTO extends beyond brain, AUTO multiple presynapses to brain, BAmas1/2 L, mw brain neurons + SU, mw brain neurons + sensories, mw previously complete, mw axon split complete, mw left, TR com*, mw dSEZ, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw dSEZ 2nd_order, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, path1_FOR, allinter_FOR, mw test matrices, *BAmas12_ven_l akira, stable, mw pre-dSEZ, mw 3486867 upstream partners, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw enteric 2nd_order, mw gustatory-pharyngeal 2nd_order, sw;pairs;L, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 5_level-7_clusterID-147_signal-flow_1.320, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [Input to both Munin PC 3 left- paired with #5558724 (L1EM:3797420); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Inter2 left (L1EM:9787859) [VFB_00102eud]

WB_BAmas L, paired with #11941255, BAmas12_ven_l akira, downstream of AN-B2, DSB2B, DSB2A, downstream of SCAN2A, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, BAmas1/2 L, TR, mw axon split complete, mw brain neurons split, #10T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, mw brain unpaired checked once, TR, mw mixed lineage neurons, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw pre-dSEZ, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, sw;pairs;L, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; Inter2 left (L1EM:9787859); CC-BY_4.0; VFB CATMAID L1 CNS]

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interface glial cell [FBbt_00001311]

Neuropil associated glial cell of the larval ventral nerve cord that lies at the cell body rind/neuropil interface and sends processes along it. There are 7-8 interface glial cells per hemineuromere in the embryo and early larvae. The nuclei are slightly ellipsoidal. In larvae, the cells have flat cytoplasmic extensions perpendicular to the longitudinal axis, forming a cage-like structure that surrounds the neuropile. At embryonic stage 15 all of the interface glia are aligned dorsally in two rows above the longitudinal connectives. At early stage 16 two cells in the lateral row begin to move laterally, and one in the medial row moves ventrally along the medial border of the connectives neuropil, passing by the cluster of midline glial cells. The ventral and lateral interface glia occupy their final positions by early stage 17. Sometimes also referred to as longitudinal glia, due to their association with longitudinal connectives (Beckervordersandforth et al., 2008). The term ’longitudinal glial cell’ FBbt:00110878 corresponds only to the progeny of longitudinal glioblasts (Ito et al., 1995), which is all interface glia in the embryonic VNC (Beckervordersandforth et al., 2008).

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intermediate larval optic neuropil [FBbt_00048291]

Intermediate region of the larval optic neuropil, between the distal and proximal LON regions. It contains the terminals of the Rh5 photoreceptors. The distal LON in Sprecher et al., 2011 (FBrf0215208) also included the intermediate LON; these were separated in Larderet et al., 2017.

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intermediate toe of larval mushroom body medial lobe [FBbt_00047978]

Medialmost part of the larval mushroom body medial lobe, which forms a compartment defined by the innervation pattern of mushroom body extrinsic neurons (MBINs and MBONs) (Saumweber et al., 2018). This appears to be within the M1 region described by Pauls et al., 2010. Unclear how well shaft, upper toe, intermediate toe, lower toe terminology from Saumweber et al., 2018 (FlyBase:FBrf0238440) maps to M2, M1 and medial appendix from Pauls et al., 2010 (FlyBase:FBrf0211533) [FBC:CP].

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Ipsiphone lineage bilateral 2 left (L1EM:9508724) [VFB_00102etm]

WB_BLAv L, ASB left, BLAv12_ant_l akira, hemilateral_pair_9508724_17541953, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, BLAv1/2 a L, mw axon split complete, mw brain neurons split, VLP com, mw colored-matrix-2019-09-12, #4T, mw brain neurons + sensories, mw brain crosses commissure, VLPl com, mw brain matrix, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain open-ends 3, sw:brain_paired:L, sw;brainpair;L, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [EM L1 Winding, Pedigo et al., 2023; Ipsiphone lineage bilateral 2 left (L1EM:9508724); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Ipsiphone lineage bilateral 2 right (L1EM:17541953) [VFB_00102ffu]

VLP LAL, BLAv12 ant, WB_BLAv R, BLAv12_ant_r akira, hemilateral_pair_9508724_17541953, mw brain neurons, mw brain neurons + SU, BLAv1/2 a R, mw brain inventory, mw right, mw axon split complete, VLP com, mw brain neurons split, #4, AUTO neuron fragments at 1103 gap, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw draft complete, mw brain neurons + sensories, mw brain crosses commissure, VLPl com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [EM L1 Winding, Pedigo et al., 2023; Ipsiphone lineage bilateral 2 right (L1EM:17541953); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Ipsiphone lineage bilateral left (L1EM:17729020) [VFB_00102fh7]

mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLAv1/2 L, AUTO neuron fragments at 1103 gap, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw draft complete, VLP com, #3T, BLAv1/2 a L, mw brain neurons + sensories, mw brain crosses commissure, VLPl com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *BLAv12_ant_l akira, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; Ipsiphone lineage bilateral left (L1EM:17729020); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Ipsiphone lineage bilateral right (L1EM:15684934) [VFB_00102f6f]

ipsiphone lineage, BLAv12 ant, VLP LAL, ASB right, BLAv12_ant_r akira, mw brain neurons, mw brain neurons + SU, BLAv1/2 a R, mw brain inventory, mw previously complete, mw right, mw axon split complete, VLP com, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw brain neurons + sensories, mw brain crosses commissure, VLPl com, mw brain matrix, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;R, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; Ipsiphone lineage bilateral right (L1EM:15684934); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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ISN innervated muscle of A1-7 [FBbt_00110215]

Muscles of the body wall that are innervated by the intersegmental nerve in the larval abdominal segments A1-7. The classification of muscles as SN, ISN or TN innervated is based not only on innervation, but also orientation (and presumed function), specification pathways during development (wingless dependendence for SN and TN innervated muscles) and the muscle’s location in the internal or external layers (although there are exceptions to this) (Landgraf et al., 1997).

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ISN motor neuron of A1-7 [FBbt_00110216]

Motor neuron that innervates the muscles of larval abdominal segments A1-7 and which fasciculates with the intersegmental nerve. Except for RP2 (dorsal motor neuron) their somas are located in the next anterior segment to the muscles they innervate (Zarin and Labrador, 2019). The dendritic domain of the motor neuron is located anteriorly to the dendritic domain of the motorneurons that innervate external muscles. There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7.

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ISN motor neuron of the intermediate neuropil of A1-7 [FBbt_00110218]

Motor neuron that innervates the ventral and lateral ISN innervated muscles of larval abdominal segments A1-7. The dendritic domain of the motor neuron extends from the lateral to the intermediate regions. The lateral, intermediate and medial neuropil fields follow a set of evenly distributed longitudinal fascicles that are labelled by anti-Fas2 antibody (Landgraf et al., 2003). The motor neuron MN-DA2, unlike other ISN motor neurons, has dendrites in the intermediate and lateral regions (Mauss et al., 2009).

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ISN motor neuron of the lateral neuropil of A1-7 [FBbt_00110217]

Motor neuron that innervates the dorsal ISN innervated muscles of larval abdominal segments A1-7. The dendritic domain of the motor neuron is located in the lateral neuropile. The lateral, intermediate and medial neuropil fields follow a set of evenly distributed longitudinal fascicles that are labelled by anti-Fas2 antibody (Landgraf et al., 2003). The motor neuron MN-DA2, unlike other ISN motor neurons, has dendrites in the intermediate and lateral regions (Mauss et al., 2009).

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ISN motor neuron of the medial neuropil of A1-7 [FBbt_00110219]

Motor neuron that innervates the most ventral ISN innervated muscles of larval abdominal segments A1-7. The dendritic domain of the motor neuron extends from the lateral to the medial regions. The lateral, intermediate and medial neuropil fields follow a set of evenly distributed longitudinal fascicles that are labelled by anti-Fas2 antibody (Landgraf et al., 2003).

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ITP candidate pair 2 left; ITP candidate 2 left (L1EM:3926904) [VFB_001015a1]

[embryonic/larval neuron; transmission electron microscopy (TEM); ITP candidate pair 2 left; ITP candidate 2 left (L1EM:3926904); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia]

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ITP candidate pair 3 left; ITP candidate 3 left (L1EM:16683883) [VFB_001015cz]

[embryonic/larval neuron; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; ITP candidate pair 3 left; ITP candidate 3 left (L1EM:16683883)]

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ITP candidate pair 3 right; ITP candidate 2 right (L1EM:5956787) [VFB_001015ar]

[embryonic/larval neuron; transmission electron microscopy (TEM); ITP candidate pair 3 right; ITP candidate 2 right (L1EM:5956787); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia]

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KC frag? (L1EM:16939501) [VFB_00102fbj]

ASB left, mw brain neurons + SU, mw brain inventory, mw left, MB AL L, Lost @Gap, mw gap severe, mw draft complete, mw brain neurons + sensories, mw brain few synapses, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, Lineage MBNB D left, mw brain ipsilateral, mw brain matrix + A1, mw brain matrix and A1, mw brain paper all neurons, MB comp L, stable, mw brain unreviewed, mw brain unpaired, mw brain incomplete, mw brain and inputs, mw brain very incomplete, mw left incomplete, ND_published, ND_all published et al [KC frag? (L1EM:16939501); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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knob in pit sensillum [FBbt_00002715]

Paired external sensillum situated dorso-laterally on the larval head and consisting of a knob shaped cuticular structure located in a pit and innervated by 3 dendrites - one terminating at its base and the other two extending into the knob. Putative combined mechanoreceptor (Singh and Singh, 1984) and taste sensillum (Singh, 1997).

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KS LN 3a left (L1EM:11821320) [VFB_00102ez2]

WB_BAlc L, BAlc post_l akira, downstream of SCAL, downstream of SCAN3A, hemilateral_pair_6220384_11821320, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, MN-Sens-Int-2, mw left, AL p, mw axon split complete, mw brain neurons split, #2T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, less than 150nm length, mw brain neurons + sensories, TRdl, TRdl, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw MN LN putative, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw MN only PN, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, TRdl comp L, mw test matrices, stable, mw brain reviewed <80%, nr hug-neuron, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-external 2nd_order PN-old, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 0_level-4_clusterID-25_signal-flow_1.533, 0_level-5_clusterID-52_signal-flow_1.652, 1_level-6_clusterID-96_signal-flow_1.469, 3_level-7_clusterID-157_signal-flow_1.562, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; KS LN 3a left (L1EM:11821320); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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KS LN 3a right (L1EM:6220384) [VFB_00102eo8]

WB_BAlc R, BAlc post_r akira, downstream of SCAL, hemilateral_pair_6220384_11821320, BAlc post lat ven #1, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, MN-Sens-Int-2, mw right, AL p, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TRdl, TRdl, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw MN LN putative, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw MN only PN, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, TRdl comp, mw test matrices, stable, mw brain reviewed <80%, nr hug-neuron, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-external 2nd_order PN-old, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 0_level-4_clusterID-25_signal-flow_1.533, 0_level-5_clusterID-52_signal-flow_1.652, 1_level-6_clusterID-96_signal-flow_1.469, 3_level-7_clusterID-157_signal-flow_1.562, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd PNs, ct PNs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; KS LN 3a right (L1EM:6220384); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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KS LN 3b left (L1EM:5327961) [VFB_00102elt]

Interneurons_Lobe1, IN_Cand12_67b, WB_BAlc L, BAlc post_l akira, downstream of SCAL, hemilateral_pair_5327961_11184236, Sens-B2-ACpl targets, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, AL p, mw axon split complete, mw brain neurons split, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TRdl, TRdl, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw MN LN putative, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw MN only PN, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, TRdl comp L, mw test matrices, stable, mw brain reviewed <80%, nr hug-neuron, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-external 2nd_order PN-old, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 0_level-4_clusterID-25_signal-flow_1.533, 0_level-5_clusterID-52_signal-flow_1.652, 1_level-6_clusterID-96_signal-flow_1.469, 3_level-7_clusterID-157_signal-flow_1.562, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); KS LN 3b left (L1EM:5327961); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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KS LN 3b right (L1EM:11184236) [VFB_00102exv]

BAlc post_r akira, ASB right, downstream of SCAL, hemilateral_pair_5327961_11184236, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, MN-Sens-Int-2, mw right, BAlc R, AL p, mw axon split complete, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw brain neurons + sensories, TRdl, TRdl, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw MN LN putative, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw MN only PN, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, TRdl comp, mw test matrices, stable, mw brain reviewed <80%, nr hug-neuron, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-external 2nd_order PN-old, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 0_level-4_clusterID-25_signal-flow_1.533, 0_level-5_clusterID-52_signal-flow_1.652, 1_level-6_clusterID-96_signal-flow_1.469, 3_level-7_clusterID-157_signal-flow_1.562, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd PNs, ct PNs, ct pre-DN-SEZs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; KS LN 3b right (L1EM:11184236); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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KS LN 4a left (L1EM:17062823) [VFB_00102fcc]

WB_BAmas L, downstream of SCAL, Yet Another SOG PN left, no way out 11232706 -large fragment, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, BAmas1/2 L, TR, mw axon split complete, mw brain neurons split, #2T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR*, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw MN LN putative, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw dSEZ 2nd_order, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *BAmas12_ven_l akira, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw olfactory 2nd_order, sw;pairs;L, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 0_level-4_clusterID-25_signal-flow_1.533, 0_level-5_clusterID-52_signal-flow_1.652, 1_level-6_clusterID-96_signal-flow_1.469, 3_level-7_clusterID-157_signal-flow_1.562, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [KS LN 4a left (L1EM:17062823); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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KS LN 4a right (L1EM:16393165) [VFB_00102f8h]

Andi AL, 130604_Cand1_OSN2_IN24, SOG neurons, WB_BAmas R, BAmas12_ven_r akira, ASB right, downstream of AN-B2, DSB2A, li temp maybe local neuron downstream of upn right, downstream of SCAL, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, TR, mw axon split complete, mw brain neurons split, #2, mw colored-matrix-2019-09-12, BAmas1/2 R, mw brain neurons + sensories, mw dSEZ, TR, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw MN LN putative, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw dSEZ 2nd_order, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw olfactory 2nd_order, sw;pairs;R, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 0_level-4_clusterID-25_signal-flow_1.533, 0_level-5_clusterID-52_signal-flow_1.652, 1_level-6_clusterID-96_signal-flow_1.469, 3_level-7_clusterID-157_signal-flow_1.562, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [KS LN 4a right (L1EM:16393165); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

KS LN 4b left (L1EM:11195708) [VFB_00102exx]

Random PN, Random AL PN, Other Antennal lobe PN Left, TODO calyx Kathi, Interesting descending, Descending LH to AL, Neuron 17005591 to solve, WB_BAmas L, ASB left, BAmas12_ven_l akira, ASB downstream of right mPNs, downstream of SCAL, hemilateral_pair_11195708_13968203, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, BAmas1/2 L, TR, mw axon split complete, mw brain neurons split, #4T, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dSEZ, TR, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw pre-dSEZ, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 0_level-4_clusterID-25_signal-flow_1.533, 0_level-5_clusterID-52_signal-flow_1.652, 1_level-6_clusterID-96_signal-flow_1.469, 15_level-7_clusterID-158_signal-flow_0.888, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; KS LN 4b left (L1EM:11195708); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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KS LN 4b right (L1EM:13968203) [VFB_00102f2p]

SOG neurons, WB_BAmas R, BAmas12_ven_r akira, ASB right, downstream of SCAL, hemilateral_pair_11195708_13968203, BAmas12 ven 5, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, MN-Sens-Int-2, mw right, TR, mw axon split complete, mw brain neurons split, #4, AUTO descending neurons to SEZ, AUTO ascending neurons, mw colored-matrix-2019-09-12, BAmas1/2 R, mw brain neurons + sensories, mw dSEZ, TR, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 0_level-4_clusterID-25_signal-flow_1.533, 0_level-5_clusterID-52_signal-flow_1.652, 1_level-6_clusterID-96_signal-flow_1.469, 15_level-7_clusterID-158_signal-flow_0.888, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; KS LN 4b right (L1EM:13968203); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

L left (PN to LH) (L1EM:12617396) [VFB_00102f0j]

GPhN, downstream of GPhN, pn lh candidates, BAlp4_l akira, offPVL09 upstream_left, ASB left, downstream of AN-B2, DSB2A, ASB downstream of right mPNs, At Gap, ASB huge Frag at Gap; microtubules, mw paired 113, pair of ds mPN right >= 5, downstream of SCAN2A, downstream of SCAN3A, hemilateral_pair_3844799_12617396, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, BAlp4 L, TR IP mALT, mw axon split complete, mw brain neurons split, #1T, AUTO neuron fragments at 1103 gap, AUTO ascending neurons, AUTO multiple presynapses to brain, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR IP, mw brain matrix, mw AN_MN PN putative, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw MN PN, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw degree 30-40, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw PNs to plot, mw 14995061 us partners, stable, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, sw;pairs;L, mw FBN-cluster 48_level-7_clusterID-170_walksort-0.540, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 27_level-6_clusterID-108_signal-flow_0.011, 47_level-7_clusterID-176_signal-flow_0.010, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; L left (PN to LH) (L1EM:12617396); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

L right (PN to LH) (L1EM:3844799) [VFB_00102ejp]

AVM014, GPhN, downstream of GPhN, pn lh candidates, BAlp4_r akira, ASB GPNs TODO, downstream of AN-B2, DSB2A, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, mw paired 113, paired ds mPNs right >= 5 synapses individual, downstream of SCAN2A, downstream of SCAN3A, hemilateral_pair_3844799_12617396, mw brain neurons, mw brain neurons + SU, BAlp4 R, mw brain inventory, mw previously complete, mw right, TR IP mALT, mw axon split complete, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw draft complete, mw brain neurons + sensories, TR IP, mw brain matrix, mw AN_MN PN putative, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw MN PN, mw brain ipsilateral, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, mw PNs to plot, mw 14995061 us partners, stable, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, sw;pairs;R, mw FBN-cluster 48_level-7_clusterID-170_walksort-0.540, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 27_level-6_clusterID-108_signal-flow_0.011, 47_level-7_clusterID-176_signal-flow_0.010, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L right (PN to LH) (L1EM:3844799); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

l1 right; (old) I of GPhN right (ipsilateral PN to bilateral LH) (L1EM:3844961) [VFB_00102ejq]

I family, BAlc post_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, BAlc R, SLP mALT com, mw axon split complete, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR SLPl com, mw brain crosses commissure, TR SLPl com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw MN PN, mw MN only PN, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 5745110 us partners, mw 14995061 us partners, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-external 2nd_order PN-old, sw;pairs;R, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; l1 right; (old) I of GPhN right (ipsilateral PN to bilateral LH) (L1EM:3844961)]

Tags:

LAL bilateral coordination left (L1EM:14999928) [VFB_00102f42]

CM4-vm_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, DPMpl3 L, LAL com, #4T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL VMC com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw partner loops, mw 9594273 upstream partners, mw 14999928 upstream partners, mw 14999928 downstream partners, mw 16345627 upstream partners, mw 16345627 downstream partners, mw 17110024 downstream partners, mw 17813457 downstream partners, PL-21, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw proprio 3rd_order, sw;pairs;L, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; LAL bilateral coordination left (L1EM:14999928); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

LAL bilateral coordination right; J. II. Posterior target neuron #2 MB PN; CM4 dor pos 9 (L1EM:4591713) [VFB_00102eky]

WB_DPMpm R, WB_CM4 R, CM4-dm_r akira, LAL bilateral coordination, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw mixed lineage neurons, mw right, mw axon split complete, mw brain neurons split, DPMpl3 R, LAL com, #4, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL VMC com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *DPMpl3_r akira, stable, mw partner loops, mw 9594273 upstream partners, mw 14999928 upstream partners, mw 14999928 downstream partners, mw 16345627 upstream partners, mw 16345627 downstream partners, mw 17110024 downstream partners, mw 17813457 downstream partners, PL-21, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw proprio 3rd_order, mw interhemispheric integration 4-hop, sw;pairs;R, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, remove FB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [transmission electron microscopy (TEM); LAL bilateral coordination right; J. II. Posterior target neuron #2 MB PN; CM4 dor pos 9 (L1EM:4591713); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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LAL output neuron 2 left (L1EM:16667306) [VFB_00102fac]

WB_DALd L, mw brain neurons + SU, mw brain inventory, mw left, AUTO ascending neurons at 1112 gap, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, UNI, #2T, mw draft complete, less than 150nm length, mw brain neurons + sensories, mw brain unpaired checked once, UNI*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *DALd_l akira, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw brain matrix and A1, mw brain paper all neurons, mw unpaired 2021-04-13, mw review april2021, PK - DALd Descending, mw dVNC, stable, mw ad hubs_in, nr Tel-like 10 downstream 2-hop, nr Tel-like 10 downstream-dVNCs 2-hop, mw ad all_hubs, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, lv dVNC to T3+A1, lv dVNC to A1, mw 15516413 downstream partners, mw noci 3rd_order, mw proprio 3rd_order, mw dVNC not to A1, mw 17067625 downstream partners, sw;pairs;L, mw candidate turn, downLAL, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 57_level-6_clusterID-72_signal-flow_-1.443, 91_level-7_clusterID-72_signal-flow_-1.443, mw ipsilateral dendrite, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; LAL output neuron 2 left (L1EM:16667306); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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LAL output neuron 2 right (DALd_r) (L1EM:16520950) [VFB_00102f9c]

LAL PN, WB_DALd R, DALd_r akira, ASB right, DNs akira-2, LAL output, S12A2, S8A1, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, VMC desc, mw axon split complete, mw brain neurons split, lilac, T1 12 Lilac, #2, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw descending unpaired, mw brain neurons + sensories, mw dVNC, mw brain unpaired checked once, VMC desc, mw CX, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, VMCc, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, PK - DALd Descending, stable, mw ad hubs_in, nr Tel-like 10 downstream 2-hop, nr Tel-like 10 downstream-dVNCs 2-hop, mw ad all_hubs, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, lv dVNC to T3+A1, lv dVNC to A1, mw 15516413 downstream partners, mw noci 3rd_order, mw proprio 3rd_order, mw dVNC not to A1, mw 17067625 downstream partners, sw;pairs;R, mw candidate turn, downLAL, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 57_level-6_clusterID-72_signal-flow_-1.443, 91_level-7_clusterID-72_signal-flow_-1.443, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [LAL output neuron 2 right (DALd_r) (L1EM:16520950); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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LAL output neuron DALcm left (L1EM:16852622) [VFB_00102fb3]

DALcm, WB_DALd L, DALcm12-v_l akira, ASB left, DNs akira-2, LAL output, S12A2, S8A1, Unknown Desc 1 L, sVUMU1All, mw brain neurons, mw brain neurons + SU, Desc-1-L, sVUM1DSEZUp, paired with #16950767, mw brain inventory, mw previously complete, mw left, mw axon split complete, mw brain neurons split, VMC desc, #4T, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw brain neurons + sensories, mw dVNC, VMC desc, mw CX, mw brain matrix, sVUM1up2, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, VMCc L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, PK - DALd Descending, stable, sw:brain_paired:L, sw;brainpair;L, lv dVNC to T3+A1, lv dVNC to A1, mw 15516413 downstream partners, mw proprio 3rd_order, mw dVNC not to A1, sw;pairs;L, mw candidate hunch_head-move, downLAL, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; LAL output neuron DALcm left (L1EM:16852622); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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LAL output neuron DALcm right; DALd_r 11 (L1EM:16950767) [VFB_00102fbr]

WB_DALd R, ASB right, DNs akira-2, mw brain neurons, mw brain neurons + SU, Desc-1-R, sVUM1DSEZUp, paired with #16852622, mw brain inventory, DALcm12-v_r akira, mw draft complete, mw right, VMC desc, mw axon split complete, mw brain neurons split, #4, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw brain neurons + sensories, mw dVNC, VMC desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, VMCc, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, PK - DALd Descending, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, lv dVNC to T3+A1, lv dVNC to A1, mw 15516413 downstream partners, mw proprio 3rd_order, mw dVNC not to A1, sw;pairs;R, mw candidate hunch_head-move, downLAL, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [transmission electron microscopy (TEM); LAL output neuron DALcm right; DALd_r 11 (L1EM:16950767); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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lamellocyte [FBbt_00001687]

Hemocyte of the larva. Large, flat and regularly shaped hemocyte involved in the immune response of encapsulation. They contain short and narrow vesicles of rough endoplasmic reticulum, a well developed Golgi apparatus and some free ribosomes. Lamellocytes are not found in embryos and adults, and are rare in healthy larvae, although their differentiation can be induced by parasitoid wasp infection. Lamellocytes are involved in encapsulating and killing parasites. They differentiate both from the lymph gland and from the sessile hemocyte population. They express atilla (Cattenoz et al., 2020). Lamellocytes have been suggested to differentiate from plasmatocytes (Stofanko et al., 2010).

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larval A00c-a3 neuron [FBbt_00047683]

Ascending A00c neuron with its cell body in abdominal neuromere 3, close to the midline. Its axons run along the anterior-posterior axis close to the midline in the ventral nerve cord and it projects to the contralateral brain lobe. It receives input from the Basin-2 neuron (from at least abdominal neuromere 1) and synapses onto the subesophageal zone descending neuron and Ipsiphone neuron in the brain.

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larval A00c-a4 neuron [FBbt_00111233]

Ascending A00c neuron with its cell body in abdominal neuromere 4, close to the midline. Its axons run along the anterior-posterior axis close to the midline in the ventral nerve cord and it projects to the contralateral brain lobe. It receives input from the Basin-2, Basin-3 and Basin-4 neurons (from at least abdominal neuromeres 1 and 4) and synapses onto the subesophageal zone descending neuron and Ipsiphone neuron in the brain.

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larval A00c-a5 neuron [FBbt_00111234]

Ascending A00c neuron with its cell body in abdominal neuromere 5, close to the midline. Its axons run along the anterior-posterior axis close to the midline in the ventral nerve cord and it projects to the contralateral brain lobe. It receives input from the Basin-2, Basin-3 and Basin-4 neurons (from at least abdominal neuromeres 1 and 4) and synapses onto the subesophageal zone descending neuron and Ipsiphone neuron in the brain.

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larval A00c-a6 neuron [FBbt_00111235]

Ascending A00c neuron with its cell body in abdominal neuromere 6, close to the midline. Its axons run along the anterior-posterior axis close to the midline in the ventral nerve cord and it projects to the contralateral brain lobe. It receives input from the Basin-1 neuron (from at least abdominal neuromeres 1 and 4) and synapses onto the subesophageal zone descending neuron and Ipsiphone neuron in the brain.

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larval A01c2 neuron [FBbt_00048824]

Cholinergic premotor neuron (Kohsaka et al., 2019; Zarin et al., 2019) that is early-born in the NB1-2 Notch ON primary hemilineage (Mark et al., 2021). Its soma is located laterally and its neurites extend contralaterally, then curve dorsally and medially back towards the midline (Zarin et al., 2019). It also has a short dendritic branch on the ipsilateral side (Zwart et al., 2016). These neurons are activated in waves during forwards and backwards fictive locomotion (Kohsaka et al., 2019). A01c1 and A01c2 have their names swapped in Mark et al. (2021) supplementary table (based on catmaid skid).

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larval A01j neuron [FBbt_00047001]

Larval interneuron that is early-born in the Notch ON primary hemilineage of neuroblast NB1-2 (Mark et al., 2020). Its soma is located laterally and it arborizes anterodorsally, close to where it enters the neuropil, it projects contralaterally along the ventral part of the neuropil, then extends dorsoposteriorly (Zarin et al., 2019).

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larval A01n neuron [FBbt_00111245]

Larval neuron that is early-born in the NB1-2 Notch OFF primary hemilineage (Mark et al., 2021). Its primary neurite extends anterior and posteriorly close to or crossing the midline, for most of the length of the ventral nerve cord. The dendritic terminals are located more anteriorly and the axonal terminals more posteriorly. It receives input from the Basin-2 neuron. Renamed from A12q to A01n in Mark et al. (2021) supplement (based on catmaid skid), probably due to updated lineage assignment.

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larval A01x2 neuron [FBbt_00047015]

Larval ventral nerve cord interneuron (Zarin et al., 2019) that is early-born in the NB1-2 Notch ON primary hemilineage (Mark et al., 2021). From a lateral soma, it extends across the ventral part of the neuropil to arborize contralaterally in the lateral part of the neuropil with branches extending posteriorly and dorsally (Zarin et al., 2019). Renamed to A01d1 in Mark et al. (2021) supplement, based on catmaid skid.

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larval A01x3 neuron [FBbt_00048617]

Larval cholinergic premotor neuron (Fushiki et al., 2016; Zarin et al., 2019) that is early-born in the NB1-2 Notch ON primary hemilineage (Mark et al., 2021). From a lateral soma, it extends across the ventral part of the neuropil to arborize contralaterally in the lateral part of the neuropil, with a branch extending dorsomedially (Zwart et al., 2016; Zarin et al., 2019). Renamed to A01d3 in Mark et al. (2021) supplement, based on catmaid skid. A01d synonym mapped to A01x3 based on annotations in catmaid.

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larval A02a neuron [FBbt_00111662]

Larval period-positive median segmental interneuron (PMSI) (Kohsaka et al., 2019) that is late-born in the NB2-1 Notch OFF primary hemilineage (Mark et al., 2021). Like other PMSIs it has a ventral soma and it extends dorsally, close to the midline, then forms a loop in the dorsal neuropil (Kohsaka et al. , 2019). This neuron additionally turns back ventrally, close to the midline, at the end of the loop (Schneider-Mizell et al., 2016; Kohsaka et al., 2019). It receives input from the ipsilateral dorsal bipolar neuron dbp and outputs to the ipsilateral A27j neuron and A02b neurons of both hemineuromeres (Schneider-Mizell et al., 2016). These neurons were identified in a EM reconstruction of a volume that includes the posterior half of abdominal segment 2 and abdominal segment 3, of a 12-24h old first instar larva. The number of connections was estimated from the publication figures. The number of input synapses was the following (number in brackets left/right; ipsi- and contralateral connections separated by comma): from dbp (35/35), A02b (5/10). The number of output synapses was the following: to A27j (15/10), A02b (8, 18/20, 18) (Schneider-Mizell et al., 2016). Looper-1 synonym from catmaid.

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larval A02b neuron [FBbt_00111664]

Larval period-positive median segmental interneuron (PMSI) (Kohsaka et al., 2019) that is late-born in the NB2-1 Notch OFF primary hemilineage (Mark et al., 2021). Like other PMSIs it has a ventral soma and it extends dorsally, close to the midline, then forms a loop in the dorsal neuropil (Kohsaka et al. , 2019). This neuron has a relatively large amount of dendritic arborization around the midline, crossing into the contralateral hemineuromere (Schneider-Mizell et al., 2016; Kohsaka et al., 2019). It receives input from the proprioceptors dmd1 (dda1), ddaD and vbp, and outputs onto the ipsilateral A03a1 (eIN-4) (axo-axonic connection) and RP2 motor neuron (Schneider-Mizell et al., 2016). These neurons were identified in a EM reconstruction of a volume that includes the posterior half of abdominal segment 2 and abdominal segment 3, of a 12-24h old first instar larva. The number of connections was estimated from the publication figures. The number of input synapses was the following (number in brackets left/right; ipsi- and contralateral connections separated by comma): from dda1 (15, 15/15, 15), ddaD (10, 4/15, 15), vbp (15, 8/15, 10), A02a (8, 18/20, 18). The number of output synapses was the following: to A03a1 (15/20), A02a (5/10), A1-7 dorsal motor neuron (12/12) (Schneider-Mizell et al., 2016).

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larval A02c neuron [FBbt_00051319]

Larval period-positive median segmental interneuron (PMSI) (Kohsaka et al., 2019) that is late-born in the NB2-1 Notch OFF primary hemilineage (Mark et al., 2021). Like other PMSIs it has a ventral soma and it extends dorsally, close to the midline, then forms a loop in the dorsal neuropil (Kohsaka et al. , 2019). This neuron has a bifurcation in the ventral part of the loop that produces a branch that extends back medially (Kohsaka et al., 2019).

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larval A02d neuron [FBbt_00111676]

Larval period-positive median segmental interneuron (PMSI) (Kohsaka et al., 2019) that is late-born in the NB2-1 Notch OFF primary hemilineage (Mark et al., 2021). Like other PMSIs it has a ventral soma and it extends dorsally, close to the midline, then forms a loop in the dorsal neuropil (Kohsaka et al. , 2019). This neuron has a bifurcation proximal to the loop, producing a branch that extends to the lateral contralateral neuropil (Kohsaka et al., 2019).

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larval A02e neuron [FBbt_00047850]

Larval period-positive median segmental interneuron (PMSI) (Kohsaka et al., 2019) that is late-born in the NB2-1 Notch ON primary hemilineage (Mark et al., 2021). Like other PMSIs it has a ventral soma and it extends dorsally, close to the midline, then forms a loop in the dorsal neuropil (Kohsaka et al. , 2019). This neuron has relatively dense arborization at the lateral and dorsal parts of the loop, where it has postsynapses and presynapses, respectively (Kohsaka et al., 2019). It is a premotor neuron (Burgos et al., 2018), targeting motor neurons in the same segment (Kohsaka et al., 2019). These neurons are activated in waves during forwards and backwards fictive locomotion (Kohsaka et al., 2019).

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larval A02f neuron [FBbt_00048651]

Larval period-positive median segmental interneuron (PMSI) (Kohsaka et al., 2019) that is late-born in the NB2-1 Notch ON primary hemilineage (Mark et al., 2021). Like other PMSIs it has a ventral soma and it extends dorsally, close to the midline, then forms a loop in the dorsal neuropil (Kohsaka et al. , 2019). This neuron has a bifurcation in the lateral part of the loop that produces a ventrally-extending branch, and the loop is relatively small, as the neurites do not travel far back medially (Kohsaka et al., 2019). It receives direct input from sensory neurons (Kohsaka et al., 2019) and it is a premotor neuron (Zarin et al., 2019).

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larval A02g neuron [FBbt_00047849]

Larval period-positive median segmental interneuron (PMSI) (Kohsaka et al., 2019) that is late-born in the NB2-1 Notch ON primary hemilineage (Mark et al., 2021). Like other PMSIs it has a ventral soma and it extends dorsally, close to the midline, then forms a loop in the dorsal neuropil (Kohsaka et al. , 2019). This neuron has relatively dense arborization at the lateral (postsynaptic) and dorsal (presynaptic) parts of the loop, and the loop is relatively small, as the neurites do not travel far back medially (Kohsaka et al., 2019). It receives direct input from sensory neurons (Kohsaka et al., 2019) and it is a premotor neuron (Burgos et al., 2018), targeting motor neurons in the same segment (Kohsaka et al., 2019).

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larval A02h neuron [FBbt_00048696]

Larval period-positive median segmental interneuron (PMSI) (Kohsaka et al., 2019) that is late-born in the NB2-1 Notch ON primary hemilineage (Mark et al., 2021). Like other PMSIs it has a ventral soma and it extends dorsally, close to the midline, then forms a loop in the dorsal neuropil (Kohsaka et al. , 2019). This neuron has a bifurcation in the lateral part of the loop that produces a relatively long ventrally-extending branch, and the loop is relatively small, as the neurites do not travel far back medially (Kohsaka et al., 2019). It receives direct input from sensory neurons (Kohsaka et al., 2019) and it is a premotor neuron (Zarin et al., 2019).

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larval A02i neuron [FBbt_00048653]

Larval period-positive median segmental interneuron (PMSI) (Kohsaka et al., 2019) that is early-born in the NB2-1 Notch ON primary hemilineage (Mark et al., 2021). Like other PMSIs it has a ventral soma and it extends dorsally, close to the midline, then forms a loop in the dorsal neuropil (Kohsaka et al. , 2019). This neuron has relatively dense arborization at the ventral and dorsal parts of the loop and extends into anterior segments (Kohsaka et al., 2019). It is a premotor neuron (Zarin et al., 2019).

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larval A02j neuron [FBbt_00111681]

Larval period-positive median segmental interneuron (PMSI) (Kohsaka et al., 2019) that is early-born in the NB2-1 Notch ON primary hemilineage (Mark et al., 2021). Like other PMSIs it has a ventral soma and it extends dorsally, close to the midline, then forms a loop in the dorsal neuropil (Kohsaka et al. , 2019). This neuron has relatively dense arborization at the lateral and dorsal parts of the loop and extends a long projection anteriorly (Kohsaka et al., 2019). It outputs to GDL neurons of the two segments anterior to itself, and motor neurons of its own segment (Fushiki et al., 2016). These neurons were identified in a EM reconstruction of the full CNS of a 6h old first instar larva. The number of output synapses was the following (number in brackets left/right): to GDL - one segment posterior (7), to GDL - two segments posterior (4/2), to A02l (2/-) (Fushiki et al., 2016).

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larval A02k neuron [FBbt_00048655]

Larval interneuron (Zwart et al., 2016) that is early-born in the NB2-1 Notch OFF primary hemilineage (Mark et al., 2021). Its soma is found ventrally and its neurite extends dorsally, close to the midline, before extending laterally, then back ventrally (Zwart et al., 2016). Listed as PMSI in Mark et al. (2021) supplement, but lacks characteristic dorsal loop (Zwart et al., 2016) and not included in PMSI group by Kohsaka et al. (2019) - FBrf0242656.

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larval A02l neuron [FBbt_00111663]

Neuron of the larval abdominal neuromere. Its primary neurite extends dorsally, from the ventral region of the ventral nerve cord, close to the midline. It then crosses the midline and follows the dorsal edge of the ventral nerve cord laterally, to terminate in the dorsolateral region. It receives input from the ipsilateral dorsal bipolar neuron dbp and outputs to the contralateral A31k neuron. These neurons were identified in a EM reconstruction of a volume that includes the posterior half of abdominal segment 2 and abdominal segment 3, of a 12-24h old first instar larva. The connection to the A31k neuron was only found on one side, as the expected connection on the other side was outside the EM volume. The number of connections was estimated from the publication figures. The number of input synapses was the following (number in brackets left/right): from dbp (8/8). The number of output synapses was the following: to A31k (-/18) (Schneider-Mizell et al., 2016). Thought not to be part of lineage 2 by Mark et al. (2021) - FBrf0249021, as it was not found in any NB2-1 clones.

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larval A02m neuron [FBbt_00111248]

Larval interneuron that is early-born in the NB2-1 Notch OFF primary hemilineage (Mark et al., 2021). Its soma is located in the ventral cortex region close to the medial part of the neuromere. It is a small neuron that receives input from the abdominal dorsal multidendritic neuron ddaC (Ohyama et al., 2015). Its soma is more dorsally-located than that of the A02n neuron (Ohyama et al., 2015). Listed as PMSI in Mark et al. (2021) supplement, but lacks characteristic dorsal loop (Zwart et al., 2016) and not included in PMSI group by Kohsaka et al. (2019) - FBrf0242656. Supplements of Mark et al. (2021) and Zarin et al. (2019) say these, or the A02n neurons, may be the mCSI neurons.

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larval A02n neuron [FBbt_00111247]

Larval interneuron that is early-born in the NB2-1 Notch OFF primary hemilineage (Mark et al., 2021). There are two of these cells per hemineuromere and they are morphologically indistinguishable (Gerhard et al., 2017). Its soma is located in the ventral cell body rind region close to the medial part of the neuromere. Its soma is more ventrally-located than that of the A02m neuron. Listed as PMSI in Mark et al. (2021) supplement, but lacks characteristic dorsal loop (Zwart et al., 2016) and not included in PMSI group by Kohsaka et al. (2019) - FBrf0242656. Supplements of Mark et al. (2021) and Zarin et al. (2019) - FBrf0244727 say these, or the A02m neurons, may be the mCSI neurons.

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larval A03a5 neuron [FBbt_00047800]

Segmentally-repeated larval cholinergic premotor interneuron that develops from lineage 3. It is downstream of Wave neurons, which receive input from class IV dendritic arborizing neurons and upstream of motor neurons. They activate sequentially along the abdominal neuromeres during forward and backward peristaltic locomotion. Activation of these neurons results in abdominal muscle contraction and inhibition reduces backwards locomotion in response to mechanical stimulus to the head (Takagi et al., 2017).

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larval A03g neuron [FBbt_00047851]

Cholinergic premotor neuron of the larval ventral nerve cord that is part of lineage 3 (Burgos et al., 2018; Zarin et al., 2019). It has a ventral soma and neurites that project dorsally along the lateral part of the neuropil, before extending medially into the ipsilateral dorsal region (Zwart et al., 2016; Kohsaka et al., 2019). These neurons are activated in waves during forwards and backwards fictive locomotion (Kohsaka et al., 2019).

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larval A03o1 neuron [FBbt_00111250]

Larval interneuron that is late-born in the NB7-1 Notch OFF primary hemilineage (Mark et al., 2021). Its primary neurite arborizes close to the midline. It receives strong input from the mechanosensory chordotonal neurons (Ohyama et al., 2015). Renamed to A03o1 Mark et al. (2021) (based on skid), probably due to identification of an A03o2 neuron.

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larval A05k neuron [FBbt_00111677]

Neuron of the larval abdominal neuromere that is part of lineage 5. In each abdominal segment, the primary neurite enters the neuromere laterally and bifurcates. One branch arborizes ipsilaterally in a dorsal direction; the other branch crosses the midline and extends dorsally, then a neurite extends anteriorly. It receives input from the GDL neuron. There is one of these neurons per hemisegment. These neurons were identified in a EM reconstruction of the full CNS of a 6h old first instar larva. The number of identified input synapses was the following (number in brackets left/right): from GDL (7/7) (Fushiki et al., 2016).

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larval A06x1 neuron [FBbt_00048862]

Larval premotor neuron (Zarin et al., 2019) that is late-born in the NB5-2 Notch ON hemilineage (Mark et al., 2021). From a ventrolateral soma, it projects dorsally and arborizes in the dorsal neuropil, with ipsilateral postsynapses and contralateral presynapses (Zarin et al., 2019). Referred to as A06a2 in Mark et al. (2021) supplement, based on catmaid skid.

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larval A07f2 neuron [FBbt_00047019]

Premotor neuron of the larval abdominal neuromere that is part of lineage 7 (Zarin et al., 2019). From a ventrolateral soma, it enters the neuropil laterally and extends contralaterally with arborization on both sides of the midline (Zarin et al., 2019). It has a ventrolateral soma, and its neurites extend medially into the contralateral hemineuromere (Kohsaka et al., 2019).

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larval A08c projection neuron [FBbt_00111651]

Even-skipped lateral neuron of the larval lateral abdominal neuromere that is part of lineage 8. In the abdominal segment 1, the primary neurite extends into the dorsal part of the neuromere, and forms 2 ipsilateral arbors: one short projecting anteriorly, and a long one, projecting posteriorly. One neurite crosses the midline and projects anteriorly to innervate the brain. The ipsilateral branch that projects posteriorly in A1, projects both anterior- and posteriorly in mid-abdominal segments, and anteriorly in A7. There is one neuron per segment. These neurons were identified in two EM reconstructions: one of the full CNS of a 6h old first instar larva, and another of the abdominal segment 3 of a 12-24h old first instar larva (Heckscher et al., 2015). Renamed to A08s1 in Mark et al. (2021) supplement, based on catmaid skid.

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larval A08e1 local neuron [FBbt_00111653]

Even-skipped lateral neuron of the larval abdominal neuromere that is part of lineage 8. In each abdominal segment, the primary neurite extends into the neuromere crossing the VL fascicle and projects dorsally across the CI fascicle. One neurite crosses the midline in between the DM and VM fascicles, extends dorsally, to just dorsal to the CI fascicle, and bifurcates to project anterior- and posteriorly. Both its ipsilateral and contralateral projections extend more anteriorly and posteriorly, respectively, than the ones from A08e2 and A08e3 neurons. It receives strong input from the contralateral Jaam3 neuron (Heckscher et al., 2015). There is one of these neurons per hemisegment. It is cholinergic (Zarin et al., 2019).

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larval A08e2 local neuron [FBbt_00111654]

Even-skipped lateral neuron of the larval abdominal neuromere that is part of lineage 8. In each abdominal segment, the primary neurite extends into the neuromere crossing the VL fascicle and projecting dorsally across the CI fascicle. It forms two arbors that extend anteriorly. One neurite crosses the midline in between the DM and VM fascicles, extends dorsally, to just dorsal to the CI fascicle, and bifurcates to project a short distance anterior- and posteriorly. It receives much of its input from the contralateral Jaam1 neuron (Heckscher et al., 2015). There is one of these neurons per hemisegment. It is cholinergic (Zarin et al., 2019).

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larval A08e3 local neuron [FBbt_00111655]

Even-skipped lateral neuron of the larval abdominal neuromere that is part of lineage 8. In each abdominal segment, the primary neurite extends into the neuromere crossing the VL fascicle and projecting dorsally across the CI fascicle. It forms one arbor that bifurcates and extends in a circular manner. One neurite crosses the midline in between the DM and VM fascicles, extends dorsally, to just dorsal to the CI fascicle, and forms an arbor that extends anteriorly in a circular manner. There is one of these neurons per hemisegment. It is cholinergic (Zarin et al., 2019). These neurons were identified in two EM reconstructions: one of the full CNS of a 6h old first instar larva, and another of abdominal segment 3 of a 12-24h old first instar larva. Only bilateral connections are reported. The number of identified input synapses was the following (number in brackets left/right): from A08e1 (2/2), from A08e3 (1/2), from vbd (15/9), from lesA (5/10), from GDL (12/12). The number of identified output synapses was the following (number in brackets left/right): to RP2 (1-7/1-4), to U1 (1-7/1-4), to U2 (1-7/1-4), to dorsal motorneurons (2/3), to SA1 (A06l) (5/4), to SA3 (8/9) (Heckscher et al., 2015; Fushiki et al., 2016).

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larval A08n neuron [FBbt_00047681]

Ascending projection neuron of lineage 8 with its soma in abdominal neuromere 8 of the larval ventral nerve cord. It extends anteriorly, close to the ventral midline, with regularly spaced, short, ipsilateral dendritic branches, and presynaptic terminals in the brain (Gerhard et al., 2017). It receives synaptic input from nociceptive class IV multidendritic neurons (Hu et al., 2017; Gerhard et al., 2017) and is involved in mechanonociceptive escape behavior downstream of these neurons (Hu et al., 2017).

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larval A08s projection neuron [FBbt_00111652]

Even-skipped lateral neuron of the larval lateral abdominal neuromere that is part of lineage 8. In each abdominal segment, the primary neurite extends into the dorsal part of the neuromere, and forms 2 short ipsilateral arbors that project anteriorly, one more medial than the other. One neurite crosses the midline and projects anteriorly to innervate the brain. There is one neuron per segment. These neurons were identified in two EM reconstructions: one of the full CNS of a 6h old first instar larva, and another of the abdominal segment 3 of a 12-24h old first instar larva (Heckscher et al., 2015). Appears to be the same as A08s1 in Fushiki et al. (2016) data. Renamed to A08c2 in Mark et al. (2021) supplement, based on catmaid skid.

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larval A09q neuron [FBbt_00047831]

Ascending neuron of the larval ventral nerve cord. From a laterally-located cell body in abdominal neuromere 7, it projects anteromedially to the midline, then follows the midline both anteriorly and posteriorly (Gerhard et al., 2017). It is not clear whether this neuron is segmentally-repeated. This class represents a neuron with a cell body in A7.

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larval A10a neuron [FBbt_00111253]

Premotor neuron of the larval abdominal neuromere that is part of lineage 10 (Zarin et al., 2019). Its primary neurite extends dorsomedially and anteriorly arborizing across the midline. It receives strong input from the class IV dendritic arborizing neurons (Ohyama et al., 2015; Gerhard et al., 2017) and the class III dendritic arborizing neurons (Jovanic et al., 2019).

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larval A10f neuron [FBbt_00111254]

Neuron of the larval abdominal neuromere that is part of lineage 10. Its primary neurite extends dorsomedially arborizing across the midline, with both dendritic and axonal domains extending anteroposteriorly. It receives input from Basin-2 (Ohyama et al., 2015). This is a nociceptive integrator neuron, i.e. it is a node of convergence for multiple neurons carrying nociceptive information (Burgos et al., 2018).

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larval A10j neuron [FBbt_00111260]

Ascending neuron of the larval abdominal neuromere that is part of lineage 10. Its primary neurite extends dorsomedially, arborizing close to and across the midline. It then extends anteriorly to terminate in the contralateral brain lobe. It receives strong input from Basin-2 and the mechanosensory chordotonal neurons (Ohyama et al., 2015).

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larval A14e neuron [FBbt_00047017]

Larval ventral nerve cord interneuron that is part of the Notch OFF hemilineage of neuroblast NB4-1 (Mark et al., 2021). From a lateral soma, it extends across the ventral part of the neuropil to arborize contralaterally in the lateral part of the neuropil with a branch extending dorsally (Zarin et al., 2019). A01x from Zarin et al. (2019) (catmaid ID: 4123145) renamed to A14e in Mark et al. (2021), probably due to lineage reassignment.

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larval A14g neuron [FBbt_00111231]

Larval interneuron that is late-born in the NB4-1 Notch OFF hemilineage (Mark et al., 2021). Its dendrites are located ipsilaterally, and extend anteriorly close to the midline. Its axon also extends anteriorly, on or crossing the midline. It synapses onto the Goro neurons (Ohyama et al., 2015). Renamed from A05q to A14g in Mark et al. (2021) (based on catmaid skid), probably due to lineage reassignment.

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larval A14h neuron [FBbt_00111683]

Segmentally-repeated cholinergic premotor neuron of the larval ventral nerve cord (Burgos et al., 2018; Zarin et al., 2019) that is late-born in the NB4-1 Notch OFF primary hemilineage (Mark et al., 2021). Its primary neurite enters the neuromere dorsally, extends ventrally and arborizes, then extends anteriorly, remaining ipsilateral (Fushiki et al., 2016; Kohsaka et al., 2019). It is cholinergic and is active during backwards fictive locomotion (Kohsaka et al., 2019). Its input synapses are mainly in the same hemisphere as the soma and its output synapses, including to premotor neurons, are mainly in the next anterior neuromere (Kohsaka et al., 2019). Renamed from A27k to A14h in Mark et al. (2021) (based on catmaid skid), probably due to lineage reassignment.

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larval A18b neuron [FBbt_00048579]

Cholinergic premotor neuron of the larval abdominal neuromere that is part of lineage 18 (Carreira-Rosario et al., 2018). A18b neurons activate sequentially (anterior to posterior) during backwards locomotion (Carreira-Rosario et al., 2018). The A1 neuron, but not those in other neuromeres, receives input from a mooncrawler descending neuron (Carreira-Rosario et al., 2018).

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larval A26f neuron [FBbt_00048674]

Larval premotor neuron of the ventral nerve cord that is part of lineage 26 (Zwart et al., 2016). From a dorsolateral soma, its primary neurite extends ventromedially, at the midline, one branch extends dorsally and another crosses the midline, mirroring the ipsilateral circular shape of the neuron contralaterally (Zwart et al., 2016). On the contralateral side, a branch with presynapses extends anteriorly (Zarin et al., 2019). It expresses Corazonin (Zarin et al., 2019).

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larval A27a neuron [FBbt_00111678]

Neuron of the larval abdominal neuromere that is part of lineage 27. In each abdominal segment, the primary neurite bifurcates, with one branch arborizing dorsally and the other ventrally. It receives input from the GDL neuron (Fushiki et al., 2016). There is one of these neurons per hemisegment. These neurons were identified in a EM reconstruction of the full CNS of a 6h old first instar larva. The number of identified input synapses was the following (number in brackets left/right): from GDL (17/11) (Fushiki et al., 2016).

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larval A27e neuron [FBbt_00111669]

Neuron of the larval abdominal neuromere that is part of lineage 27. Its primary neurite extends anteriorly and arborizes extensively. It forms strong reciprocal connections to A27j (Schneider-Mizell et al., 2016). It also receives substantial input from A27h and outputs onto the dorsal motor neuron (Schneider-Mizell et al., 2016). These neurons were identified in a EM reconstruction of a volume that includes the posterior half of abdominal segment 2 and abdominal segment 3, of a 12-24h old first instar larva. The number of connections was estimated from the publication figures. The number of input synapses was the following (number in brackets left/right where available; ipsi- and contralateral connections separated by comma): from A27h (15), A27j (18). The number of output synapses was the following: to A27j (15), A1-7 dorsal motor neuron (21) (Schneider-Mizell et al., 2016).

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larval A27h neuron [FBbt_00111668]

Cholinergic premotor neuron of the larval abdominal neuromere that is part of lineage 27 (Fushiki et al., 2016). Its primary neurite extends anteriorly, with the most anterior branch crossing the midline and it outputs to the A27e neuron and ipsi- and contralateral A1-7 DA1 motor neuron (Fushiki et al., 2016). These neurons were identified in a EM reconstruction of a volume that includes the posterior half of abdominal segment 2 and abdominal segment 3, of a 12-24h old first instar larva. The number of connections was estimated from the publication figures. The number of output synapses was the following (number in brackets left/right where available): to A27e (15), A1-7 DA1 motor neuron (10/10) (Schneider-Mizell et al., 2016).

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larval A27j neuron [FBbt_00111666]

Neuron of the larval abdominal neuromere that is part of lineage 27. Its primary neurite extends from the dorsolateral edge of the ventral nerve cord medially, and then follows the midline ventrally. It receives substantial input from the ipsilateral A02a, A27e, contralateral A31k neuron, dorsal multidendritic neuron dda1, ddaD (Schneider-Mizell et al., 2016). It has strong outputs to the larval A27e (axo-axonic connection) and ipsilateral A1-7 dorsal motor neuron (Schneider-Mizell et al., 2016). It is a GABAergic neuron (Schneider-Mizell et al., 2016). It may be involved in avoidance behavior (Vogelstein et al., 2014). These neurons were identified in a EM reconstruction of a volume that includes the posterior half of abdominal segment 2 and abdominal segment 3, of a 12-24h old first instar larva. The number of connections was estimated from the publication figures. The number of input synapses was the following (number in brackets left/right where available; ipsi- and contralateral connections separated by comma): from A02a (15/10), A27e (15), A31k (10/8), dda1 (21), ddaD (21), ddaE (7). The number of output synapses was the following: to A27e (18), A1-7 dorsal motor neuron (12/25) (Schneider-Mizell et al., 2016). This is one of three types of neuron that express R25B07, it is not clear which is/are responsible for turning and crawling behavior (Vogelstein et al., 2014).

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larval A27n neuron [FBbt_00048681]

Larval premotor neuron of the ventral nerve cord that is part of lineage 27 (Zwart et al., 2016; Zarin et al., 2019). Its soma is located laterally, after the primary neurite enters the neuropil, one branch projects dorsally and another follows the ventral surface of the neuropil to the midline, then extends dorsally (Zwart et al., 2016; Zarin et al., 2019).

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larval A31d neuron [FBbt_00111679]

Neuron of the larval abdominal neuromere that is part of lineage 31. In each abdominal segment, the primary neurite extends mediodorsally and bifurcates. One neurite arborizes ipsilaterally, in the dorsal region. The other crosses the midline and extends laterally, in the dorsal region. It receives input from the GDL neuron. There is one neuron per hemisegment. These neurons were identified in a EM reconstruction of the full CNS of a 6h old first instar larva. The number of identified input synapses was the following (number in brackets left/right): from GDL (13/12) (Fushiki et al., 2016).

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larval A31k neuron [FBbt_00111665]

Larval neuron that is part of lineage 31. Its primary neurite extends from the dorsolateral edge of the ventral nerve cord medially, crossing the midline to terminate on the opposite dorsolateral edge. Its ipsilateral arbors are mainly input and its contralateral arbors are mainly output (Schneider-Mizell et al., 2016). It is a GABAergic premotor neuron that outputs to the contralateral RP2 motor neuron (Schneider-Mizell et al., 2016). These neurons are activated in waves during forwards and backwards fictive locomotion (Kohsaka et al., 2019).

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larval A31x neuron [FBbt_00111680]

Neuron of the larval abdominal neuromere that is part of lineage 31. In each abdominal segment, the primary neurite extends dorsally and arborizes. It then extends mediodorsally, crosses the midline and terminates anteriorly. It receives input from the GDL neuron. There is one neuron per segment. These neurons were identified in a EM reconstruction of the full CNS of a 6h old first instar larva. The number of identified input synapses was the following (number in brackets left/right): from GDL (15/8) (Fushiki et al., 2016).

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larval abdominal 1 A02n neuron [FBbt_00047701]

Larval A02n neuron with a cell body located in abdominal neuromere 1. It is a small neuron with soma is located in the ventral cortex region close to the medial abdominal neuromere. It receives input from the abdominal dorsal multidendritic neuron ddaC. Its soma is more ventrally-located than that of the A02m neuron. In a reconstructed L1 VNC EM volume, this neuron was sometimes observed to receive more than 10 percent of its postsynapses from the class IV dendritic arborizing neuron ddaC (Gerhard et al., 2017).

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larval abdominal 1 A10a neuron [FBbt_00047782]

Any larval A10a neuron (FBbt:00111253) that has soma location some larval abdominal 1 neuromere (FBbt:00111033). In a reconstructed L1 VNC EM volume, this neuron receives approximately 5 percent of its postsynapses from each of the class IV dendritic arborizing neurons (vdaB, vdaa and ddaC) (Gerhard et al., 2017).

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larval abdominal 1 A18b neuron [FBbt_00048580]

Cholinergic premotor neuron of the larval abdominal neuromere that is part of lineage 18 (Carreira-Rosario et al., 2018). The neuron of the abdominal 1 neuromere appears to be directly activated by a mooncrawler descending neuron, with more posterior A18b neurons activated sequentially afterwards (Carreira-Rosario et al., 2018).

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larval abdominal 1 down and back neuron [FBbt_00047727]

Larval down and back neuron of abdominal neuromere 1. it is a somatosensory interneuron that arborizes in the nociceptive neuropil and receives input from all three class IV dendritic arborizing neurons. The majority of its other input is also from sensory neurons and the majority of its output is to premotor neurons. From a laterally-located cell body, it projects ventromedially to the nociceptive neuropil and arborizes profusely. A single process also projects back laterally and dorsally towards the cell body. It is involved in activating bending and rolling behavior in response to nociceptive stimuli, such as noxious heat. In a reconstructed L1 VNC EM volume, this neuron generally receives more than 7 percent of its postsynapses from each of the multidendritic arborizing neurons (vdaB, vdaa and ddaC), 45.5 percent from all three in total (Gerhard et al., 2017; Burgos et al., 2018). It receives 15 percent of its postsynapses (in total) from class III dendritic arborizing (mechanosensory) neurons (Burgos et al., 2018).

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larval abdominal 1 transverse nerve [FBbt_00052540]

Larval transverse nerve found in abdominal segment 1. A parasympathetic organ is found at its base and it bifurcates relatively close to its exit point from the ventral nerve cord (Santos et al., 2006). Since there is no VT1 muscle in this segment (Campos-Ortega and Hartenstein, 1997), this nerve does not carry a VT1 motor neuron, unlike transverse nerves in other segments. Gorczyca et al. (1994) - FBrf0075005 claim that this does not exist, despite what appears to be an A1 nerve in their figure 2A.

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larval abdominal 1 Wave neuron [FBbt_00047795]

Larval Wave neuron with a cell body in abdominal neuromere 1. Its axons and dendrites project anteriorly to the subesophageal ganglion and the thoracic neuromeres. It receives input from mechanosensory chordotonal neurons (Ohyama et al., 2015) and multidendritic class III and IV neurons (Takagi et al., 2017). Functional data shows that this neuron receives input from class III and IV dendritic arborizing neurons (Takagi et al., 2017).

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larval abdominal 2 down and back neuron [FBbt_00047728]

Larval down and back neuron of abdominal neuromere 2. it is a somatosensory interneuron that arborizes in the nociceptive neuropil and receives input from class IV dendritic arborizing neurons. From a laterally-located cell body, it projects ventromedially to the nociceptive neuropil and arborizes profusely. A single process also projects back laterally and dorsally towards the cell body. It is involved in activating bending and rolling behavior in response to nociceptive stimuli, such as noxious heat.

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larval abdominal 3 A02n neuron [FBbt_00047820]

Larval A02n neuron with a cell body located in abdominal neuromere 3. Its soma is located ventrally, close to the medial abdominal neuromere. It receives synaptic input from the class IV dendritic arborizing neuron ddaC (Gerhard et al., 2017). In a reconstructed L3 VNC EM volume, this neuron receives approximately 10 percent of its postsynapses from the class IV dendritic arborizing neuron ddaC (Gerhard et al., 2017).

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larval abdominal 3 A09e neuron [FBbt_00047826]

Neuron of the larval abdominal neuromere that is part of lineage 9. From a lateral cell body, it projects medially, then follows the midline anteriorly. It receives synaptic input from the class IV dendritic arborizing neurons (Gerhard et al., 2017). In a reconstructed L1 VNC EM volume, this neuron receives approximately 10 to 15 percent of its postsynapses in total from the class IV dendritic arborizing neurons (vdaa, vdaB and ddaC) (Gerhard et al., 2017).

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larval abdominal 3 A10a neuron [FBbt_00047783]

Any larval A10a neuron (FBbt:00111253) that has soma location some larval abdominal 3 neuromere (FBbt:00111035). In a reconstructed L3 VNC EM volume, this neuron generally receives more than 5 percent of its postsynapses from each of the class IV dendritic arborizing neurons vdaB and ddaC (Gerhard et al., 2017).

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larval abdominal 3 down and back neuron [FBbt_00047729]

Larval down and back neuron of abdominal neuromere 3. it is a somatosensory interneuron that arborizes in the nociceptive neuropil and receives input from the class IV dendritic arborizing neurons (Gerhard et al., 2017). From a laterally-located cell body, it projects ventromedially to the nociceptive neuropil and arborizes profusely. A single process also projects back laterally and dorsally towards the cell body. It is involved in activating bending and rolling behavior in response to nociceptive stimuli, such as noxious heat.

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larval abdominal 3 Wave neuron [FBbt_00047684]

Larval Wave neuron with its cell body in abdominal neuromere 3. Its primary neurites remain close to the midline, with axons and dendrites projecting anteriorly to thoracic neuromeres 2 and 3, and abdominal neuromeres 1, 2 and 3. It receives input from ipsilateral class IV multidendritic neurons (Ohyama et al., 2015). Activation of this neuron induces backward locomotion.

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larval abdominal 4 down and back neuron [FBbt_00047730]

Larval down and back neuron of abdominal neuromere 4. it is a somatosensory interneuron that arborizes in the nociceptive neuropil and receives input from class IV dendritic arborizing neurons. From a laterally-located cell body, it projects ventromedially to the nociceptive neuropil and arborizes profusely. A single process also projects back laterally and dorsally towards the cell body. It is involved in activating bending and rolling behavior in response to nociceptive stimuli, such as noxious heat.

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larval abdominal 5 down and back neuron [FBbt_00047731]

Larval down and back neuron of abdominal neuromere 5. it is a somatosensory interneuron that arborizes in the nociceptive neuropil and receives input from class IV dendritic arborizing neurons. From a laterally-located cell body, it projects ventromedially to the nociceptive neuropil and arborizes profusely. A single process also projects back laterally and dorsally towards the cell body. It is involved in activating bending and rolling behavior in response to nociceptive stimuli, such as noxious heat.

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larval abdominal 6 down and back neuron [FBbt_00047732]

Larval down and back neuron of abdominal neuromere 6. it is a somatosensory interneuron that arborizes in the nociceptive neuropil and receives input from class IV dendritic arborizing neurons. From a laterally-located cell body, it projects ventromedially to the nociceptive neuropil and arborizes profusely. A single process also projects back laterally and dorsally towards the cell body. It is involved in activating bending and rolling behavior in response to nociceptive stimuli, such as noxious heat.

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larval abdominal 8 transverse nerve [FBbt_00052547]

Larval transverse nerve found in abdominal segment 8. There is no parasympathetic organ at its base and it bifurcates more distally than more anterior transverse nerves (Gorczyca et al., 1994; Santos et al., 2006). Santos et al. (2006) unsure whether this exists due to tangling in samples.

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larval abdominal 9 TePn04 neuron [FBbt_00047685]

Larval TePn04 neuron with its cell body located in abdominal neuromere 9. Its primary neurite extends anteriorly, arborizing close to and across the midline and terminates in the contralateral brain lobe. It receives input from Basin-2 neurons of multiple neuromeres, including some axo-axonic synapses (Ohyama et al., 2015).

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larval abdominal dorsal multidendritic neuron dda1 [FBbt_00111650]

Dendritic arborizing neuron whose cell body is located dorsal to the ddaB neuron in the abdominal segments. Its dendritic arborization projects relatively deep below the cuticle to trachea or muscles. The formation of this neuron depends on the expression of the amos gene (FBgn0003270). It outputs to the ipsilateral larval Jaam2 and contralateral Jaam3 neurons, A27j neuron, and ipsi- and contralateral A02b neuron. These neurons were identified in two EM reconstructions: one of the full CNS of a 6h old first instar larva, and another of abdominal segment 3 of a 12-24h old first instar larva (Heckscher et al., 2015; Schneider-Mizell et al., 2016). For Heckscher et al. (2015) only bilateral connections are reported. The number of identified output synapses in A1 was the following (number in brackets left/right): to Jaam2 (34/25), Jaam3 (35/40). It is still not known if the pattern of connections with Jaam neurons in A1 is replicated in the other abdominal segments (Heckscher et al., 2015). For Schneider-Mizell et al. (2016), the number of connections was estimated from the publication figures. The number of output synapses was the following (number in brackets left/right where available; ipsi- and contralateral connections separated by comma): to A27j (21), A02b (15, 15/15, 15) (Schneider-Mizell et al., 2016).

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larval abdominal ganglion Leucokinin neuron [FBbt_00110053]

Larval neuron that expresses Leucokinin (FBgn0028418) whose cell body is located ventrolaterally in each neuromere of the abdominal ganglion. Each neuron produces a pair of axons, one of which projects dorsally and emerges from the ventral ganglia through an anterior segmental nerve of each hemineuromere. The other branch divides centrally into two branches: one send its neurites to the anterior ABLK and the other ventrally to the posterior ABLK. From each segmental nerve one axon emerges that synapses to the adjacent segment border muscle, close to the spiracle (Haro et al., 2010; Landgraf et al., 2003). These synapses lack the typical morphology of motor-neuron synapses (Landgraf et al., 2003) and are not glutamatergic (Haro et al., 2010). There is one pair of neurons in each of seven abdominal neuromeres (de Haro et al., 2010). The more anterior ABLK neurons are connected to the leucokinin SELK neuron of the subesophageal ganglion in the dorsal-medial tract (de Haro et al., 2010). Landgraf et al., 2003, also detected leucokinin positive terminals on A1-7 ventral longitudinal (VL) muscles. It is not clear where these neuron originate from.

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larval abdominal inhibitory interneuron iIN-1 [FBbt_00111736]

GABAergic premotor neuron (Zwart et al., 2016; Zarin et al., 2019) that is relatively early-born in the NB4-1 Notch ON primary hemilineage (Mark et al., 2021). Its soma is found ventrolaterally and it extends dorsally, then medially, crossing the midline and terminating close to it (Zwart et al., 2016). Its postsynapses are mainly ipsilateral and its presynapses are mainly contralateral (Zwart et al., 2016). It outputs onto transverse muscle motor neurons and is required for the normal asynchrony in contraction between the transverse and longitudinal muscles during locomotion (Zwart et al., 2016). Renamed from A14a to A14a3 in Mark et al. (2021) based on catmaid skid.

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larval abdominal inhibitory interneuron iIN-2 [FBbt_00048641]

GABAergic interneuron of the larval abdominal neuromere that has output onto a transverse muscle motor neuron, but does not show wave-like activity during locomotion (Zwart et al., 2016). These neurons were identified in one EM reconstruction of the full CNS of a 6h old first instar larva. Neurotransmitter identified by antibody staining (Zwart et al., 2016).

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larval abdominal inhibitory interneuron iIN-3 [FBbt_00048642]

GABAergic interneuron of the larval abdominal neuromere that has output onto a transverse muscle motor neuron, but does not show wave-like activity during locomotion (Zwart et al., 2016). These neurons were identified in one EM reconstruction of the full CNS of a 6h old first instar larva. Neurotransmitter identified by antibody staining (Zwart et al., 2016).

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larval abdominal Orcokinin A neuron [FBbt_00052365]

Larval neuron that expresses the A isoform of Orcokinin and has its soma in a larval abdominal neuromere (Chen et al., 2015). There is one of these per abdominal 1-5 hemineuromere, with a laterally-located soma (Chen et al., 2015). Distinct from Leucokinin neurons (Chen et al., 2015). These are the only Orcokinin neurons found in the third instar CNS (Chen et al., 2015).

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larval abdominal posterior commissure [FBbt_00001125]

Posterior-most of the two main midline-crossing commissures that develop in the posterior half of each abdominal neuromere, except for a9 which only has an anterior commissure. The posterior commissure contains fewer fibers than the anterior commissure and is located approximately at the level of the posterior neuromere boundary.

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larval abdominal transverse nerve [FBbt_00002180]

Abdominal transverse nerve that exits the ventral nerve cord at a dorsomedial position, splits into a left and right branch and extends ventrally along the segment boundary (Gorczyca et al., 1994). Formed by the axons of the abdominal intersegmental bidendritic neuron (isbp) and the abdominal intersegmental trachea-associated neuron (istd) (Campos-Ortega, J.A., Hartenstein, V., 1997). The three more anterior TN’s split into two branches right after exiting the ventral midline; the TN’s of segments 5-8 diverge more distally.

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larval alpha&bsol;'/beta&bsol;' Kenyon cell [FBbt_00049835]

Mushroom body neuron born in the late larva, after the gamma neurons (Lee et al., 1999). It projects via the pedunculus, into the medial and vertical lobes, forming an inner concentric layer, below the gamma neurons (Lee et al., 1999; Kurusu et al., 2002). It undergoes only minor alterations during metamorphosis (Lee et al., 1999).

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larval antennal lobe broad duet local neuron [FBbt_00111705]

Broad local neuron of the larval antennal lobe that makes far more synapses to uniglomerular projection neurons (uPNs), compared to the broad trio neurons (Berck et al., 2016). It receives the vast majority of its input from olfactory receptor neurons (ORNs) (Berck et al., 2016). As well as uPNs, it also has substantial outputs back to ORNs, to multiglomerular projection neurons and to other local neurons (Berck et al., 2016). There are two of these cells per hemisphere (Berck et al., 2016).

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larval antennal lobe broad local neuron [FBbt_00111700]

GABAergic local neuron of the larval antennal lobe that displays broad (panglomerular) arborization (Berck et al., 2016). Its soma is located ventrolaterally to the antennal lobe and it has no axon (Berck et al., 2016). It is synapsed to and by olfactory receptor neurons (ORNs) and olfactory projection neurons (PNs) (Berck et al., 2016). There are five of these cells per hemisphere, which can be divided into two types, trio and duet (Berck et al., 2015). Neurons of the duet type receive more input from ORNs, send more output to projection neurons, and show stronger postsynaptic inhibition than the trio type (Berck et al., 2015). Neurons of the trio type synapse onto each other more often than the duet neurons (Berck et al., 2015).

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larval antennal lobe broad trio local neuron [FBbt_00111701]

Broad local neuron of the larval antennal lobe that makes far more within-type (trio-trio) synapses, compared to the broad duet neurons (Berck et al., 2016). It receives most of its input from olfactory receptor neurons (ORNs) and a substantial amount from uniglomerular projection neurons (Berck et al., 2016). It also has substantial outputs back to ORNs, to projection neurons and to other local neurons (Berck et al., 2016). There are three of these cells per hemisphere (Berck et al., 2016).

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larval antennal lobe choosy local neuron [FBbt_00111691]

GABAergic multiglomerular local neuron of the larval antennal lobe whose soma is located dorsolaterally to the antennal lobe (Berck et al., 2016). Its dendrites innervate a relatively small number of glomeruli, but it has a clear axon that targets most glomeruli, where it contributes to postsynaptic inhibition (Berck et al., 2016). Its strongest input is from olfactory neurons and it outputs onto uniglomerular and multiglomerular projection neurons (Berck et al., 2016). There are 2 of these cells per hemisphere with indistinguishable connectivity patterns (Berck et al., 2016).

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larval antennal lobe glomerulus 1a [FBbt_00100416]

Glomerulus 1a is located at the dorsomedial edge of the larval antennal lobe (LAL). It lies dorsomedial to glomerulus 13a, and dorsomedial to glomerulus 74a. It is innervated by an axon from the larval olfactory receptor neuron Or1a (Masuda-Nakagawa et al., 2009).

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larval antennal lobe glomerulus 22c [FBbt_00100398]

Glomerulus 22c is located at the ventrolateral edge of the larval antennal lobe (LAL). It lies ventrolateral to glomerulus 24a, and lateral to glomerulus 42b. It is innervated by an axon from the larval olfactory receptor neuron Or22c (Masuda-Nakagawa et al., 2009).

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larval antennal lobe glomerulus 24a [FBbt_00100399]

Glomerulus 24a is centrally located in the larval antennal lobe (LAL). It lies immediately lateral to glomerulus 42a, dorsomedial to glomerulus 22c, and dorsolateral to glomerulus 42b. It is innervated by an axon from the larval olfactory receptor neuron Or24a (Masuda-Nakagawa et al., 2009).

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larval antennal lobe glomerulus 33a [FBbt_00100404]

Glomerulus 33a is located in the larval antennal lobe (LAL), dorsolaterally to glomerulus 59a, dorsal to glomerulus 49a, and anteromedial to glomerulus 63a. It is innervated by an axon from the larval olfactory receptor neuron Or33a (Masuda-Nakagawa et al., 2009).

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larval antennal lobe glomerulus 35a [FBbt_00100409]

Glomerulus 35a is located along the ventromedial edge of the larval antennal lobe (LAL). It lies posterior to glomerulus 42b, and anterior to glomerulus 74a. It is innervated by an axon from the larval olfactory receptor neuron Or35a (Masuda-Nakagawa et al., 2009).

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larval antennal lobe glomerulus 42a [FBbt_00100400]

Glomerulus 42a is centrally located at the medial edge of the larval antennal lobe (LAL). It lies immediately medial to glomerulus 24a, and dorsomedial to glomerulus 42b. It is innervated by an axon from the larval olfactory receptor neuron Or42a (Masuda-Nakagawa et al., 2009).

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larval antennal lobe glomerulus 42b [FBbt_00100401]

Glomerulus 42b is located in the larval antennal lobe (LAL), ventromedially to glomerulus 24a, medial to glomerulus 22c, and ventrolateral to glomerulus 42a. It is innervated by an axon from the larval olfactory receptor neuron Or42b (Masuda-Nakagawa et al., 2009).

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larval antennal lobe glomerulus 45b [FBbt_00100402]

Glomerulus 45b is located along the lateral edge of the larval antennal lobe (LAL). It lies immediately dorsal to glomerulus 94b, and lateral to glomerulus 33b/47a. It is innervated by an axon from the larval olfactory receptor neuron Or45b (Masuda-Nakagawa et al., 2009).

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larval antennal lobe glomerulus 59a [FBbt_00100407]

Glomerulus 59a is centrally located along the dorsal edge of the larval antennal lobe (LAL). It lies medial to glomerulus 33a, and lateral to glomerulus 83a. It is innervated by an axon from the larval olfactory receptor neuron Or59a (Masuda-Nakagawa et al., 2009).

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larval antennal lobe glomerulus 63a [FBbt_00100410]

Glomerulus 63a is located at the dorsolateral edge of the larval antennal lobe (LAL). It lies dorsolateral to glomerulus 49a and posterolateral to glomerulus 33a. It is innervated by an axon from the larval olfactory receptor neuron Or63a (Masuda-Nakagawa et al., 2009).

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larval antennal lobe glomerulus 67b [FBbt_00100406]

Glomerulus 67b is located along the ventral edge of the larval antennal lobe (LAL). It lies immediately lateral to glomerulus 74a, and medial to glomerulus 30a. It is innervated by an axon from the larval olfactory receptor neuron Or67b (Masuda-Nakagawa et al., 2009).

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larval antennal lobe glomerulus 82a [FBbt_00100413]

Glomerulus 82a is located in the larval antennal lobe (LAL), dorsomedially to glomerulus 30a, lateral to glomerulus 45a, and dorsolateral to glomerulus 67b. It is innervated by an axon from the larval olfactory receptor neuron Or82a (Masuda-Nakagawa et al., 2009).

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larval antennal lobe glomerulus 85c [FBbt_00100440]

Glomerulus 85c is located in the middle layer of the larval antennal lobe (LAL). It lies lateral to glomerulus 42a and posteromedial to glomerulus 24a. It is innervated by an axon from the larval olfactory receptor neuron Or85c (Masuda-Nakagawa et al., 2009).

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larval antennal lobe glomerulus 94b [FBbt_00100403]

Glomerulus 94b is located along the lateral edge of the larval antennal lobe (LAL). It lies immediately ventral to glomerulus 45b, and lateral to glomerulus 33b/47a. It is innervated by axons from larval olfactory receptor neuron Or94b (Masuda-Nakagawa et al., 2009).

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larval antennal lobe keystone local neuron [FBbt_00111689]

Larval GABAergic antennal lobe local neuron whose soma is located ventroposteriorly to the antennal lobe. It has no axon and its dendrites innervate both antennal lobes with some additional arborization in the subesophageal zone (Berck et al., 2016). It receives most of its input from olfactory receptor neurons and other antennal lobe local neurons (Berck et al., 2016). It outputs to olfactory receptor neurons, projection neurons and local neurons (Berck et al., 2016). There is one of these cells per hemisphere (Berck et al., 2016).

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larval antennal lobe multiglomerular projection neuron A1 [FBbt_00111709]

Multiglomerular projection neuron of the larval antennal lobe that receives input from most olfactory receptor neurons and uniglomerular olfactory projection neurons (Berck et al., 2016). It also receives substantial input from the picky 3 local neuron (Berck et al., 2016). It takes the mALT tract to higher brain regions (Berck et al., 2016). There is one of these cells per hemisphere (Berck et al., 2016).

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larval antennal lobe multiglomerular projection neuron A2 [FBbt_00111710]

Larval multiglomerular antennal lobe projection neuron that receives most of its antennal lobe input from the picky 4 local neuron (Berck et al., 2016). It takes the mALT tract to higher brain regions (Berck et al., 2016). There is one of these cells per hemisphere (Berck et al., 2016).

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larval antennal lobe multiglomerular projection neuron A3 [FBbt_00111711]

Larval multiglomerular projection neuron whose main olfactory input is from olfactory receptor neurons Or33a and Or82a and also receives input from most picky neurons (Berck et al., 2016). It takes the mALT tract to higher brain regions (Berck et al., 2016). There is one of these cells per hemisphere (Berck et al., 2016).

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larval antennal lobe multiglomerular projection neuron B1 [FBbt_00111712]

Larval multiglomerular projection neuron that receives little input from olfactory neurons, projection neurons or picky neurons in the antennal lobe (Berck et al., 2016). It takes the mALT tract to higher brain regions (Berck et al., 2016). There is one of these cells per hemisphere (Berck et al., 2016).

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larval antennal lobe multiglomerular projection neuron B2 [FBbt_00111713]

Larval multiglomerular projection neuron that receives a large amount of olfactory input, mainly from olfactory receptor neurons Or30a, Or35a, Or59a and Or67b (Berck et al., 2016). It takes the mALT tract to higher brain regions (Berck et al., 2016). There is one of these cells per hemisphere (Berck et al., 2016).

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larval antennal lobe multiglomerular projection neuron B3 [FBbt_00111714]

Larval multiglomerular projection neuron that receives substantial input from the picky 4 local neuron and a descending neuron, as well as olfactory input from a small set of olfactory receptor neurons (Berck et al., 2016). It takes the mALT tract to higher brain regions (Berck et al., 2016). There is one of these cells per hemisphere (Berck et al., 2016).

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larval antennal lobe multiglomerular projection neuron bilateral lower [FBbt_00111717]

Bilateral multiglomerular projection neuron of the larval antennal lobe that innervates both antennal lobes, receiving substantial input from the picky 1 local neurons as well as a large amount of olfactory input from several olfactory receptor neurons (Berck et al., 2016). Both axons take the mALT tract to the mushroom body calyx (Berck et al., 2016). There is one of these cells per hemisphere (Berck et al., 2016).

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larval antennal lobe multiglomerular projection neuron bilateral upper [FBbt_00111718]

Bilateral multiglomerular projection neuron of the larval antennal lobe that innervates both antennal lobes, receiving substantial input from picky and duet local neurons and some input from a small number of olfactory receptor neurons (Berck et al., 2016). Both axons take the mALT tract to the mushroom body calyx (Berck et al., 2016). There is one of these cells per hemisphere (Berck et al., 2016).

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larval antennal lobe multiglomerular projection neuron C1 [FBbt_00111715]

Larval multiglomerular projection neuron that receives olfactory input from a small set of olfactory neurons (Berck et al., 2016). It takes the mALT tract to higher brain regions (Berck et al., 2016). There is one of these cells per hemisphere (Berck et al., 2016).

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larval antennal lobe multiglomerular projection neuron C2 [FBbt_00111716]

Larval multiglomerular projection neuron whose main inputs in the antennal lobe are from broad duet local neurons and the contralateral CSD interneuron (IP1-1) (Berck et al., 2016). It takes the mALT tract to the mushroom body calyx (Berck et al., 2016). There is one of these cells per hemisphere (Berck et al., 2016).

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larval antennal lobe multiglomerular projection neuron cobra [FBbt_00111721]

Multiglomerular neuron of the larval antennal lobe that receives strong input from olfactory receptor neuron (ORN) 1a and picky 2 and 4 local neurons, with a smaller amount of input from other ORNs (Berck et al., 2016). It takes the mALT tract initially, but then deviates laterally, to project to the mushroom body vertical lobe (Berck et al., 2016).

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larval antennal lobe multiglomerular projection neuron D [FBbt_00111720]

Larval multiglomerular projection neuron that receives a large amount of olfactory input, mainly from olfactory receptor neuron Or33b/Or47a, and also receives substantial input from keystone local neurons (Berck et al., 2016). It takes takes a tract medial to the mALT tract and branches close to the mushroom body, with one branch extending across the midline towards the contralateral mushroom body. (Berck et al., 2016). There is one of these cells per hemisphere (Berck et al., 2016).

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larval antennal lobe multiglomerular projection neuron seahorse [FBbt_00111722]

Multiglomerular neuron of the larval antennal lobe that receives strong olfactory input, specifically from olfactory receptor neurons Or82a and Or94a/Or94b (Berck et al., 2016). It then takes a tract medial to the lALT and arborizes ventral to the lateral horn (Berck et al., 2016).

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larval antennal lobe multiglomerular projection neuron VUM [FBbt_00111719]

Multiglomerular neuron of the larval antennal lobe whose soma is located on the ventral midline, in the subesophageal zone (Berck et al., 2016). The primary neurite branches, with one branch extending into each hemisphere (Berck et al., 2016). Both branches arborize in the antennal lobe, then take the mALT tract to higher brain regions (Berck et al., 2016). It receives input from a small subset of olfactory receptor neurons and from picky local neurons (Berck et al., 2016). There are two of these cells per organism (Berck et al., 2016).

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larval antennal lobe picky local neuron [FBbt_00111694]

Glutamatergic multiglomerular local neuron of the larval antennal lobe whose soma is located dorsolaterally to the antennal lobe, anterior to the choosy local neurons (Berck et al., 2016). There are 5 of these cells per hemisphere, with all receiving most of their input from olfactory receptor neurons and sending substantial output to multiglomerular projection neurons, but differences between the actual cells targeted by each of the five (Berck et al., 2016). Some of these neurons extend into the neighboring subesophageal zone (Berck et al., 2016).

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larval antennal lobe ventral local neuron [FBbt_00111690]

Local neuron of the larval antennal lobe whose soma is located ventral to the antennal lobe (Berck et al., 2016). It receives most of its input from olfactory receptor neuron Or13a and it outputs to several multiglomerular projection neurons and local neurons (Berck et al., 2016).

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larval anterior central sensory compartment [FBbt_00051407]

Sensory compartment of the larval central nervous system that is found mainly within the dorsal part of the ventromedial neuropil domain of the tritocerebrum and mandibular neuromere (Kendroud et al., 2018). It contains sensory afferents of neurons from the pharyngeal and maxillary-labial nerves (Kendroud et al., 2018; Miroschnikow et al., 2018). AC of Miroschnikow et al. (2018) and ACSC of Kendroud et al. (2018) refer to approximately the same anatomy, but boundaries may not precisely correspond - see author response of Miroschnikow et al. (2018). Notably ACpl was not identified by Kendroud et al. (2018) (Miroschnikow et al., 2018).

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larval anterior central sensory compartment anterior lateral region [FBbt_00048495]

Small region of the larval anterior central sensory compartment that is just posterior to the antennal lobe (Miroschnikow et al., 2018). It contains the terminals of neurons from the dorsal organ ganglion that enter the CNS via the antennal-pharyngeal nerve (Miroschnikow et al., 2018). ACSCal of Kendroud et al. (2018) - FBrf0237251 is larger, extends further medially and contains many DPS neuron terminals. This region, defined by Miroschnikow et al. (2018) contains only external (DOG) neuron terminals. The DPS neuron terminals of Kendroud et al. (2018) are probably part of the posterior region (as defined by Miroschnikow et al., 2018), which extends further anteriorly along the lateral border of the anterior medial region, compared to the posterior region of Kendroud et al. (2018), and consists of external and pharyngeal neuron terminals.

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larval anterior central sensory compartment anterior medial region [FBbt_00048492]

Anterior medial region of the larval anterior central sensory compartment (Kendroud et al., 2018; Miroschnikow et al., 2018). It contains the terminals of sensory neurons from the enteric nervous system that enter the CNS via the medial root of the antennal-pharyngeal nerve (Kendroud et al., 2018; Miroschnikow et al., 2018).

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larval anterior central sensory compartment posterior lateral region [FBbt_00048497]

Region of the larval anterior central sensory compartment that is lateral to the posterior region (Miroschnikow et al., 2018). It contains the terminals of sensory neurons that enter the CNS via the antennal and maxillary nerves (Miroschnikow et al., 2018). Identified based on synaptic clustering of sensory neurons in a first instar EM volume (Miroschnikow et al., 2018). This region was not identified by Kendroud et al. (2018) - FBrf0237251 (Miroschnikow et al., 2018).

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larval anterior central sensory compartment posterior region [FBbt_00048496]

Relatively large region of the larval anterior central sensory compartment, found between the anterior medial and posterior lateral regions (Miroschnikow et al., 2018). It contains the terminals of sensory neurons that enter the CNS via the antennal and maxillary nerves (Miroschnikow et al., 2018). ACSCp of Kendroud et al. (2018) - FBrf0237251 is smaller and does not extend as far anteriorly as this region, defined by Miroschnikow et al. (2018). The DPS neuron terminals in the ACSCal of Kendroud et al. (2018) are probably part of the this region.

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larval anterior commissure [FBbt_00001105]

Most anterior of the two main commissures found in each neuromere (the only commissure in A9) of the larval ventral nerve cord (Landgraf et al., 2003; Birkholz et al., 2015). In some segments, at some stages these can be further divided into multiple components along the dorsal-ventral axis (Truman et al., 2004; Birkholz et al., 2015; Hartenstein et al., 2018).

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larval anterior intermediate commissure [FBbt_00047118]

Intermediate subdivision of the larval anterior commissure (Truman et al., 2004; Birkholz et al., 2015). It is found in all thoracic neuromeres and, at a significantly reduced size, in the labial (S3) and A1 neuromeres (Birkholz et al., 2015). There is one anterior intermediate commissure in the anterior gnathal ganglion (S1/S2) (Kuert et al., 2014).

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larval anterior intersegmental nerve root of A1-7 [FBbt_00110210]

Anterior root of the intersegmental nerve of abdominal segments 1 to 7, through which the motor neurons of the next anterior segment project, to innervate the muscles. The nerve connects to the neuropil laterally and the fascicle curves dorsomedially (Landgraf et al., 2003).

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larval anterior large descending DN Tachykinin neuron [FBbt_00110037]

Larval neuron that expresses Tachykinin (FBgn0037976), whose cell body is located in the anterior protocerebrum and that innervates the ventral nerve cord. At the third instar larval stage, these neurons also form arborizations at two sites near the midline of the protocerebrum and in the subesophageal ganglion. At the level of the ventral nerve cord, this neuron has one main axon and two additional processes, one longer and one shorter than the main axon. There is one neuron per hemisphere (Winther et al., 2003; Siviter et al., 2000). Tachykinin expression was observed by in situ hybridization and immunostaining. This pair of neurons is present in all larval stages.

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larval anterior lateral ellipsoid fascicle [FBbt_00051449]

Tract of the larval brain that is formed by the DALv2 lineage and is the precursor to the adult anterior lateral ellipsoid fascicle (Lovick et al., 2017). It is a straight, postero-medially directed bundle that passes underneath the mushroom body medial lobe before turning medially and terminating prior to the midline (Lovick et al., 2017).

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larval anterior ventral commissure [FBbt_00047117]

Ventral subdivision of the larval anterior commissure (Truman et al., 2004; Birkholz et al., 2015). It is prominent in the thoracic neuromeres, reduced in A1, rudimentary in all other abdominal neuromeres and absent from the gnathal segments (Birkholz et al., 2015). In abdominal segments, it is formed predominantly from lineage 9 neurons (Truman et al., 2004).

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larval anterior ventral sensory compartment [FBbt_00051408]

Sensory compartment of the larval central nervous system that is found mainly within a superficial (ventral) region of the ventromedial neuropil domain of the tritocerebrum and mandibular neuromere (Kendroud et al., 2018). It contains sensory afferents of neurons from the pharyngeal and maxillary-labial nerves (Kendroud et al., 2018; Miroschnikow et al., 2018). AV of Miroschnikow et al. (2018) and AVSC of Kendroud et al. (2018) refer to approximately the same anatomy, but boundaries may not precisely correspond - see author response of Miroschnikow et al. (2018).

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larval anterior ventral sensory compartment anterior region [FBbt_00048493]

Anterior region of the larval anterior ventral sensory compartment. It contains the terminals of enteric neurons from the frontal connective that enter via the medial root of the pharyngeal nerve (Kendroud et al., 2018; Miroschnikow et al., 2018). It is also contributed to by neurons of the dorsal pharyngeal sense organ that follow the anterior root of the pharyngeal nerve (Kendroud et al., 2018; Miroschnikow et al., 2018).

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larval anterior ventral sensory compartment posterior region [FBbt_00048494]

Posterior region of the larval anterior ventral sensory compartment. It is formed by superficial branches of the anterior and intermediate maxillary-labial nerve roots (Kendroud et al., 2018; Miroschnikow et al., 2018).

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larval anterior vertical bundle [FBbt_00051365]

Vertical tract formed by neurons projecting dorsally into the neuropil of the ventral nerve cord or gnathal ganglion at a similar position to the anterior commissure on the anterior-posterior axis (Hartenstein et al., 2018). This is formed by lineages 7, 8, 9, 15 and 16 in the neuromeres in which they are present (Hartenstein et al., 2018). ‘Portal’ nomenclature of Kuert et al. (2014) - FBrf0224770 refers to entry point rather than tract.

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larval anterior-middle midgut junction [FBbt_00058008]

A small region of the larval midgut between the anterior midgut and the middle midgut. The region forms a characteristic U-shaped bend in the larval gut. It contains enteroendocrine cells with a distinct hormonal expression profile from the enteroendocrine cells of the surrounding regions (LaJeunesse et al., 2010; Veenstra et al., 2014).

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larval anus sensory neuron [FBbt_00048237]

Larval mechanosensory neuron with dendrites forming a thin layer of arbors covering the body wall around the anal slit, with some arborization extending along the rectal sphincter. It is activated when the anus opens and stretches. It projects to the posteriormost part of the ventral nerve cord, and has more intense axonal projections ipsilaterally, forming synapses with the Pdf neurons in this region. There is only one of these cells and its cell body is located stochastically on one side of the midline on the anterior side of the anal slit. Synapsing to Pdf neurons shown by GRASP and functional imaging (Zhang et al., 2014).

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larval ascending moonwalker-like backward neuron [FBbt_00052653]

Larval neuron with its soma in the subesophageal zone (SEZ), dendritic arborization from the SEZ to the mesothoracic neuromere, and ascending axonal projections to the brain (Omamiuda-Ishikawa et al., 2020). There is one of these cells per hemisphere and it is cholinergic (Omamiuda-Ishikawa et al., 2020). It is activated by blue light, downstream of class IV dendritic arborizing neurons (Omamiuda-Ishikawa et al., 2020). It outputs onto and can activate the mooncrawler descending neurons to stimulate backwards locomotion (Omamiuda-Ishikawa et al., 2020). Does not fit FBbt definition of ascending as soma is in SEZ and not VNC.

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larval astrocyte-like glial cell ALm [FBbt_00047874]

Astrocyte-like glial cell of the larva that has its nucleus medial to the antennal lobe. It extends processes into the antennal lobe that fill the entire neuropil domain. It may also extend processes into adjacent regions, with some variability between individuals. There are one or two of these cells per hemisphere.

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larval astrocyte-like glial cell CAm [FBbt_00047880]

Astrocyte-like glial cell of the larva that has its nucleus medial to the mushroom body calyx. It sends a major branch laterally into the superior lateral protocerebrum and another branch posteromedially into the superior medial protocerebrum and medial inferior protocerebrum. There are one or two of these cells per hemisphere.

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larval Basin neuron [FBbt_00047194]

Segmentally-repeated interneuron of the larval ventral nerve cord that is part of lineage 9 (Ohyama et al., 2015). Its soma is located in the lateral cell body rind region and its cell body fiber follows an intersegmental nerve root into the neuropil (Ohyama et al., 2015). Its dendrites span a ventrolateral domain of the ventral nerve cord and overlap with the axon terminals of the mechanosensory chordotonal neurons, from which it receives input (Ohyama et al., 2015). It has substantial presynaptic connections to A00c neurons (Ohyama et al., 2015).

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larval Basin-1 neuron [FBbt_00111227]

Larval basin neuron that has dendritic arborization on the dorsal side of the chordotonal neuron domain (Ohyama et al., 2015). It has a relatively ventral axon position, compared to Basins 3 and 4, and its ventral dendrites do not extend as far medially as those of Basins 2 and 4 (Ohyama et al., 2015). It receives little, if any input from multidendritic class IV neurons and has presynaptic sites on its dendritic arbor (Ohyama et al., 2015). Authors of FBrf0228257 and FBrf0233796 do not explicitly state which VNC segments this neuron exists in, therefore, subclasses may not be exhaustive.

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larval Basin-2 neuron [FBbt_00111229]

Larval basin neuron that lacks a ventral branch from its primary neurite, unlike other Basins (Ohyama et al., 2015). It has a relatively ventral axon position, compared to Basins 3 and 4, and its ventral dendrites extend further medially than those of Basins 1 and 3 (Ohyama et al., 2015). It receives substantial input from multidendritic class IV neurons and does not have presynaptic sites on its dendritic arbor (Ohyama et al., 2015). Authors of FBrf0228257 and FBrf0233796 do not explicitly state which VNC segments this neuron exists in, therefore, subclasses may not be exhaustive.

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larval Basin-3 neuron [FBbt_00111228]

Larval basin neuron that has a relatively dorsal axon position, compared to Basins 1 and 2, and ventral dendrites that do not extend as far medially as those of Basins 2 and 4 (Ohyama et al., 2015). It receives little, if any input from multidendritic class IV neurons and does not have presynaptic sites on its dendritic arbor (Ohyama et al., 2015). Authors of FBrf0228257 and FBrf0233796 do not explicitly state which VNC segments this neuron exists in, therefore, subclasses may not be exhaustive.

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larval Basin-4 neuron [FBbt_00111230]

Larval basin neuron with ventral dendrites that extend to, and may cross, the midline (Ohyama et al., 2015). It has a relatively dorsal axon position, compared to Basins 1 and 2 (Ohyama et al., 2015). It receives substantial input from multidendritic class IV neurons and does not have presynaptic sites on its dendritic arbor (Ohyama et al., 2015). It is involved in the larval behavioral response to nociceptive stimuli (Ohyama et al., 2015). Authors of FBrf0228257 and FBrf0233796 do not explicitly state which VNC segments this neuron exists in, therefore, subclasses may not be exhaustive.

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larval basomedial protocerebral tract [FBbt_00007130]

An axon tract of the larval brain which is a branch of the lateral cervical tract. The branch point, at the center of the basal synaptic neuropil domain (the neuropil glial sheath between baso-posterio medial (BPM), baso-central (BC) and baso-posterior lateral (BPL)) compartments is known as the anterior hub. It crosses the baso-posterior lateral compartment (BPL) where it splays out into several terminal branches.

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larval CCAP A1-A4 abdominal neuron [FBbt_00111332]

Larval neuron that expresses CCAP (Crustacean cardioactive peptide) (FBgn0039007), Bursicon (FBgn0038901), Partner of Bursicon (FBgn0264810) and Myoinhibiting peptide precursor (FBgn0036713). The soma is located around the abdominal neuromeres A1 to A4, in a varied position from more medial to more dorsal. There are two neurons in each hemineuromere.

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larval CCAP A1-A4 EN abdominal neuron [FBbt_00111351]

Larval neuron that expresses CCAP (Crustacean cardioactive peptide) (FBgn0039007), Bursicon (FBgn0038901), Partner of Bursicon (FBgn0264810) and Myoinhibiting peptide precursor (FBgn0036713) of the abdominal neuromere. The primary neurite extends to the midline and arborizes dorsally between the DM and VM fascicles, up to the segment borders. It then projects mediodorsally and dorsolaterally until it leaves the central neuropil. It then diverges in the dorsal cortex, projects via the segmental nerve to the periphery and forms type III terminals on body wall ventral longitudinal muscles 1 and 2.

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larval CCAP A1-A4 IN abdominal neuron [FBbt_00111350]

Larval neuron that expresses CCAP (Crustacean cardioactive peptide) (FBgn0039007), Bursicon (FBgn0038901), Partner of Bursicon (FBgn0264810) and Myoinhibiting peptide precursor (FBgn0036713) of the abdominal neuromere. The primary neurite extends to the midline and arborizes dorsally between the DM and VM fascicles, up to the segment borders. It then projects ventrolaterally in the contralateral neuropil and branches in a T-shape at the VL fascicle: a long posterior branch follows the VL fascicle until its posterior end and then bend medially; a shorter anterior branch follows the VL fascicle until its anterior end at the border between the subesophageal ganglion and brain, and then bends medially forming small arborizations.

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larval CCAP A5-A7 abdominal neuron [FBbt_00111333]

Larval neuron that expresses CCAP (Crustacean cardioactive peptide) (FBgn0039007) and whose soma is located laterally around the abdominal neuromeres A5 to A7, between the height of the VL and DL fascicles. The primary neurite extends to the midline and arborizes dorsally between the DM and VM fascicles, up to the segment borders. It then projects ventrolaterally in the contralateral neuropil and branches in a T-shape at the VL fascicle: a long posterior branch follows the VL fascicle until its posterior end and then bend medially; a shorter anterior branch follows the VL fascicle until its anterior end at the border between the subesophageal ganglion and brain, and then bends medially forming small arborizations.

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larval CCAP A8-A9 abdominal neuron [FBbt_00111334]

Larval neuron that expresses CCAP (Crustacean cardioactive peptide) (FBgn0039007) and Myoinhibiting peptide precursor (FBgn0036713), whose soma is located around the abdominal neuromeres A8 to A9. There are two neurons in each hemineuromere, one located more ventrolaterally (in A8) and the other more medially (in A9), near the posterior tip of the abdominal ganglion. The primary neurite crosses the midline and exits the neuropil via the hindgut nerve.

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larval CCAP abdominal neuron [FBbt_00111331]

Larval neuron that expresses CCAP (Crustacean cardioactive peptide) (FBgn0039007) and whose soma is located around the abdominal neuromeres. There are two neurons in each hemineuromere, except in A8 and A9 where there are 3. It sends a neurite beneath the transversal projection TP4 ventromedially, where the neurites from both sides join in proximity to the VM fascicle. These neurites from extensive arborizations along the midline between the DM and VM fascicles.

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larval CCAP protocerebrum IN-1 neuron [FBbt_00111343]

Larval neuron that expresses CCAP (Crustacean cardioactive peptide) (FBgn0039007) and whose soma is in the protocerebrum rind. It branches in the ipsilateral dorsomedial protocerebrum with some neurites reaching the dorsolateral protocerebrum and extending to the contralateral dorsomedial protocerebrum. Often, an ipsilateral neurite extends ventrally through the posterior basomedial protocerebrum to terminate in the subesophageal ganglion.

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larval CCAP protocerebrum IN-2 neuron [FBbt_00111344]

Larval neuron that expresses CCAP (Crustacean cardioactive peptide) (FBgn0039007) and whose soma is in the protocerebrum rind. The primary neurite branches medially in the dorsomedial protocerebrum and projects ventrally through the posterior basomedial protocerebrum forming short neurites in the basomedial protocerebrum. It then projects ventrally, exiting the brain and terminating at a position between the abdominal neuromere A4 to A7. One neurite from the dorsomedial protocerebrum crosses the midline and projects ventrally similar to the ipsilateral neurite.

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larval CCAP subesophageal EN-2 neuron [FBbt_00111347]

Larval neuron that expresses CCAP (Crustacean cardioactive peptide) (FBgn0039007) and whose soma is located in the subesophageal ganglion. The primary neurite extends medially, forming arborizations close to the cell body and between the ipsilateral DM and VM fascicles in the same segment. It then crosses the midline where it projects dorsally and then ventrally, and exits the brain via the maxillary nerve.

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larval CCAP subesophageal IN-1 neuron [FBbt_00111345]

The most anterior of the larval neurons that express CCAP (Crustacean cardioactive peptide) (FBgn0039007) and whose soma is located in the subesophageal ganglion. The primary neurite projects medially, forming extensive arborizations along the midline between the DM and VM fascicles in the subesophageal ganglion.

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larval CCAP subesophageal IN-2 neuron [FBbt_00111346]

Larval neuron that expresses CCAP (Crustacean cardioactive peptide) (FBgn0039007) and whose soma is located in the subesophageal ganglion. The primary neurite crosses the midline and arborizes close to it, and branches: a long posterior branch follows the VL fascicle until its posterior end and then bend medially; a shorter anterior branch follows the VL fascicle until its anterior end at the border between the subesophageal ganglion and brain, and then bends medially forming small arborizations. The neuron IN SOG2 and IN SOG3 (Karsai et al., 2013) seem to correspond to the same neuron, but on different hemispheres [FBC:MMC].

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larval CCAP T1 thoracic neuron [FBbt_00111328]

Larval neuron that expresses CCAP (Crustacean cardioactive peptide) (FBgn0039007) and whose soma is located around the prothoracic neuromere. There is one neuron in each hemineuromere. The primary neurite extends to the midline and arborizes dorsally between the DM and VM fascicles, up to the segment borders. It then projects ventrolaterally in the contralateral neuropil and branches in a T-shape at the VL fascicle: a long posterior branch follows the VL fascicle until its posterior end and then bend medially; a shorter anterior branch follows the VL fascicle until its anterior end at the border between the subesophageal ganglion and brain, and then bends medially forming small arborizations.

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larval CCAP T2 thoracic neuron [FBbt_00111329]

Larval neuron that expresses CCAP (Crustacean cardioactive peptide) (FBgn0039007) and bursicon (FBgn0038901), and whose soma is located around the mesothoracic neuromere. There is one neuron in each hemineuromere. The primary neurite extends to the midline and arborizes dorsally between the DM and VM fascicles, up to the segment borders. It then projects ventrolaterally in the contralateral neuropil and branches in a T-shape at the VL fascicle: a long posterior branch follows the VL fascicle until its posterior end and then bend medially; a shorter anterior branch follows the VL fascicle until its anterior end at the border between the subesophageal ganglion and brain, and then bends medially forming small arborizations.

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larval CCAP T3 EN thoracic neuron [FBbt_00111349]

Larval neuron that expresses CCAP (Crustacean cardioactive peptide) (FBgn0039007) and Bursicon (FBgn0038901) of the metathoracic neuromere. The primary neurite extends to the midline and arborizes dorsally between the DM and VM fascicles, up to the segment borders. It then projects mediodorsally and dorsolaterally until it leaves the central neuropil. It then diverges in the dorsal cortex, projects via the segmental nerve to the periphery and forms type III terminals on body wall ventral longitudinal muscles 1 and 2.

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larval CCAP T3 IN thoracic neuron [FBbt_00111348]

Larval neuron that expresses CCAP (Crustacean cardioactive peptide) (FBgn0039007) and Bursicon (FBgn0038901) of the metathoracic neuromere. The primary neurite extends to the midline and arborizes dorsally between the DM and VM fascicles, up to the segment borders. It then projects ventrolaterally in the contralateral neuropil and branches in a T-shape at the VL fascicle: a long posterior branch follows the VL fascicle until its posterior end and then bend medially; a shorter anterior branch follows the VL fascicle until its anterior end at the border between the subesophageal ganglion and brain, and then bends medially forming small arborizations.

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larval CCAP T3 thoracic neuron [FBbt_00111330]

Larval neuron that expresses CCAP (Crustacean cardioactive peptide) (FBgn0039007) and Bursicon (FBgn0038901), and whose soma is located ventrally around the metathoracic neuromere, approximately at the height of the VL fascicle. There are two neurons in each hemineuromere, one interneurons and one efferent neuron.

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larval CCAP thoracic neuron [FBbt_00111327]

Larval neuron that expresses CCAP (Crustacean cardioactive peptide) (FBgn0039007) and whose soma is located around the thoracic neuromeres. There is one neuron located ventrolaterally in the pro- and mesothoracic neuromeres, and two neurons in the metathoracic neuromere. It sends a neurite beneath the transversal projection TP4 ventromedially, where the neurites from both sides join in proximity to the VM fascicle. These neurites from extensive arborizations along the midline between the DM and VM fascicles, more prominently in the metathoracic neuromere.

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larval central descending protocerebral fascicle [FBbt_00049218]

Fiber bundle of the larva that runs between the protocerebrum and the ventral brain and subesophageal ganglion (Hartenstein et al., 2015). It is formed by DALd and other DAL lineages with their somas in the anterior cortex (Pereanu et al, 2010). Its distance from the DPPT increases during larval development as the protocerebrum increases in size (Hartenstein et al., 2015).

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larval central sensory compartment [FBbt_00051404]

Sensory compartment of the larval central nervous system that is found mainly within the central neuropil domain (Kendroud et al., 2018). In the anterior prothoracic neuromere, it narrows to a thin bundle, but continues to extend anteriorly through the gnathal neuromeres (Kendroud et al., 2018). Anteriorly, in the tritocerebrum, it contains the projections of a small bundle of axons from the antennal nerve, foreshadowing the position of the adult antennal mechanosensory and motor center (Kendroud et al., 2018). It contains the terminals of chordotonal organ neurons (Kendroud et al., 2018).

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larval cholinergic lateral interneuron [FBbt_00048410]

Segmentally-repeated cholinergic premotor interneuron with its soma in a lateral region of the larval ventral nerve cord. There are two of these per hemisegment (CLI1 and CLI2), and they both have ipsilateral dendrites and extend an axon contralaterally via the anterior commissure (Hasegawa et al., 2016).

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larval cholinergic lateral interneuron 1 [FBbt_00048411]

Larval segmentally-repeated cholinergic premotor neuron with its soma in a lateral region of the larval ventral nerve cord (Hasegawa et al., 2016). There is one of these per hemineuromere with ipsilateral dendrites in the same segment and the next posterior segment (Hasegawa et al., 2016). An axon projects contralaterally via the anterior commissure, innervating a medial region of the dorsal neuropile, then further extending anteriorly towards the next segment (Hasegawa et al., 2016). It belongs to lineage 18 (Zarin et al., 2019).

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larval cholinergic lateral interneuron 2 [FBbt_00048412]

Segmentally-repeated cholinergic premotor interneuron with its soma in a lateral region of the larval ventral nerve cord (Hasegawa et al., 2016). There is one of these per hemisegment with ipsilateral dendrites in the next posterior segment (Hasegawa et al., 2016). An axon projects contralaterally via the anterior commissure, innervating a lateral region, mainly within the same segment, but occasionally reaching the next posterior segment (Hasegawa et al., 2016). It is part of lineage 18 (Zarin et al., 2019).

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larval corazonin neuron of pars lateralis [FBbt_00052005]

Larval corazonin-expressing neuron that has its soma in the pars lateralis (Siegmund and Korge, 2001). It projects to the ring gland, where it has peptide release sites in the aorta, corpus cardiacum, corpus allatum and the prothoracic gland (Siegmund and Korge, 2001; Imura et al., 2020; Huckesfeld et al., 2021). In the prothoracic gland, it makes contacts with the PTTH neurons, which express the corazonin receptor (Imura et al., 2020). There are three of these cells per hemisphere (Siegmund and Korge, 2001; Imura et al., 2020).

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larval DALcl1 tubercle-bulb neuron precursor [FBbt_00051452]

Larval tubercle-bulb (TuBu) neuron precursor that develops from the DALcl1 neuroblast (Lovick et al., 2017). These neurons remain relatively superior to the TuBu neuron precursors that develop from DALcl2 in their trajectory through the brain and they contribute to the superior bulb primordium (Lovick et al., 2017). These become either TuBus or TuBua neurons, with the anterior part of the bulb becoming a distinct region by 48h after puparium formation (Lovick et al., 2017).

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larval DALcl2 tubercle-bulb neuron precursor [FBbt_00051453]

Larval tubercle-bulb (TuBu) neuron precursor that develops from the DALcl2 neuroblast (Lovick et al., 2017). These neurons remain relatively inferior to the TuBu neuron precursors that develop from DALcl1 in their trajectory through the brain and they contribute to the inferior bulb primordium (Lovick et al., 2017). These become TuBui neurons (Lovick et al., 2017).

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larval Dh44 neuron of pars intercerebralis [FBbt_00047128]

Diuretic hormone 44 (DH44)-expressing neuron having a cell body located in the larval pars intercerebralis (PI). Three bilateral pairs exist and co-express leucokinin receptor (Cabrero et al., 2002). These cells also express dimmed and are distinct from insulin-secreting cells, SIFamide cells and dromyosuppressin cells in the PI (Park et al., 2008). Possible equivalence with one of the ‘corpus cardiacum innervating neuron’ classes, particularly ‘CC/A-PI 1’ (FBbt_00007467) described in FBrf0134726.

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larval DMS cell of pars intercerebralis [FBbt_00047216]

Neuron of the larval pars intercerebralis (PI) that expresses dromyosuppressin (DMS) (Park et al., 2008). There are two of these cells per hemisphere (McCormick and Nichols, 1993), which also express dimmed, and they are distinct from the PI neurons that express insulin like peptides, diuretic hormone 44 and SIFamide (Park et al., 2008). Its axon innervates the corpus cardiacum (Wegener et al., 2011).

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larval DN1 neuron [FBbt_00001915]

A neuron whose soma is located in the dorso-anterior region of the larval brain cortex and projects to the larval optic neuropil (Keene et al., 2011). Some of the processes run along the axons of the larval s-LNv neurons and arborize near the s-LNv dendrites. It exhibits strong circadian cycling of Period (FBgn0003068) expression starting at about 15 hours post-hatching. There are one or two of these cells per hemisphere. Expression of Period was determined by per-lacZ fusion expression (Kaneko et al., 1997).

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larval DN2 neuron [FBbt_00001916]

Neuron whose soma is located in a region lateral and posterior to that of the DN1 neurons in the dorsal region of the larval brain, in the vicinity of the dorsal s-LNv terminals. It arborizes in this area and projects to the contralateral side of the brain, arborizing in the dorsomedian protocerebrum. It does not arborize in the larval optic neuropil (Keene et al., 2011). It exhibits strong circadian cycling of Period (FBgn0003068), with expression starting at about 15 hours post-hatching. There are one or two of these cells per hemisphere. Expression of Period was determined by per-lacZ fusion expression (Kaneko et al., 1997).

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larval dopaminergic DL1 neuron [FBbt_00110337]

Dopaminergic neuron whose cell body is located in the dorsolateral protocerebrum of the larval brain, ventral to the DM cluster and dorsal to the DL2 cluster. The primary neurite projects dorsally, which passes laterally around the calyx and bifurcates posterior to the vertical lobe. The terminal branches innervate the dorsomedial protocerebrum and the ipsilateral and contralateral region of the lobe specific for each DL1 subtype. The axon that crosses the midline is parallel to the dorsoposterior midline. There are 7 to 8 neurons in this cluster. Dopaminergic cells were identified by double labeling with a tyrosine hydroxylase (anti-TH) antibody and a TH-GAL4 driver (FBtp0020119) (Selcho et al., 2009).

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larval dopaminergic DL1-6 neuron [FBbt_00110343]

Dopaminergic neuron of the DL1 cluster of the larval brain. The primary neurite bifurcates posterior to the ipsilateral vertical lobe and terminates in the dorsomedial protocerebrum and around the vertical lobe of the mushroom body. From the dense arborization anterior to the medial lobe small, branches extend to the lateral part of this lobe. An axon crosses the midline to innervate the basolateral protocerebrum mainly around the esophagus. Small axons from the ipsilateral arborization in the basolateral protocerebrum, small axons project to the posterior subesophageal ganglion. Dopaminergic cells were identified by double labeling with a tyrosine hydroxylase (anti-TH) antibody and a TH-GAL4 driver (FBtp0020119) (Selcho et al., 2009).

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larval dopaminergic DL2 neuron [FBbt_00110344]

Dopaminergic neuron whose cell body is located in the posteromedial protocerebrum of the larval brain, ventral to the DL1 cluster. There are 6 neurons in this cluster. Dopaminergic cells were identified by double labeling with a tyrosine hydroxylase (anti-TH) antibody and a TH-GAL4 driver (FBtp0020119) (Selcho et al., 2009).

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larval dopaminergic DL2-1 neuron [FBbt_00110345]

Subtype of dopaminergic neuron of the DL2 cluster of the larval brain. Its neurites terminate in both lateral calyces, and in the posterior parts of the pedunculi. It arborizes in the ipsi- and contralateral dorsomedial protocerebra. Dopaminergic cells were identified by double labeling with a tyrosine hydroxylase (anti-TH) antibody and a TH-GAL4 driver (FBtp0020119) (Selcho et al., 2009).

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larval dopaminergic DL2-2 neuron [FBbt_00110346]

Subtype of dopaminergic neuron of the DL2 cluster of the larval brain that only innervates the ipsilateral side. Its primary neurite projects dorsally, bifurcates and terminates widely in the dorsolateral protocerebrum, including near the lateral horn, around the pedunculus and in the anteriolateral calyx. The dorsomedial protocerebrum is innervated by small arborizations, mainly lateral to the pedunculus. There are also arborizations in the lateral region near the posterior part of the medial lobe of the mushroom body. There are 4 neurons in this cluster. Dopaminergic cells were identified by double labeling with a tyrosine hydroxylase (anti-TH) antibody and a TH-GAL4 driver (FBtp0020119) (Selcho et al., 2009) and with a tyrosine hydroxylase (anti-TH) antibody (Blanco et al., 2011).

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larval dopaminergic DL2-3 neuron [FBbt_00110347]

Subtype of dopaminergic neuron of the DL2 cluster of the larval brain. The primary neurite turns in the basolateral protocerebrum towards the midline and bifurcates before reaching the esophagus. It then innervates the basal protocerebrum on both sides of the brain and extends to innervate the ipsilateral posterior subesophageal ganglion. A secondary neurite extends contralaterally via the dorsoposterior commissure. There are also arborizations in the dorsal parts of the basolateral protocerebrum and terminals surrounding the contralateral pedunculus of the mushroom body. There are 2 neurons in this cluster. Dopaminergic cells were identified by double labeling with a tyrosine hydroxylase (anti-TH) antibody and a TH-GAL4 driver (FBtp0020119) (Selcho et al., 2009) and with a tyrosine hydroxylase (anti-TH) antibody (Blanco et al., 2011).

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larval dopaminergic DM neuron [FBbt_00110331]

Dopaminergic neuron located whose cell body is located in the dorsomedial protocerebrum of the larval brain. There are 8 neurons in this cluster. Dopaminergic cells were identified by double labeling with a tyrosine hydroxylase (anti-TH) antibody and a TH-GAL4 driver (FBtp0020119).The eight cells of this cluster stained strongly and consistently, although 26 were labelled in all assays (Selcho et al., 2009).

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larval dopaminergic DM1 neuron [FBbt_00110332]

Subtype of the dopaminergic neuron of the DM cluster of the larval brain. Its arborizations are restricted to the ipsilateral side. The primary neurite extends ventrally. There are 4 of these neurons per hemisphere. Dopaminergic cells were identified by double labeling with a tyrosine hydroxylase (anti-TH) antibody and a TH-GAL4 driver (FBtp0020119) (Selcho et al., 2009), and with a tyrosine hydroxylase (anti-TH) antibody (Blanco et al., 2011).

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larval dopaminergic DM1a neuron [FBbt_00110927]

Subtype of the dopaminergic neuron of the DM cluster of the larval brain. Its arborizations are restricted to the ipsilateral side. The primary neurite extends ventrally into the lower part of the ipsilateral brain lobe. There is one of these neurons per hemisphere. Dopaminergic cells were identified by labeling with a tyrosine hydroxylase (anti-TH) antibody (Blanco et al., 2011).

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larval dopaminergic DM1b neuron [FBbt_00110928]

Subtype of the dopaminergic neuron of the DM cluster of the larval brain. Its arborizations are restricted to the ipsilateral side. The primary neurite extends ventrally and bifurcates in the basolateral protocerebrum. One small axon innervates the basomedial protocerebrum. It densely innervates the mushroom body spur, with one single fiber extending into the lateral appendix. One axon projects further ventrally and branches in the subesophageal ganglion and dorsal thoracic ganglion. There are 3 of these neurons per hemisphere. Dopaminergic cells were identified by double labeling with a tyrosine hydroxylase (anti-TH) antibody and a TH-GAL4 driver (FBtp0020119) (Selcho et al., 2009), and with a tyrosine hydroxylase (anti-TH) antibody (Blanco et al., 2011).

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larval dopaminergic DM2 neuron [FBbt_00110333]

Subtype of the dopaminergic neuron of the DM cluster of the larval brain. It projects ipsilaterally into the anterior part of the protocerebrum. There are 4 of these neurons per hemisphere. Dopaminergic cells were identified by labeling with a tyrosine hydroxylase (anti-TH) antibody (Blanco et al., 2011). Selcho et al. (2009) found one exemplar of this cell type, which was found only once and stained weakly. They report this cell projected to both medial appendices, crossed the midline ventral to the medial lobe an arborized in the ipsilateral dorsomedial protocerebrum.

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larval dopaminergic DM3 neuron [FBbt_00110334]

Subtype of the dopaminergic neuron of the DM cluster of the larval brain. A laterally projecting neuron that densely innervates the most anterior part of the ipsilateral calyx and extends to the dorsomedial and dorsolateral protocerebra, anterior to the calyx. A secondary neurite projects across the midline and terminates in the lateral part of the contralateral calyx. Small branches are also observed in the dorsoposterior protocerebrum. Dopaminergic cells were identified by double labeling with a tyrosine hydroxylase (anti-TH) antibody and a TH-GAL4 driver (FBtp0020119) (Selcho et al., 2009).

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larval dopaminergic DM4 neuron [FBbt_00110335]

Subtype of the dopaminergic neuron of the DM cluster of the larval brain. It arborizes in the lateral and ventral regions of the medial lobe of the mushroom body. It extends neurites in dorsolateral protocerebrum around the vertical lobe. Dopaminergic cells were identified by double labeling with a tyrosine hydroxylase (anti-TH) antibody and a TH-GAL4 driver (FBtp0020119) (Selcho et al., 2009).

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larval dopaminergic DM5 neuron [FBbt_00110336]

Subtype of the dopaminergic neuron of the DM cluster of the larval brain. Its arborizations are restricted to the ipsilateral side. Its primary neurite projects to the basolateral protocerebrum, with branches projecting posteriorly to innervate the dorsoposterior subesophageal ganglion. Other branches arborize ventrally to the spur and the lateral appendix. Dopaminergic cells were identified by double labeling with a tyrosine hydroxylase (anti-TH) antibody and a TH-GAL4 driver (FBtp0020119) (Selcho et al., 2009).

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larval dopaminergic pPAM neuron [FBbt_00111633]

Dopaminergic neuron whose cell body is located in the anteriomedial region of the larval brain. The primary neurite extends posteriorly to an area medial to the base of the vertical lobe of the mushroom body. It then branches: one branch extends dorsally to form postsynaptic terminals in the dorsal protocerebrum, medial to the vertical lobe of the mushroom body; the other branch runs basomedially to form, mostly presynaptic terminals, in a specific domain of the medial lobe of the mushroom body. A single projection crosses the midline to innervate the same domain in the contralateral medial lobe of the mushroom body. There are 4 neurons in this cluster, belonging to different subtypes. Dopaminergic cells were identified by double labeling with a tyrosine hydroxylase (anti-TH) antibody and a TH-GAL4 driver (Rohwedder et al., 2016).

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larval dopaminergic SL neuron [FBbt_00110354]

Dopaminergic neuron whose cell body is located in the lateral subesophageal ganglion of the larval brain. Its arborizations are restricted to the subesophageal ganglion. There are three neurons in this cluster in each hemisphere. Dopaminergic cells were identified by double labeling with a tyrosine hydroxylase (anti-TH) antibody and a TH-GAL4 driver (FBtp0020119) (Selcho et al., 2009).

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larval dopaminergic SL1 neuron [FBbt_00110355]

Subtype of the dopaminergic neuron of the SL1 cluster of the larval brain. It arborizes bilaterally in the medial region of the basolateral subesophageal ganglion. The ipsilateral innervation reaches the most posterior part of the lateromedial subesophageal ganglion whereas the contralateral arborizations are restricted to the anterior subesophageal ganglion. Dopaminergic cells were identified by double labeling with a tyrosine hydroxylase (anti-TH) antibody and a TH-GAL4 driver (FBtp0020119) (Selcho et al., 2009).

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larval dopaminergic SL2 neuron [FBbt_00110356]

Subtype of the dopaminergic neuron of the SL2 cluster of the larval brain. Its primary neurite sends fibers to the ipsilateral dorsoanterior subesophageal ganglion, crosses the midline and bifurcates in the contralateral anteriomedial subesophageal ganglion. Another axon crosses the midline basal to the primary neurite and terminates in the ipsilateral side. Dopaminergic cells were identified by double labeling with a tyrosine hydroxylase (anti-TH) antibody and a TH-GAL4 driver (FBtp0020119) (Selcho et al., 2009).

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larval dopaminergic SM1 neuron [FBbt_00110348]

Dopaminergic neuron whose cell body is located in the anteromedial subesophageal ganglion of the larval brain. Dopaminergic cells were identified by double labeling with a tyrosine hydroxylase (anti-TH) antibody and a TH-GAL4 driver (FBtp0020119). Four cells were labelled with TH-GAL4 (FBtp0020119) but only one of these was positive for the TH-antibody (Selcho et al., 2009).

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larval dopaminergic SM1-1 neuron [FBbt_00110349]

Subtype of the dopaminergic neuron of the SM1 cluster of the larval brain. Unpaired neuron whose cell body is located on the midline at the anterior part of the subesophageal ganglion. Its primary neurite runs posteriorly along the midline, bifurcates and sends two axons laterally, which bifurcate again in the central region of the subesophageal ganglion. Two axons turn laterally in the most posterior subesophageal ganglion and innervate the lateral subesophageal ganglion margin. It also arborizes in the basomedial protocerebrum posterior to the antennal lobe and it sends small fibers to the thoracic ganglion. Dopaminergic cells were identified by double labeling with a tyrosine hydroxylase (anti-TH) antibody and a TH-GAL4 driver (FBtp0020119) (Selcho et al., 2009).

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larval dopaminergic SM2 neuron [FBbt_00110351]

Dopaminergic neuron whose cell body is located in the anteromedial subesophageal ganglion of the larval brain. There are three neurons in this cluster. Dopaminergic cells were identified by double labeling with a tyrosine hydroxylase (anti-TH) antibody and a TH-GAL4 driver (FBtp0020119) (Selcho et al., 2009).

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larval dopaminergic SM2-1 neuron [FBbt_00110352]

Subtype of the dopaminergic neuron of the SM2 cluster of the larval brain. Unpaired neuron whose cell body is located at the midline in the anterior basal subesophageal ganglion, medial to the SM2-2 neurons. Its primary process extends posteriorly, bifurcates and turns laterally in the posterior subesophageal ganglion. At the lateral margin, the projections turn dorsally to the intersection between the subesophageal ganglion and the basal protocerebra. It innervates the posterior medial subesophageal ganglion and the lateral and ventral parts of the basomedial protocerebra. Dopaminergic cells were identified by double labeling with a tyrosine hydroxylase (anti-TH) antibody and a TH-GAL4 driver (FBtp0020119) (Selcho et al., 2009).

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larval dopaminergic SM2-2 neuron [FBbt_00110353]

Subtype of the dopaminergic neuron of the SM2 cluster of the larval brain, located laterally to the SM2-1 neuron. Paired neuron whose primary neurite extends laterally along the midline until it reaches the posterior margin of the subesophageal ganglion. It arborizes in the basomedial protocerebrum and the lateromedial subesophageal ganglion, extending to the ventral nerve cord. Dopaminergic cells were identified by double labeling with a tyrosine hydroxylase (anti-TH) antibody and a TH-GAL4 driver (FBtp0020119) (Selcho et al., 2009).

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larval dopaminergic TM1 neuron [FBbt_00100768]

Dopaminergic neuron whose cell body is located along the midline in the ventromedial larval thoracic segment T1. It is found as a triplet group. It arborizes in the subesophageal ganglion and in the ventral nerve cord. Dopaminergic cells were identified by double labeling with a tyrosine hydroxylase (anti-TH) antibody and a TH-GAL4 driver (FBtp0020119) (Selcho et al., 2009).

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larval dopaminergic TM1-1 neuron [FBbt_00110328]

Subtype of the dopaminergic TM1 neuron that has symmetrical arborizations in the subesophageal and thoracic ganglia. It is an unpaired neuron whose primary process splits into four secondary neurites with two of these running along the midline dorsally and the other two projecting laterally. Secondary neurites innervate the first thoracic segment and the basal subesophageal ganglion. Dopaminergic cells were identified by double labeling with a tyrosine hydroxylase (anti-TH) antibody and a TH-GAL4 driver (FBtp0020119) (Selcho et al., 2009).

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larval dopaminergic TM1-2 neuron [FBbt_00110329]

Subtype of the dopaminergic TM1 neuron that has ipsilateral arborizations in the subesophageal ganglion and ventral nerve cord. It is a paired neuron that projects dorsally next to the midline and upon reaching the dorsal margin extends laterally sending arbors in the medial and lateromedial subesophageal ganglion, the ventromedial thoracic, anterior ventro-medial abdominal ganglion and basomedial protocerebrum. Dopaminergic cells were identified by double labeling with a tyrosine hydroxylase (anti-TH) antibody and a TH-GAL4 driver (FBtp0020119) (Selcho et al., 2009).

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larval dorsal multidendritic neuron ddaA [FBbt_00002025]

Larval neuron whose cell-body is located ventrally in the dorsal group of dendritic arborization neurons (da). It has long primary and secondary branches marked by spiked protrusions (1-20um) along most of its length (Grueber et al., 2002). Following the classification system proposed by Grueber et al., (2002), ddaA is a class III neuron.

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larval dorsal multidendritic neuron ddaB [FBbt_00002026]

Larval neuron whose cell body is located ventrally in the dorsal group of dendritic arborization neurons, slightly dorsal to the dorsal multidendritic neuron ddaA. It has long and sinuous dendrites with few higher order branches (Grueber et al., 2002). Following the classification system proposed by Grueber et al., (2002), ddaB is a class II neuron.

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larval dorsal multidendritic neuron ddaC [FBbt_00002027]

Larval neuron whose cell body is located centrally in the dorsal group of dendritic arborization neurons. It presents a highly complex dendritic arborization pattern (Grueber et al., 2002). Following the classification system proposed by Grueber et al., (2002), ddaC is a class IV neuron.

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larval dorsal multidendritic neuron ddaD [FBbt_00002028]

Larval neuron whose cell body is located dorsally in the dorsal group of dendritic arborization neurons. It presents a long single dendrite from which originate anterior-directed secondary dendrites (Grueber et al., 2002). There is some confusion in the literature between ddaF and ddaD (see Orgogozo and Grueber, 2005, for details). The nomenclature used here is according to Grueber et al., 2002. However, other papers (notably Sweeney et al., 2002) refer to Grueber’s ddaD as ddaF and vice-versa.

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larval dorsal multidendritic neuron ddaE [FBbt_00002029]

Larval neuron whose cell body is located dorsally in the dorsal group of dendritic arborization neurons, usually posterior to dorsal multidendritic neuron ddaD. It presents a long single dendrite from which originate anterior-directed secondary dendrites (Grueber et al., 2002). Following the classification system proposed by Grueber et al., (2002), ddaE is a class I neuron.

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larval dorsal multidendritic neuron ddaF [FBbt_00006024]

Neuron whose cell body is located most dorsally in the dorsal group of dendritic arborization neurons. It has long primary and secondary branches marked by spiked protrusions (1-20um) along most of its length (Grueber et al., 2002). There is some confusion in the literature between ddaF and ddaD (see Orgogozo and Grueber, 2005, for details). The nomenclature used here is according to Grueber et al., 2002. However other papers (notably Sweeney et al., 2002) refer to Grueber’s ddaD as ddaF and vice-versa.

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larval dorsal posterior protocerebral tract [FBbt_00007122]

A vertical axon tract of the larval brain connecting the dorso-posterior compartment (DP) to the subesophageal ganglion (Younossi-Hartenstein et al., 2003). The tract dives ventrally through the centro-posterior intermediate compartment (CPI) towards the posterior boundary of the basoposterior medial compartment where it joins the posterior cervical tract (PCT) (Younossi-Hartenstein et al., 2003). It is formed by the DPMl1 lineage and moves further from the deCP as the protocerebrum grows during larval development (Hartenstein et al., 2015).

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larval dorsomedial sensory compartment [FBbt_00051406]

Sensory compartment of the larval central nervous system that is found mainly within the dorsomedial neuropil domain (Kendroud et al., 2018). In the anterior prothoracic neuromere, it narrows to a thin bundle that continues to extend anteriorly through the gnathal neuromeres, but does not appear to receive any projections from sensory neurons of the maxillary-labial nerve or antennal-pharyngeal nerve (Kendroud et al., 2018).

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larval down and back neuron [FBbt_00047725]

Cholinergic somatosensory interneuron that arborizes in the nociceptive neuropil and receives input from class IV dendritic arborizing neurons (Gerhard et al., 2017; Burgos et al., 2018). From a laterally-located cell body, it projects ventromedially to the nociceptive neuropil and arborizes profusely; then a single process projects back laterally and dorsally towards the cell body (Burgos et al., 2018). It is involved in activating bending and rolling behavior in response to nociceptive stimuli, such as noxious heat (Burgos et al., 2018) and it is a premotor neuron (Zarin et al., 2019). DnBs seem to have peptidergic output sites, but peptide identity unknown (Burgos et al., 2018).

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larval Drunken-1 neuron [FBbt_00047195]

Larval feedforward interneuron a that additionally connects back to two mechanosensory chordotonal neurons. The cell body is found near the lateral edge of the ventral nerve cord. The neuron projects medially, then branches dorsomedially and ventromedially. At the midline, the dorsomedial branch changes direction to head ventrally towards the ventromedial branch. Further branching occurs, sending dendrites in anterior and posterior directions. This neuron is GABAergic (Jovanic et al., 2016). Authors of FBrf0233796 do not explicitly state which VNC segments this neuron exists in, therefore, subclasses may not be exhaustive.

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larval Eh neurosecretory neuron [FBbt_00006028]

A neuron of the larval brain that expresses eclosion hormone. A single pair of these neurons is present per larva. Their processes extend the entire length of the central nervous system and also to the corpora cardiaca portion of the ring gland via the nervus corporis cardiaci I (NccI).

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larval ellipsoid body R-neuron precursor [FBbt_00051447]

Immature secondary neuron of the larva that arises from neuroblast DALv2 and is a precursor to an adult ellipsoid body R-neuron (Lovick et al., 2017). It has filopodia in the bulb primordium and in the anterior ellipsoid body primordium (Lovick et al., 2017). Most, if not all, DALv2 secondary neurons become R-neurons.

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larval ellipsoid body-protocerebral bridge-gall neuron precursor [FBbt_00051454]

Larval neuron that is a precursor to an ellipsoid body-protocerebral bridge-gall neuron in the adult (Lovick et al., 2017). It is a secondary neuron that develops from one of the DM1-4 neuroblasts (Lovick et al., 2017). From its posterior cell body, it projects anteriorly past the primordium of the protocerebrum then turns medially to contribute to a dense plexus of fibers at the posterior boundary of the fan-shaped body primordium (Lovick et al., 2017). From this plexus, anteriorly-directed filopodial tufts contribute to the posterior ellipsoid body primordium and another fiber projects to the primordium of the gall (Lovick et al., 2017). Not clear if different types of cells connecting PB, EB and gall can be distinguished from one another at this stage - Lovick et al. (2017) refer only to the ‘wedge’ cells, but it may be possible to broaden this class to include precursors to other cells connecting these regions [FBC:CP].

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larval enterocyte [FBbt_00047148]

Specialized epithelial cell of the larval gut. A large, polyploid, cuboidal or low-columnar epithelial cell with its nucleus in the middle and a mass of microvilli (brush border) on its apical surface. On its basal side, extensive infoldings of the plasma membrane form a labyrinth which fills the lower half of the cell. It is attached to adjacent enterocytes by smooth septate junctions.

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larval excitatory interneuron eIN [FBbt_00111729]

Larval cholinergic premotor neuron that is strongly presynaptic to transverse motor neurons (eIN1-3) or the LO1 motor neuron (eIN4-6) (Zwart et al., 2016). These neurons are segmentally-repeated in the ventral nerve cord and are sequentially activated during fictive locomotion (Zwart et al., 2016).

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larval excitatory interneuron eIN-1 [FBbt_00111730]

Larval cholinergic premotor neuron that is part of lineage 18 (Zwart et al., 2016; Zarin et al., 2019). Its soma is found dorsolaterally and it extends ventrally and medially, with a couple of dorsally-extending ipsilateral branches, before crossing the midline and projecting to the contralateral dorsolateral region (Zwart et al., 2016). It outputs onto a specific subset of transverse motor neurons, including the lateral transverse muscle motor neurons and MN-DT1 (Zwart et al., 2016).

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larval excitatory interneuron eIN-2 [FBbt_00111731]

Larval eIN that is part of lineage 1 (Zwart et al., 2016; Burgos et al., 2018; Zarin et al., 2019) Notch ON (dorsal) primary hemilineage (Mark et al., 2021). Its soma is located ventrolaterally and its neurites extend contralaterally, then curve dorsally and medially back towards the midline (Zwart et al., 2016). A mainly presynaptic branch follows a more lateral route and terminates in the dorsal neuropil and a mostly postsynaptic branch follows a more medial route (Zwart et al., 2016). It outputs onto a specific subset of contralateral transverse motor neurons, including MN-LT1-4 and MN-DT1 (Zwart et al., 2016). Referred to as A01c in Zwart et al. (2016) fig S2 (= A01c1 based on lack of ipsilateral dendrite). A01c1 and A01c2 have their names swapped in Mark et al. (2021) supplementary table (based on catmaid skid).

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larval excitatory interneuron eIN-3 [FBbt_00111732]

Larval excitatory interneuron (eIN) (Zwart et al., 2016) that is early-born in the NB1-2 Notch ON primary hemilineage (Mark et al., 2021). From a ventrolateral soma, it crosses the midline and extends laterally and posteriorly, with predominantly contralateral pre- and post-synapses (Kohsaka et al., 2019; Zarin et al., 2019). Its input synapses are mainly in the same neuromere as the soma and its output synapses are mainly in the next posterior neuromere (Kohsaka et al., 2019). It outputs onto a set of contralateral transverse motor neurons, including MN-LT1-4 (Zwart et al., 2016) as well as other premotor neurons (Kohsaka et al., 2019). It is specifically involved in forwards locomotion (Kohsaka et al., 2019). A01d3 renamed to A01d2 in Mark et al. (2021) supplement, based on catmaid skid.

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larval excitatory interneuron eIN-4 [FBbt_00111733]

Larval excitatory interneuron (eIN) (Zwart et al., 2016) that is part of lineage 3. Its cell body is on the ventral rind and the primary neurite extends dorsally and anteriorly, with dorsal presynapses and slightly more ventral postsynapses, remaining ipsilateral (Schneider-Mizell et al., 2016; Zwart et al., 2016). It outputs onto several motor neurons (Zarin et al., 2019), including the longitudinal motor neuron MN-LO1 (Zwart et al., 2016) and the dorsal motor neuron (RP2; MNISN) (Schneider-Mizell et al., 2016). It receives input from A02b (Schneider-Mizell et al., 2016).

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larval excitatory interneuron eIN-5 [FBbt_00111734]

Larval excitatory interneuron (eIN) (Zwart et al., 2016) that is late-born in the NB7-1 Notch ON primary hemilineage (Mark et al., 2021). Its primary neurite enters the neuromere ventrolaterally and extends to the most dorsal region close to the midline (Zwart et al., 2016). It has relatively ventral postsynaptic sites and its more dorsal parts are mostly presynaptic (Zwart et al., 2016). It outputs onto the ipsilateral longitudinal motor neuron MN-LO1 (Zwart et al., 2016). These neurons were identified in one EM reconstruction of the full CNS of a 6h old first instar larva. Neurotransmitter identified by antibody staining (Zwart et al., 2016).

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larval excitatory interneuron eIN-6 [FBbt_00111735]

Interneuron of the larval abdominal neuromere. Its cell body is on the ventral rind and the primary neurite enters the neuromere and continues dorsally. It branches with one neurite arborizing in the dorsal region, and the other neurite crosses the midline, and arborizes in the medial neuromere region. It is a cholinergic neuron that outputs contralaterally onto the longitudinal motor neuron MN-LO1. These neurons were identified in one EM reconstruction of the full CNS of a 6h old first instar larva. Neurotransmitter identified by antibody staining (Zwart et al., 2016).

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larval external muscle [FBbt_00051428]

Larval hypodermal muscle found in a more superficial position in the body relative to the internal muscles (Landgraf et al., 2003). These muscles require wingless signalling for their specification and, except for ventral transverse muscle 1, all express the cell adhesion molecule Connectin (Landgraf et al., 1997). They generally have a dorso-ventral (transverse) orientation (Kohsaka et al., 2012).

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larval external muscle [FBbt_00059095]

Larval hypodermal muscle found in a more superficial position in the body relative to the internal muscles (Landgraf et al., 2003). These muscles require wingless signalling for their specification and, except for ventral transverse muscle 1, all express the cell adhesion molecule Connectin (Landgraf et al., 1997). They generally have a dorso-ventral (transverse) orientation (Kohsaka et al., 2012).

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larval fat cell of larval fat body [FBbt_00049952]

Fat cell of the late embryo, larva or early pupa that is part of the mature larval fat body. These cells are flat, polygonal and tightly associated with one another in single-layer sheets (Nelliot et al., 2006). They accumulate nutrient reserves to act as a reservoir to support the animal through the non-feeding period of development (Aguila et al., 2007). There are approximately 2200 of these cells (Butterworth et al., 1988).

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larval follicle stem cell progenitor [FBbt_00048548]

Larval cell that is found slightly posterior to the centrally-located germ cells and anterior to the swarm cells in the late third instar ovary. These cells are the precursors of follicle stem cells and follicle cells in the adult. Can be identified based on coexpression of bond and CG43693 (Slaidina et al., 2020).

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larval GABAergic dorsolateral neuron [FBbt_00111674]

Larval neuron of the ventral nerve cord that is part of lineage 27, there is one of these per hemisegment in A1-7 (Fushiki et al., 2016). It enters the neuropil laterally, its axon terminals are found in a lateral area of the neuropil under the DL fascicle and its dendrites arborize in the motor domain (Fushiki et al., 2016). It is a GABAergic neuron required for the normal propagation of the peristaltic waves during locomotion (Fushiki et al., 2016). It is not directly connected to motor neurons, but it receives input from (in the next posterior segment) and outputs onto (in the same segment) several premotor neurons, having particularly strong output to the excitatory A27h neuron (Fushiki et al., 2016). It also receives input from ventral multidendritic neurons (vdaA and/or vdaC) in the same segment (Fushiki et al., 2016). These neurons were identified in two EM reconstructions: one of the full CNS of a 6h old first instar larva, and another of abdominal segment 3 of a 12-24h old first instar larva. The number of identified input synapses was the following (number in brackets): from A27h (5), from vdaA (5), from vdaC (9), from A27k (7), A02j (7 (first posterior segment) and 6 (second posterior segment)) and from A03a4 (6). The number of identified output synapses was the following (number in brackets left/right): to A27h (32/41), to A31d (13/12), to A05k (7/7), to A27k (2/9), to SA1 (A06l) (6/4), to A31x (15/8), to A27a (17/11), to A08e3 (12/12), to A02d (7/8), to A27p (1/5), to A27e (5/5), to A03ax (5/5), to A05x (4/3), to A01b2 (1/7), A09x (5/5). Neurotransmitter identified by antibody staining (Fushiki et al., 2016).

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larval gamma Kenyon cell [FBbt_00049827]

Gamma Kenyon cell of the larval (or late embryonic) mushroom body. It innervates both (vertical and medial) lobes (Lee et al., 1999; Kunz et al., 2012). It is the first type of Kenyon cell to be produced, and is born in the late embryo or early larva (Lee et al., 1999; Kunz et al., 2012). It is pruned back during early pupal stages to innervate only the gamma lobe of the adult mushroom body (Lee et al., 1999).

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larval glutamatergic ventro-lateral interneuron [FBbt_00048620]

Larval segmentally-repeated glutamatergic premotor neuron that shows wave-like activity during peristalsis (Itakura et al., 2015). There is one of these per abdominal hemisegment that has an inhibitory effect on motor neurons in the same segment (Itakura et al., 2015). Its cell body is found lateral to the VL tract and it extends a neurite medially, then dorsally, having terminals ipsi- and contra-laterally in the anterior commissure (Itakura et al., 2015). It has postsynaptic terminals on a neurite extension that reaches the next anterior neuromere (Itakura et al., 2015).

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larval gnathal ganglion [FBbt_00100138]

Region of the embryonic/larval central nervous system consisting of the neuromeres of the three gnathal segments; mandibular, maxillary and labial (Hartenstein et al., 2018). Compared to thoracic and abdominal neuromeres, the number and size of primary lineages are decreased in the labial neuromere, and decrease further in each successive anterior gnathal neuromere (Rickert et al., 2018). It is found in the subesophageal zone, between the tritocerebrum and the prothoracic neuromere (Hartenstein et al., 2018). It separates from the prothoracic neuromere during metamorphosis (Kendroud et al., 2018).

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larval Goro neuron [FBbt_00111240]

Neuron of the larval ventral nerve cord, whose soma is located at the level of the mesothoracic segment. Its dendrites are located ipsilaterally, lateral to the midline. It receives strong input from the Ipsigoro neurons and the A14g (A05q) neurons (Ohyama et al., 2015). Its axon extends posteriorly in the dorsal region, close to the midline, in the motor domain of the ventral nerve cord. It is a downstream neuron of the pathway involved in rolling behavior.

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larval GPA2/GPB5 neuron of the ventral nerve cord [FBbt_00110880]

A larval neuron that expresses GPA2/GPB5 (FBgn0261386 and FBgn0063368) and that is located in the ventral nerve cord ganglion. There are 4 pairs of bilateral neurons in the first 4 neuromeres. The axons of these neurons leave the neuropil via the segmental nerves and innervate abdominal muscles.

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larval great commissure [FBbt_00047942]

Main ventral commissure of the larval brain. It is a massive fiber tract that runs through the ventromedial cerebrum, ventral to the fan-shaped body primordium (Pereanu et al., 2010). It runs the full width of the central brain and contains many other fibers that connect different neuropils (Hartenstein et al., 2015).

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larval Griddle-1 neuron [FBbt_00047196]

Larval feedforward interneuron a that does not connect back to mechanosensory chordotonal neurons. The cell body is at the lateral edge of the ventral nerve cord, and the neuron projects medially, crossing the midline. One set of branching occurs prior to this crossing, with arborization occurring in an anterior direction. Another set of branching occurs at a similar location on the opposite side of the midline, with arborization in anterior and posterior directions. This neuron is GABAergic (Jovanic et al., 2016). It is relatively late-born in the NB7-4 Notch OFF primary hemilineage (Mark et al., 2021).

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larval Griddle-2 neuron [FBbt_00047197]

Larval feedforward interneuron a that does not connect back to mechanosensory chordotonal neurons. The cell body is at the lateral edge of the ventral nerve cord, and the neuron projects medially, crossing the midline. One set of arborization occurs prior to this crossing and a less extensive arborization occurs at a similar location on the opposite site of the midline. This neuron is GABAergic (Jovanic et al., 2016). It is relatively late-born in the NB7-4 Notch OFF primary hemilineage (Mark et al., 2021). Mapped to A23b2 based on catmaid skid in Mark et al. (2021) supplement.

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larval gustatory receptor neuron of the epiphysis DP1 [FBbt_00047430]

Gustatory receptor neuron of the larval epiphysis. There is one of these cells per hemisphere and it expresses a wide range of gustatory receptor genes (at least 14). This neuron responds to caffeine and projects to the subesophageal ganglion.

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larval Handle-A neuron [FBbt_00111242]

Unpaired interneuron of the larval abdominal neuromere that is part of lineage 0. Its dendritic and axonal domains are located in the medial ventral nerve cord crossing the midline (Ohyama et al., 2015). It receives much of its input from the Basin neurons, with little input from mechanosensory chordotonal neurons (Ohyama et al., 2015; Jovanic et al., 2016). This neuron feeds back to other local interneurons in the Basin circuit via inhibitory GABAergic connections. Originally mis-named as A00b by Ohyama et al. (2015) (FBrf0228257) - the correct synonym is A00b2 (FBrf0239413). Authors of FBrf0228257 and FBrf0233796 do not explicitly state which VNC segments this neuron exists in, therefore, subclasses may not be exhaustive.

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larval Handle-B neuron [FBbt_00111243]

Unpaired interneuron of the larval abdominal neuromere that is part of lineage 0. Its dendritic and axonal domains are located in the medial ventral nerve cord crossing the midline (Ohyama et al., 2015). It receives substantial input from mechanosensory chordotonal neurons, as well as limited input from the Basin neurons (Ohyama et al., 2015; Jovanic et al., 2016). This neuron feeds back to other local interneurons in the Basin circuit via inhibitory GABAergic connections (Jovanic et al., 2016). Originally mis-named as A00b2 by Ohyama et al. (2015) (FBrf0228257) - the correct synonym is A00b (FBrf0239413). Authors of FBrf0228257 and FBrf0233796 do not explicitly state which VNC segments this neuron exists in, therefore, subclasses may not be exhaustive.

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larval HGN1 neuron of abdominal neuromere [FBbt_00048238]

Larval neuron whose cell body is located in a cluster in the eighth abdominal neuromere of the ventral nerve cord. It projects along the ventral body wall to the posterior end of the larva. It is a glutamatergic motor neuron that arborizes over the rectal sphincter at the posterior end of the hindgut, with abundant bouton structures (Zhang et al., 2014).

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larval Hugin neuron [FBbt_00110921]

Larval neuron of the central nervous system that expresses Hugin (FBgn0028374). There are 20 of neurons, with their cell bodies located in the subesophageal ganglion. They can be divided into 4 subsets depending on their innervation patterns: protocerebrum, ventral nerve cord, corpora cardiaca in the ring gland and the pharynx. All Hugin neurons receive inputs within the subesophageal ganglion.

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larval Hugin neuron of the corpus cardiacum [FBbt_00007468]

Larval neuron that expresses Hugin (FBgn0028374) whose soma is located in the cortex of the medial subesophageal ganglion, directly below the esophagus and whose axon innervates the contralateral corpus cardiacum. It also shows an ipsilateral neurite that can vary in length. There are two of these cells per hemisphere. The vast majority of their synaptic inputs are from interneurons and they do not have synaptic outputs within the central nervous system (Schlegel et al., 2016). They do have release sites in the ring gland that border hemal space, indicating neuroendocrine activity (Schlegel et al., 2016). Recorded as neurosecretory because Siegmund and Korge (2001) say so. Assume this is implied from its innervation of the corpus cardiacum. They also describe only 2 of these neurons, although Bader et al. (2007) say that there are 4 of these. Synapsing identified in full L1 VNC EM volume - approximately 93 percent of synapses are with interneurons (Schlegel et al., 2016).

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larval Hugin neuron of the pharynx [FBbt_00110350]

Larval neuron that expresses Hugin (FBgn0028374) and that projects to the anterior pharynx. The neurites leave the subesophageal ganglion, make a U-turn and terminate at the anterior region of the dorsal pharyngeal muscles. This neuron is part of the dopaminergic SM1 cluster of the larval brain. There are two of these per hemisphere; the vast majority of their synaptic inputs are from interneurons and they do not have synaptic outputs within the central nervous system (Schlegel et al., 2016). This neuron was described as dopaminergic because it is labelled by the driver TH-GAL4 (FBtp0020119) although it is not positive for the anti-TH antibody (Selcho et al., 2009). A subset of the pharynx and the VNC hugin neurons expresses ChAT and this expression is required for full Hugin neuron function - i.e. some neurons of this class may be cholinergic (Schlegel et al., 2016). Synapsing identified in full L1 VNC EM volume - approximately 97 percent of synapses are with interneurons (Schlegel et al., 2016).

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larval Hugin neuron of the protocerebrum [FBbt_00110922]

Cholinergic larval neuron that expresses Hugin (FBgn0028374) and that arborizes in the protocerebrum (Bader et al., 2007; Schlegel et al., 2016). This neuron arborizes in the ipsilateral or both hemispheres of the protocerebrum and the ventrolateral region of the esophagus foramen. As well as receiving inputs in the subesophageal ganglion, they also have outputs in the subesophageal ganglion. There are four of these neurons per hemisphere and they form reciprocal ipsilateral connections amongst themselves and also have outputs to insulin secreting cells of the pars intercerebralis (Schlegel et al., 2016). Much of their synaptic input is from sensory neurons (Schlegel et al., 2016). Synapsing identified in full L1 VNC EM volume - all hugin-PC cells have presynaptic connections to multiple insulin cells and up to 39 percent of synaptic input is from sensory neurons (Schlegel et al., 2016).

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larval Hugin neuron of the ventral nerve cord [FBbt_00110923]

Larval neuron that expresses Hugin (FBgn0028374) and that projects to the ventral nerve cord (Bader et al., 2007). This neuron has a long projection travelling down contralaterally along the lateral neuropil border of the ventral nerve cord. Three or four shorter fibers project on either side of the midline. Two fibers project anteriorly and pass along either side of the esophagus foramen, terminating at the medial end of the protocerebrum. There are two of these neurons per hemisphere and they form reciprocal ipsilateral connections amongst themselves (Schlegel et al., 2016). Much of their synaptic input is from sensory neurons (Schlegel et al., 2016). A subset of the pharynx and the VNC hugin neurons expresses ChAT and this expression is required for full Hugin neuron function - i.e. some neurons of this class may be cholinergic (Schlegel et al., 2016). Synapsing identified in full L1 VNC EM volume - up to 39 percent of synaptic input is from sensory neurons (Schlegel et al., 2016).

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larval hypopharyngeal nerve [FBbt_00001970]

Nerve of the larval head that carries axons from the hypopharyngeal sense organ. It is joined by a branch carrying axons from the latero-hypopharyngeal organ (Schmidt Ott et al., 1994). It joins the pharyngeal nerve before it enters the tritocerebrum (Hartenstein et al., 2018; Kendroud et al., 2018).

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larval iag neuron [FBbt_00048315]

Ion transport peptide (ITP)-expressing neuron with its cell body in the eighth larval abdominal neuromere (Dircksen et al., 2008). There is one dorsal lateral pair and two or three, more posterior, ventral pairs of these neurons, which extend axons medially, then exit via the eighth abdominal nerve to the hindgut (Dircksen et al., 2008). Not clear whether A8 nerve in reference (Dircksen et al., 2008) is equivalent to an A8 nerve in FBbt [FBC:CP].

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larval inner optic anlage [FBbt_00001951]

A ribbon-like layer of neuroepithelial cells (and later of proliferating neuroblasts) in the larval optic lobe that gives rise to the adult inner medulla, lobula and lobula plate neurons. In early larval stages it is composed of neuroepithelial cells that divide symmetrically. In the early second instar it becomes U shaped, with the opening of the U pointing in a dorso-caudal direction. It becomes distinguished from the outer optic anlage during the second half of the first instar period (Meinertzhagen and Hanson, 1993). In the third instar, neuroepithelial cells in the medial region give rise to neuroblasts that divide asymmetrically to generate the adult optic lobe neurons.

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larval insulin secreting cell of pars intercerebralis [FBbt_00110035]

Insulin-producing neurosecretory cell of the larval pars intercerebralis. Its axonal projection bifurcates, with one of the main branches projecting to the contralateral side and exiting the brain and bifurcating again. One of these secondary branches fasciculates with the nerve tracts that innervate the corpus cardiacum in the ring gland and also innervates the hypocerebral ganglion. The other follows the aorta and innervates the heart (Cao and Brown, 2001, Rulifson et al., 2002, Ikeya et al., 2002). The other main projection innervates the subesophageal ganglion, the esophagus (Rulifson et al., Ikeya et al., 2002) and the tritocerebrum (de Velasco et al., 2007). In third instar larva, the axonal processes project contralaterally and posteriorly, make a U-turn and extend anteriorly to terminals outside the brain. The dendritic processes extend ventrally and laterally (Cao et al., 2014). There are seven of these cells in each hemisphere (Cao and Brown, 2001, Rulifson et al., 2002, Ikeya et al., 2002, Cao et al., 2014). The same cells express Ilp2, Ilp3 and Ilp5 mRNA with different temporal profiles (Ikeya et al., 2002). These cells also express dimmed (FBgn0023091) and Drosulfakinin (FBgn0000500) (Park et al., 2008). They receive synaptic input from hugin neurons of the protocerebrum (Schlegel et al., 2016). These cells were identified in second and third instar larva (Ikeya et al., 2002). Insulin-producing cells are found amongst the median neurosecretory cells, but not all mNSCs are IPCs (FlyBase:FBrf0212696), despite misleading phrasing in some articles (e.g. FlyBase:FBrf0184236). Synapsing identified in full L1 VNC EM volume - all insulin cells have connections from multiple hugin-PC cells (Schlegel et al., 2016).

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larval internal muscle motor neuron [FBbt_00051430]

Larval motor neuron (MN) that innervates an internal muscle (Landgraf et al., 2003). They tend to follow the intersegmental nerve and have dendritic arborizations in the next anterior neuromere to the target muscle, with ventral muscle MNs most anterior, then dorsal, then lateral muscle MNs (Landgraf et al., 2003).

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larval intersegmental nerve [FBbt_00001997]

Larval nerve of segments T1-A7. It exits the ventral ganglion at a position adjacent to the anterior commissure as a fascicle which shares a glial sheath with the segmental nerve (posterior fascicle), running dorsally until it encounters the ventral oblique musculature, at which point it splits into separate segmental and intersegmental nerves with their own glial sheaths. The intersegmental nerve runs dorsally along a path anterior to the segmental nerve. It branches to various sensory clusters and muscles.

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larval intersegmental nerve branch ISNb of A1-7 [FBbt_00007326]

A ventral branch of the intersegmental nerve of segments A1-7 that exits the ventral nerve cord through the anterior root of the intersegmental nerve. Its branching point is dorsal to that of ISNd. It consists mostly of motorneuron axons whose soma is located in the next anterior segment, which innervate various ventral somatic muscles including muscles VO1-3 and VL1. ISNd could be considered a branch of ISNb, which is in turn a branch of ISN (Landgraf et al., 1997).

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larval intersegmental nerve branch ISNd of A1-7 [FBbt_00007327]

A ventral branch of the intersegmental nerve of segments A1-7 that exits the ventral nerve cord through the anterior root of the intersegmental nerve. Its branching point is ventral to that of ISNb. It consists mostly of motorneuron axons whose soma is located in the next anterior segment, which innervate various ventral somatic muscles. ISNd could be considered a branch of ISNb, which is in turn a branch of ISN (Landgraf et al., 1997).

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larval intersegmental nerve of A1-7 [FBbt_00007314]

Intersegmental nerve of larval segments A1-A7. With a couple of exceptions, the motor neurons whose axons it carries have their cell bodies in the segment anterior immediately to the muscles they innervate. Proximally it shares a glial sheath with segmental nerve before branching from it at the ventral edge of the ventral oblique muscles. It then runs dorsally, anterior to the segmental nerve. Its branches include (from ventral to dorsal): two motor branches that innervate the internal muscles- ISNb and ISNd, which innervate the ventral oblique and ventral muscle fibers; and a sensory branch that penetrates the lateral transverse fibers to reach the lateral sensory cluster. Upon entering the dorsal muscle group, it splits to form an externally directed sensory branch connected to the dorsal sensory cluster, and an internally directed branch which carries efferent axons to the dorsal musculature. Almost all motor neurons that fasciculate with the segmental nerve have their soma located in the same segment in which the muscles they project to are located. There are two exceptions: DA2 motorneuron and VUM motor neuron (Landgraf et al., 1997).

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larval ipc-1 neuron [FBbt_00047844]

Ion transport peptide (ITP)-expressing neuron of the larval brain. It is found in a cluster of four cells with cell bodies in the pars lateralis and it sends axons to the ipsilateral ring gland, innervating the corpus cardiacum and prothoracic gland (Dircksen et al., 2008; de Haro et al., 2010). There is some heterogeneity among this population, with one cell crossing the midline and one innervating the corpus allatum (Dircksen et al., 2008). Putative dendrites extend from some of these cells, with terminals in the subesophageal ganglion (Dircksen et al., 2008). They express the neuropeptide Leucokinin and this can be detected in the corpus cardiacum terminals, although it is less apparent in the soma (de Haro et al., 2010). These may be the DMS/ITP cells (PL 1-3 and PL 7) from Park et al., 2008 (FBrf0210278). These are the same as the anterior leucokinin cells (Zandawala et al., 2018).

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larval isog neuron [FBbt_00048314]

Ion transport peptide (ITP)-expressing neuron with its cell body in the larval subesophageal ganglion, in a ventral medial position (Dircksen et al., 2008). There is one bilateral pair of these neurons with processes running to the dorsal side and spanning almost the entire ventral nerve cord (Dircksen et al., 2008).

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larval Jaam1 neuron [FBbt_00111656]

Interneuron of the larval ventral nerve cord (Heckscher et al., 2015) that is late-born in the NB5-2 Notch OFF primary hemilineage (Mark et al., 2021). The primary neurite extends into the neuropil forming one arbor that extends anteriorly and bifurcates mediolaterally (Heckscher et al., 2015). One neurite crosses the midline and forms a medial arbor that extends anteriorly, and a lateral arbor that extends both anteriorly and posteriorly; these three arbors overlap mainly with the dendrites of the A08e2 local neuron, to which it outputs (Heckscher et al., 2015). It receives input from the ipsilateral dorsal bipolar neuron (dbp) as well as substantial connections from Jaam2 and Jaam3 neurons (Heckscher et al., 2015). There is one of these neurons per hemineuromere (Heckscher et al., 2015). These neurons were identified in two EM reconstructions: one of the full CNS of a 6h old first instar larva, and another of abdominal segment 3 of a 12-24h old first instar larva. Only bilateral connections are reported. The number of identified input synapses in A1 was the following (number in brackets left/right): from Jaam2 (13/23), from Jaam3 (18/19), from dbp (8/15), from vbp/vdap (2/3). The number of identified output synapses was the following (number in brackets left/right): to A08e2 (8/9). It is still not known if the pattern of connections is the same in the other abdominal segments (Heckscher et al., 2015). HMD1 and A12p synonyms from catmaid.

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larval Jaam2 neuron [FBbt_00111657]

Interneuron of the larval ventral nerve cord (Heckscher et al., 2015) that is relatively late-born in the NB5-2 Notch OFF primary hemilineage (Mark et al., 2021). The primary neurite extends into the neuropil forming one arbor that bifurcates and extends anteriorly and posteriorly (Heckscher et al., 2015). One neurite crosses the midline and forms an arbor that extends anteriorly in a circular manner (Heckscher et al., 2015). It receives strong input from proprioceptive multidendritic neurons and outputs onto Jaam1 (Heckscher et al., 2015). There is one of these neurons per hemineuromere (Heckscher et al., 2015). These neurons were identified in two EM reconstructions: one of the full CNS of a 6h old first instar larva, and another of abdominal segment 3 of a 12-24h old first instar larva. Only bilateral connections are reported. The number of identified input synapses in A1 was the following (number in brackets left/right): from ddaD/ddAE/dda1 (34/25), from vbp/vdap (21/32). The number of identified output synapses was the following (number in brackets left/right): to Jaam1 (13/23). It is still not known if the pattern of connections is the same in the other abdominal segments (Heckscher et al., 2015). HMD2 and A12g synonyms from catmaid.

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larval Jaam3 neuron [FBbt_00111658]

Interneuron of the larval ventral nerve cord (Heckscher et al., 2015) that is late-born in the NB5-2 Notch OFF primary hemilineage (Mark et al., 2021). The primary neurite extends into the neuropil forming one arbor that extends anteriorly (Heckscher et al., 2015). One neurite crosses the midline and forms a broad arbor that extends anteriolaterally and overlaps with the dendrites of the A08e1 local neuron, to which it outputs (Heckscher et al., 2015). It also forms substantial synapses to Jaam1 (Heckscher et al., 2015). It receives strong input from dorsal proprioceptive multidendritic neurons and the dorsal bipolar neuron (dbp) (Heckscher et al., 2015). There is one of these neuron per hemineuromere (Heckscher et al., 2015). These neurons were identified in two EM reconstructions: one of the full CNS of a 6h old first instar larva, and another of abdominal segment 3 of a 12-24h old first instar larva. Only bilateral connections are reported. The number of identified input synapses in A1 was the following (number in brackets left/right): from dbp (9/11), from ddaD/ddaE/dda1 (35/40). The number of identified output synapses was the following (number in brackets left/right): to Jaam1 (19/18), to A08e1 (12/18). It is still not known if the pattern of connections is the same in the other abdominal segments (Heckscher et al., 2015). HMD3 and A12c3 synonyms from catmaid.

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larval Jupiter neuron [FBbt_00048714]

Larval interneuron of the abdominal 1 neuromere (Jovanic et al., 2019). Its soma is located laterally and it extends medially, crossing the midline and projecting anteriorly, reaching the subesophageal ganglion; there are also ipsilateral branches arborizing anteriorly and posteriorly close to the midline (Jovanic et al., 2019). It receives input from mechanosensory chordotonal neurons and Drunken-4 neurons and outputs onto recliner neurons (Jovanic et al., 2019). Appears only to exist in A1 based on images in Jovanic et al. (2019).

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larval Keilin organ neuron [FBbt_00052156]

Larval sensory neuron that innervates a Keilin organ. There is one Keilin organ in each larval thoracic hemisegment, in the ventral sensory cluster (Dambly-Chaudiere and Ghysen, 1986; Campos-Ortega and Hartenstein, 1997). These neurons fasciculate with the segmental nerve (Campos-Ortega and Hartenstein, 1997)

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larval Kenyon cell [FBbt_00049826]

Kenyon cell (KC) of the larval (or late embryonic) mushroom body. It has its soma in the mushroom body cell body rind (above the calyx) and dendrites in the calyx and its axon projects through the pedunculus and bifurcates into the vertical and medial lobes (Lee et al., 1999). The first KCs generated in the embryo and early larva are gamma neurons, with alpha’/beta’ neurons being born in the late larva (Lee et al., 1999; Kunz et al., 2012). Later born neurons occupy more central positions within the pedunculus and lobe bundles, so that in the late third instar, the embryonic gamma axons occupy the periphery, with the larval-born gamma neurons beneath, and the alpha’/beta’ neurons at the core (Kurusu et al., 2002). During the pupal stage, gamma KCs are dramatically remodeled to form the adult gamma lobe, alpha’/beta’ KCs remain largely the same and alpha/beta neurons are generated to form the alpha and beta lobes (Lee et al., 1999).

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larval labial VPM neuron [FBbt_00047747]

Octopaminergic, bilaterally-paired neuron of the labial neuromere of the larval subesophageal ganglion. There is one of these neurons per hemisphere. They form a cluster with the VUM neuron cell bodies, but unlike the VUM neurons, the VPM neurons are restricted to the CNS. The labial VPM neuron arborizes in the subesophageal ganglion and various regions of the protocerebrum (Selcho et al., 2014).

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larval labial VUM neuron 3 [FBbt_00047766]

Larval VUM neuron of the labial cluster that densely innervates the subesophageal ganglion and the posterior basolateral and basomedial protocerebrum. One axon per side extends, close to the midline, to the third thoracic neuromere and then follows a more lateral path to ramify in the third thoracic neuromere and all abdominal neuromeres (Selcho et al., 2014).

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larval Ladder-a neuron [FBbt_00047199]

Larval Ladder neuron that is presynaptic to Basin-1 and Basin-2 projection neurons and postsynaptic to mechanosensory chordotonal neurons. This neuron is GABAergic (Jovanic et al., 2016). Authors of FBrf0233796 do not explicitly state which VNC segments this neuron exists in, therefore, subclasses may not be exhaustive.

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larval lateral horn Leucokinin neuron [FBbt_00110057]

Larval neuron that expresses Leucokinin (FBgn0028418) whose cell body is located in the anterodorsal brain and projects to a ventromedial location. The main neurite bifurcates into two collaterals during late larval stages, with the main one being in close proximity to the medial antennal lobe tract. The collaterals arborize close to the mushroom body pedunculus and calyx. There is one neuron per hemisphere (de Haro et al., 2010).

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larval lateral horn local interneuron 1 [FBbt_00049521]

Local interneuron of the larval lateral horn (Tastekin et al., 2018). It is synapsed by uniglomerular projection neurons 42a and 42b and multiglomerular antennal lobe projection neurons and outputs onto the PDM descending neuron, as well as lateral horn local interneuron 2 (Tastekin et al., 2018). There is one of these neurons per hemisphere (Tastekin et al., 2018).

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larval lateral Ilp7 neuron [FBbt_00047233]

Ilp7-expressing neuron of the larva found laterally in the anterior part of the abdominal neuromere. Ilp7 positive cell bodies can be seen in this position from second instar stage onwards with maximal numbers at third instar stage. There are up to four pairs, one in each of abdominal neuromeres 1-4.

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larval lateral multidendritic neuron ldaA [FBbt_00002031]

Multidendritic neuron ventrally located in the lateral complex of the second and third thoracic segments of the larva. Its long and sinuous dendrites are simply branched, but are symmetrically bifurcating. Following the classification system proposed by Grueber et al., (2002), ldaA is a class II neuron.

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larval lateral multidendritic neuron ldaB [FBbt_00002032]

Multidendritic neuron located in the lateral complex of the second and third thoracic segments of the larva. Its dendritic arborization extends long primary and secondary branches and its dendrites have spiked protrusions (1-20um long) along almost their whole length.

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larval lateral posterior superior transverse fascicle [FBbt_00049207]

Lateral component of the posterior superior transverse fascicle in the larval brain. It is formed by the DPLl1 lineage (Hartenstein et al., 2015) and demarcates the boundary between the lateral horn and the superior lateral protocerebrum (Pereanu et al, 2010).

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larval light avoidance neuron [FBbt_00052271]

Larval neuron with its soma in the dorsolateral supraesophageal ganglion, dendrites in the superior protocerebrum, where it receives input from Pdf neurons, and a smaller contralateral branch (Gong et al., 2010). Its activity results in light avoidance behavior (Gong et al., 2010). There are two of these cells per hemisphere (Gong et al., 2010). Only referred to as ‘NP394-Gal4 neuron’ in Gong et al. (2010). Synapsing with Pdf neurons shown by GRASP and functional experiments (Gong et al., 2010).

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larval LN period neuron [FBbt_00001913]

Neuron whose soma is located in a cluster between the larval optic lobe and the central brain that shows strong cycling of Period (FBgn0003068) expression from 4-5hr old L1 larvae located starting from around 4-5 hours after hatching. There are about 5 neurons per cluster. Expression of Period was determined by per-lacZ fusion expression (Kaneko et al., 1997). Since larvae appear not to have LNd or l-LNv neurons (Kaneko et al., 1997), this term may be equivalent to FBbt:00100177 ’larval s-LNv neuron’ [FBC:CP].

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larval longitudinal connective [FBbt_00001103]

Larval connective that extends in an anterior-posterior direction along the larval ventral nerve cord. These tracts continue forward into the subesophageal zone and bend laterally following the outline of the esophageal foramen (Hartenstein et al., 2018). They then converge, with their fibers forming a complex system of anastomoses before continuing into tracts of the supraesophageal ganglion (Hartenstein et al., 2017).

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larval longitudinal superior lateral fascicle [FBbt_00049238]

Longitudinal (anterior-posterior) fascicle of the larval brain that belongs to the group of fiber bundles that separate the superior protocerebrum from the inferior protocerebrum (Hartenstein et al., 2015). It is lateral to the longitudinal superior medial fascicle and contains axons of DPLl2/3 lineages (Hartenstein et al., 2015).

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larval longitudinal superior medial fascicle [FBbt_00049237]

Longitudinal (anterior-posterior) fascicle of the larval brain that belongs to the group of fiber bundles that separate the superior protocerebrum from the inferior protocerebrum (Hartenstein et al., 2015). It is medial to the longitudinal superior lateral fascicle and contains axons of several DPM and CP lineages (Hartenstein et al., 2015).

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larval longitudinal ventral fascicle [FBbt_00049254]

Large longitudinal fascicle of the larval brain found ventral to the medial and lateral equatorial fascicles (Hartenstein et al., 2015). It has three (medial, intermediate and lateral) anterior components and a posterior component; these increase in length during larval development (Hartenstein et al., 2015).

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larval longitudinal ventral medial fascicle [FBbt_00049258]

Medial component of the anterior part of the larval longitudinal ventral fascicle (Hartenstein et al., 2015). It is formed from BAMv1/2 lineages and it follows the boundary between the lateral accessory lobe and the anterior periesophageal neuropils then runs towards the boundary between the ventromedial cerebrum and the ventrolateral protocerebrum (Hartenstein et al., 2015).

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larval mandibular posterior commissure [FBbt_00047894]

Any larval posterior commissure (FBbt:00001120) that is part of some larval mandibular neuromere (FBbt:00001973). Difficult to distinguish at later developmental stages (Hartenstein et al. (2018). The only mandibular commissure appears to be the posterior intermediate commissure (Hartenstein et al., 2018).

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larval mandibular VPM neuron [FBbt_00047748]

Octopaminergic, bilaterally-paired neuron of the mandibular neuromere of the larval subesophageal ganglion. There are two of these neurons per hemisphere. They form a cluster with the VUM neuron cell bodies, but unlike the VUM neurons, the VPM neurons are restricted to the CNS. The mandibular VPM neuron arborizes in the subesophageal ganglion, and also posteriorly into the thoracic and abdominal neuromeres (Selcho et al., 2014).

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larval mandibular VUM neuron 1 [FBbt_00047759]

Larval octopaminergic ventral unpaired median neuron of the mandibular neuromere that innervates the subesophageal ganglion, the antennal lobes and the centroposterior medial compartment (clamp) (Selcho et al., 2014). It also innervates the mushroom body calyces via the medial antennal lobe tract. It receives input from FB2N-2 and FFN-35 (Eschbach et al., 2020).

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larval mandibular VUM neuron 3 [FBbt_00047763]

Larval VUM neuron of the mandibular cluster that innervates the subesophageal ganglion and the posterior basomedial and basolateral protocerebrum. It also has terminals posterior to the mushroom body medial lobe and medial appendix and medial to the mushroom body vertical lobe (Selcho et al., 2014).

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larval maxillary VPM neuron [FBbt_00047749]

Octopaminergic, bilaterally-paired neuron of the maxillary neuromere of the larval subesophageal ganglion. There is one of these neurons per hemisphere. They form a cluster with the VUM neuron cell bodies, but unlike the VUM neurons, the VPM neurons are restricted to the CNS (Selcho et al., 2014). The maxillary VPM neuron has its postsynaptic sites mainly in the subesophageal ganglia of both hemispheres and presynaptic sites in the contralateral mushroom body lower vertical lobe (V1 region), as well as the centroposterior lateral compartment (clamp) and the dorsoanterior and dorsoposterior compartments (superior medial protocerebrum) (Saumweber et al., 2018). It receives input from FAN-2, FB2N-20 and FFN-35 (Eschbach et al., 2020). MBE22 synonym from catmaid.

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larval maxillary VUM neuron 1 [FBbt_00047758]

Larval octopaminergic ventral unpaired median neuron of the maxillary neuromere that innervates the subesophageal ganglion, the antennal lobes and the centroposterior medial compartment (clamp) (Selcho et al., 2014). It also innervates the mushroom body calyces via the medial antennal lobe tract. It receives input from FB2N-2 and FFN-35 (Eschbach et al., 2020).

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larval maxillary VUM neuron 3 [FBbt_00047762]

Larval VUM neuron of the maxillary cluster that innervates the subesophageal ganglion and the posterior basomedial and basolateral protocerebrum. It also has terminals posterior to the mushroom body medial lobe and medial appendix and medial to the mushroom body vertical lobe (Selcho et al., 2014).

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larval MB calyx glomerulus D5 [FBbt_00007204]

A larval mushroom body calyx glomerulus that is usually located dorsomedially, anteromedial to the larval mushroom body calyx D3. It is not always distinct from glomerulus D4 (FBbt:00007212). Masuda-Nakagawa et al., 2005 mentions that D5 is not always distinct from D4. Masuda-Nakagawa et al., 2009 treats them as the same glomerulus. So, there may be a good case for merging these two terms.

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larval mCSI neuron [FBbt_00048370]

Segmentally-repeated interneuron of the larval abdominal neuromeres that receives input from class IV dendritic arborizing (da) neurons (Yoshino et al., 2017). There is one bilateral pair of these cells per abdominal neuromere with cell bodies in a ventral medial position (Yoshino et al., 2017). They extend dendrites along the axons of class IV da neurons across multiple segments (predominantly ipsilaterally) in the ventral part of the neuropil and their axons reach the dorsal part of the neuropil (Yoshino et al., 2017). They are involved in the induction of rolling behavior in response to the activation of class IV da neurons (Yoshino et al., 2017). Synapsing determined by GRASP; distinct from Basin and Goro neurons (Yoshino et al., 2017). Supplement of Mark et al. (2021) - FBrf0249021 says these may be the A02m or A02n neurons.

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larval medial equatorial fascicle [FBbt_00049262]

Thick fascicle of the larval brain that runs medial and parallel to the mushroom body pedunculus (Hartenstein et al., 2015). It is formed by dorsal components of the CM lineages and the DPMpl3 lineage (Hartenstein et al., 2015). It extends anteriorly into the inferior protocerebrum and has branches extending to the fan-shaped body primordium, the great commissure and the lateral accessory lobe (Hartenstein et al., 2015).

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larval medial midline neuron [FBbt_00111673]

Larval midline neuron belonging to a relatively medially-located group in the ventral nerve cord (Kearney et al., 2004). This includes neurons descended from MP1 and MNB (Kearney et al., 2004). These neurons arise from ventral precursors in the embryo, but are no longer ventrally located (Kearney et al., 2004).

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larval midline neuron [FBbt_00016016]

Unpaired neuron with its cell body found along the midline of the embryonic/larval ventral nerve cord (Fontana and Crews, 2012). There are around 18 of these per segment in the late embryo, which are derived from midline precursors (MP1-6) or the median neuroblast (MNB) (Fontana and Crews, 2012). Two sets of neurons can be distinguished; ventral neurons (including MP3 and VUM neurons) and medial neurons (including MP1 and MNB descendants) (Kearney et al., 2004).

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larval mooncrawler descending neuron [FBbt_00048557]

Cholinergic descending neuron of the larva that can induce backwards locomotion. Its cell body is found in the ventral anterior medial brain and its processes descend to abdominal neuromeres 3-5 in the ventral nerve cord. There are two per hemisphere, which can be distinguished by their ipsilateral arbor, which is either linear (MDNa) or bushy (MDNb). It also projects via the posterior commissure to arborize contralaterally. A large proportion of its pre-synapses are to ThDN, pair1, and A18b neurons. It persists through metamorphosis and develops into an adult moonwalker descending neuron.

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larval mushroom body anterior paired lateral cell [FBbt_00110979]

Intrinsic GABAergic neuron of the larval mushroom body whose large cell body is located ventromedially. It extends one primary process dorsally that bifurcates at the level of the pedunculus, sending one secondary process to innervate the calyx and another one to the lobes. The calyx process branches into fine processes that terminate in boutons. The lobe secondary process runs along the lower pedunculus and terminates in fine branches in the terminal regions of the medial lobe, all regions of the vertical lobe and an area connecting the lower pedunculus and vertical lobe (spur/lower pedunculus). It also has postsynaptic terminals in the anterior superior medial protocerebrum. Pre-synaptic terminals are mainly found in the calyx, whereas dendrites are observed in the lobes. It synapses reciprocally with all (mature) Kenyon cells (Eichler et al., 2017). Pre-synaptic staining was achieved using the UAS-nSyb-GFP marker (FBal0118080) and postsynaptic staining using the UAS-DenMark (FBal0248657). GRASP experiments revealed widespread close contacts between the larval APL and Kenyon cells in the calyx and lobes. The presence of GABA was detected using a anti-GABA antibody (Masuda-Nakagawa et al., 2014). Classified as an MBIN and MBON in Saumweber et al., 2018. MBE12 synonym is from catmaid.

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larval mushroom body dopaminergic neuron c1 [FBbt_00110342]

Larval dopaminergic neuron of the DL1 cluster that projects to both spurs and to the anterior parts of the pedunculi of the mushroom bodies (Selcho et al., 2009). In contrast to the other DL1 subtypes, the neurite which innervates the dorsomedial protocerebrum bifurcates laterally to the vertical lobe with an axon innervating this lobe. It has postsynapses in the anterior and posterior superior medial protocerebrum (dorsoanterior and dorsoposterior compartments). It receives input from FBNs, FFN-2, and FFN-15 (Eschbach et al., 2020). MBE4g synonym from catmaid.

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larval mushroom body dopaminergic neuron d1 [FBbt_00110341]

Larval dopaminergic neuron of the DL1 cluster that projects to both lateral appendices of the mushroom bodies (Selcho et al., 2009). The primary neurite extends dorsally, and bifurcates in the lateral appendix and basomedial protocerebrum, while a secondary neurite emerges posterior to the vertical lobe and crosses the midline (Selcho et al., 2009). Postsynapses are found in the dorsoposterior compartment (posterior superior medial protocerebrum), basocentral compartment (lateral accessory lobe) and centroposterior medial compartment (posterior inferior protocerebrum). Presynapses are found in the mushroom body lateral appendix (Saumweber et al., 2018). It is activated downstream of class IV multidendritic neurons and basin neurons and it receives direct input from FBNs, FFNs, FB2Ns (Eschbach et al., 2020). MBE4h synonym from catmaid.

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larval mushroom body dopaminergic neuron f1 [FBbt_00110339]

Larval dopaminergic neuron of the DL1 cluster that projects to the region beneath the dorsal tips (V2) of both vertical lobes (Selcho et al., 2009). It has postsynaptic sites in the anterior and posterior superior medial protocerebrum and the centroposterior lateral compartment (clamp) (Saumweber et al., 2018). It is activated downstream of mechanosensory chordotonal neurons and class IV multidendritic neurons and it receives direct input from FBNs, FFNs, FB2N-12 and FB2N-18 (Eschbach et al., 2020). MBE4a synonym from catmaid.

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larval mushroom body dopaminergic neuron g1 [FBbt_00110340]

Larval dopaminergic neuron of the DL1 cluster that mainly projects to the contralateral mushroom body, to the ventral region (V1) of the vertical lobe, posterior to the lateral appendix (Selcho et al., 2009). Ipsilateral arborizations are present in the dorsomedial and parts of the basomedial protocerebrum. It also innervates a small region of the protocerebrum basal to the mushroom body lobes in both hemispheres (Selcho et al., 2009). Its postsynaptic terminals are mainly found in the superior medial protocerebrum and crepine and its presynapses are mainly found in the lower vertical lobe (V1) of the mushroom body and in the centroanterior compartment (lateral accessory lobe) and centroposterior intermediate compartment (posterior inferior protocerebrum) (Saumweber et al., 2018). It is activated downstream of mechanosensory chordotonal neurons, class IV multidendritic neurons and basin neurons and it receives direct input from FAN-10, FAN-11 and FB2N-12 (Eschbach et al., 2020). MBE4f synonym from catmaid.

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larval mushroom body dopaminergic neuron h1 [FBbt_00111634]

Dopaminergic neuron of the pPAM cluster, whose cell body is located in the anteriomedial region of the larval brain. The primary neurite extends posteriorly to the base of the vertical lobe of the mushroom body. It then branches: one branch extends dorsally to form postsynaptic terminals in the dorsal protocerebrum, in an area medial and lateral to the vertical lobe of the mushroom body; the other branch runs basomedially to form presynaptic terminals in the most lateral domain of the medial lobe of the mushroom body (M2/shaft), and lateral to the innervation of the other pPAM neurons. A single projection crosses the midline to innervate the same domain in the contralateral medial lobe of the mushroom body. Saumweber et al. (2018) found this neuron in the L3 larva, but were not able to identify it in the L1.

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larval mushroom body dopaminergic neuron i1 [FBbt_00111636]

Dopaminergic neuron of the pPAM cluster, whose cell body is located in the anteriomedial region of the larval brain. The primary neurite extends posteriorly to the base of the vertical lobe of the mushroom body. It then branches: one branch extends dorsally to form postsynaptic terminals in the superior medial protocerebrum, dorsal to the innervation of the pPAM2 neuron; the other branch runs basomedially to form, mostly presynaptic terminals, in the dorsal tip (upper toe) of the medial lobe of the mushroom body, and dorsal to the innervation of the other pPAM neurons. A single projection crosses the midline to innervate the same domain in the contralateral medial lobe of the mushroom body. It receives input from FBNs, FB2Ns and FFN-13 (Eschbach et al., 2020). MBE1c synonym from catmaid.

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larval mushroom body dopaminergic neuron j1 [FBbt_00111637]

Dopaminergic neuron of the pPAM cluster, whose cell body is located in the anteriomedial region of the larval brain. The primary neurite extends posteriorly to the base of the vertical lobe of the mushroom body. It then branches: one branch extends dorsally to form postsynaptic terminals in the superior medial protocerebrum; the other branch runs basomedially to form presynaptic terminals in the medial region of the medial lobe (intermediate toe) of the mushroom body, and between the innervation of pPAM2 and pPAM3 neurons. A single projection crosses the midline to innervate the same domain in the contralateral medial lobe of the mushroom body. It receives input from FBNs and FFNs (Eschbach et al., 2020). MBE1d synonym from catmaid.

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larval mushroom body dopaminergic neuron k1 [FBbt_00111635]

Dopaminergic neuron of the pPAM cluster, whose cell body is located in the anteriomedial region of the larval brain. The primary neurite extends posteriorly to the base of the vertical lobe of the mushroom body. It then branches: one branch extends dorsally to form postsynaptic terminals in the superior medial protocerebrum and lateral accessory lobe, medial to the vertical lobe of the mushroom body; the other branch runs basomedially to form, mostly presynaptic terminals, in the basal tip of the medial lobe of the mushroom body (lower toe), and ventral to the innervation of the other pPAM neurons. A single projection crosses the midline to innervate the same domain in the contralateral medial lobe of the mushroom body. Often, a second contralateral branch crosses the midline, dorsal to the other branch and terminates in the superior medial protocerebrum. It receives input from FBNs, FFNs and MBONs (Eschbach et al., 2020). MBE1b synonym from catmaid.

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larval mushroom body feed across neuron 10 [FBbt_00049045]

Larval mushroom body feed across neuron that receives synaptic input from FBN-22, FBN-23 and FFNs and outputs onto DAN-g1 (Eschbach et al., 2020). There is one bilateral pair of these cells and they are glutamatergic (Eschbach et al., 2020). MB2IN-22, MB2ON-45 and FB-20 synonyms from catmaid.

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larval mushroom body feed across neuron 11 [FBbt_00049046]

Larval mushroom body feed across neuron that receives synaptic input from FBN-13, MBON-e1 and MBON-k1 and outputs onto DAN-g1, FAN-5 and FBN-5 (Eschbach et al., 2020). There is one bilateral pair of these cells (Eschbach et al., 2020). CN-14, MB2IN-23, MB2ON-46 and FB-21 synonyms from catmaid.

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larval mushroom body feed across neuron 7 [FBbt_00049042]

Larval mushroom body feed across neuron that receives synaptic input from FAN-8, FB2Ns, FFNs, MBON-e1 and MBON-i1 and outputs onto FB2N-5 and FB2N-21 (Eschbach et al., 2020a). There is one bilateral pair of these cells and they are GABAergic (Eschbach et al., 2020a). Its activity inhibits, and its inhibition promotes, larval turning behavior during chemotaxis (Eschbach et al., 2020b). MB2IN-13, MB2ON-22 and FB-12 synonyms from catmaid.

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larval mushroom body feed across neuron 8 [FBbt_00049043]

Larval mushroom body feed across neuron that receives synaptic input from FAN-8, FFNs, MBON-a1, MBON-h1 and MBON-h2 and outputs onto FAN-7 and FAN-8 (Eschbach et al., 2020). There is one bilateral pair of these cells (Eschbach et al., 2020). MB2IN-15, MB2ON-27 and FB-14 synonyms from catmaid.

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larval mushroom body input neuron b1 [FBbt_00047958]

Larval neuron with postsynaptic terminals in the centroposterior lateral compartment (clamp), centroposterior medial compartment (posterior inferior protocerebrum) and basoposterior medial compartment (ventromedial cerebrum) and presynaptic terminals in the mushroom body pedunculus. It receives input from FFN-31 (Eschbach et al., 2020). MBE10a synonym from catmaid.

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larval mushroom body input neuron b2 [FBbt_00047959]

Larval neuron with postsynaptic terminals in the centroposterior lateral compartment (clamp), centroposterior medial compartment (posterior inferior protocerebrum) and basoposterior medial compartment (ventromedial cerebrum) and presynaptic terminals in the mushroom body pedunculus. It receives input from FFN-31, FFN-34 and FBNs (Eschbach et al., 2020). MBE10b synonym from catmaid.

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larval mushroom body input neuron c1 [FBbt_00047963]

Larval neuron with postsynaptic terminals in the anterior and posterior superior medial protocerebrum (dorsoanterior and dorsoposterior compartments) and presynaptic terminals in the mushroom body lower pedunculus (spur region) (Saumweber et al., 2018). Saumweber et al. (2018) found this neuron in the L3 larva, but were not able to identify it in the L1.

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larval mushroom body input neuron e1 [FBbt_00048242]

Larval neuron that has presynapses in the dorsal tip (V3 segment) of the vertical lobe of the mushroom body (Saumweber et al., 2018). This neuron is neither octopaminergic nor dopaminergic (Eichler et al., 2017). It receives input from MBON-a1, MBON-b3, FBNs and FFNs (Eschbach et al., 2020). This was seen only in the L1 larva by Saumweber et al. (2018), but Eichler et al. (2017) show one in the L3.

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larval mushroom body input neuron e2 [FBbt_00110338]

Larval dopaminergic neuron of the DL1 cluster that projects to the dorsal tips (V3 segment) of both vertical lobes of the mushroom body (Selcho et al., 2009). It has postsynaptic sites in the anterior and posterior superior medial protocerebrum (Saumweber et al., 2018). It receives input from FBNs, FFNs, FB2N-12 and FB2N-19 (Eschbach et al., 2020). Dopaminergic cells were identified by double labeling with a tyrosine hydroxylase (anti-TH) antibody and a TH-GAL4 driver (FBtp0020119) (Selcho et al., 2009). Eichler et al. (2017) failed to detect TH in these cells by antibody staining. MBE24a synonym from catmaid.

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larval mushroom body input neuron l1 [FBbt_00047968]

Larval neuron that has postsynapses in the basocentral compartment (lateral accessory lobe) and presynapses in the mushroom body lateral appendix (Saumweber et al., 2018). It the first instar, it additionally innervates the lower (V1) region of the vertical lobe (Eichler et al., 2017). It is neither octopaminergic nor dopaminergic (Eichler et al., 2017). It is synapsed by MBON-q1, FBN-2, FBN-24, FBN-25 and FBN-27 (Eschbach et al., 2020). MBE19 synonym from catmaid.

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larval mushroom body input neuron m1 [FBbt_00047986]

Larval neuron with presynaptic terminals in multiple regions of the larval mushroom body, including the intermediate vertical lobe (V2) and parts of the medial lobe. Its postsynaptic sites are found in the anterior superior medial protocerebrum. Saumweber et al. (2018) found this neuron in the L3 larva, but were not able to identify it in the L1.

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larval mushroom body non-intrinsic type 2 neuron [FBbt_00051367]

Primary neuron of the larval brain that develops from the Pcv9 (MBNBa) neuroblast (Kunz et al., 2012). Its soma is close to those of the Kenyon cells that develop from Pcv9 and it has dendritic arborization close to the mushroom body calyx (Kunz et al., 2012). Its axon exits the pedunculus at the level of the spur and it does not innervate the lobes (Kunz et al., 2012).

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larval mushroom body octopaminergic neuron e1 [FBbt_00047973]

Larval neuron that has presynapses in the dorsal tip (V3 segment) of the ipsilateral vertical lobe of the mushroom body and postsynaptic sites in the anterior and posterior superior medial protocerebrum (Saumweber et al., 2018). This neuron is octopaminergic (Eichler et al., 2017). It receives input from FBNs, FB2Ns and FFNs (Eschbach et al., 2020). Neurotransmitter identity revealed by anti-TDC (tyrosine decarboxylase) staining (Eichler et al., 2017). MBE9a synonym from catmaid.

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larval mushroom body one-step feedback neuron 1 [FBbt_00049008]

Larval mushroom body one-step feedback neuron that receives synaptic input from FBN-28, MBON-d1 and MBON-j1 and outputs onto FAN-2 and FAN-3 (Eschbach et al., 2020). There is one bilateral pair of these cells (Eschbach et al., 2020). MB2IN-1, MB2ON-2 and FB-1 synonyms from catmaid.

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larval mushroom body one-step feedback neuron 13 [FBbt_00049020]

Larval mushroom body one-step feedback neuron that receives synaptic input from FBNs and MBON-e1 and outputs onto FAN-11 and FB2N-9 (Eschbach et al., 2020). There is one bilateral pair of these cells (Eschbach et al., 2020). MB2IN-30, MB2ON-87 and FB-26 synonyms from catmaid.

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larval mushroom body one-step feedback neuron 14 [FBbt_00049021]

Larval mushroom body one-step feedback neuron that receives synaptic input from FBN-7, FB2Ns and FFNs and outputs onto FBN-4 and FB2N-8 (Eschbach et al., 2020). There is one bilateral pair of these cells (Eschbach et al., 2020). CN-43, MB2IN-31, MB2ON-90 and FB-27 synonyms from catmaid.

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larval mushroom body one-step feedback neuron 16 [FBbt_00049023]

Larval mushroom body one-step feedback neuron that receives synaptic input from FBN-7, FB2Ns, FFNs, MBON-d3 and MBON-o1 (Eschbach et al., 2020). There is one bilateral pair of these cells (Eschbach et al., 2020). MB2IN-33, MB2ON-100 and FB-29 synonyms from catmaid.

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larval mushroom body one-step feedback neuron 17 [FBbt_00049024]

Larval mushroom body one-step feedback neuron that receives synaptic input from FBNs, FB2Ns, FFNs and MBON-e1 and outputs onto FB2N-7 and FB2N-16 (Eschbach et al., 2020). There is one bilateral pair of these cells (Eschbach et al., 2020). CN-7, MB2IN-35, MB2ON-10 and FB-30 synonyms from catmaid.

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larval mushroom body one-step feedback neuron 2 [FBbt_00049009]

Larval mushroom body one-step feedback neuron that receives synaptic input from FBNs and outputs onto MBIN-l1, FBN-24, FBN-25, FBN-27, FB2N-13 and FB2N-14 (Eschbach et al., 2020). There is one bilateral pair of these cells (Eschbach et al., 2020). CN-37, MB2IN-2, MB2ON-7 and FB-2 synonyms from catmaid.

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larval mushroom body one-step feedback neuron 20 [FBbt_00049027]

Larval mushroom body one-step feedback neuron that receives synaptic input from FBNs and MBON-g1 (Eschbach et al., 2020). There is one bilateral pair of these cells and they are cholinergic (Eschbach et al., 2020). MB2IN-38, MB2ON-115 and FB-33 synonyms from catmaid.

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larval mushroom body one-step feedback neuron 22 [FBbt_00049029]

Larval mushroom body one-step feedback neuron that receives synaptic input from FBNs and MBON-m1 and outputs onto FAN-10 and FB2N-20 (Eschbach et al., 2020). There is one bilateral pair of these cells (Eschbach et al., 2020). MB2IN-45, MB2ON-131 and FB-37 synonyms from catmaid.

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larval mushroom body one-step feedback neuron 23 [FBbt_00049030]

Larval mushroom body one-step feedback neuron that receives synaptic input from FBN-3, FB2Ns and FFNs and outputs onto FAN-10 (Eschbach et al., 2020). There is one bilateral pair of these cells and they are GABAergic (Eschbach et al., 2020). MB2IN-46, MB2ON-132 and FB-38 synonyms from catmaid.

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larval mushroom body one-step feedback neuron 24 [FBbt_00049031]

Larval mushroom body one-step feedback neuron that receives synaptic input from FBNs, MBON-p1 and FBN-2 and outputs onto MBIN-l1 and FBN-25 (Eschbach et al., 2020). There is one bilateral pair of these cells (Eschbach et al., 2020). MB2IN-49, MB2ON-142 and FB-39 synonyms from catmaid.

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larval mushroom body one-step feedback neuron 25 [FBbt_00049032]

Larval mushroom body one-step feedback neuron that receives synaptic input from FBN-24, FBN-27, MBON-p1 and FBN-2 and outputs onto MBIN-l1 (Eschbach et al., 2020). There is one bilateral pair of these cells and they are cholinergic (Eschbach et al., 2020). MB2IN-50, MB2ON-143 and FB-40 synonyms from catmaid.

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larval mushroom body one-step feedback neuron 27 [FBbt_00049034]

Larval mushroom body one-step feedback neuron that receives synaptic input from FBNs, MBON-p1 and FBN-2 and outputs onto MBIN-l1 and FBN-25 (Eschbach et al., 2020). There is one bilateral pair of these cells (Eschbach et al., 2020). MB2IN-103, MB2ON-250 and FB-43 synonyms from catmaid.

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larval mushroom body one-step feedback neuron 6 [FBbt_00049013]

Larval mushroom body one-step feedback neuron that receives synaptic input from FBNs and FFNs and outputs onto FB2N-17 (Eschbach et al., 2020). There is one bilateral pair of these cells (Eschbach et al., 2020). CN-13, MB2IN-14, MB2ON-23 and FB-13 synonyms from catmaid.

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larval mushroom body one-step feedback neuron 7 [FBbt_00049014]

Larval mushroom body one-step feedback neuron that receives synaptic input from FBNs and FB2Ns and outputs onto FBN-14, FBN-16, FB2N-7 and FB2N-16 (Eschbach et al., 2020). There is one bilateral pair of these cells and they are cholinergic (Eschbach et al., 2020). MB2IN-16, MB2ON-30 and FB-15 synonyms from catmaid.

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larval mushroom body one-step feedback neuron 8 [FBbt_00049015]

Larval mushroom body one-step feedback neuron that receives synaptic input from FBN-15 and FFNs and outputs onto FB2N-17 (Eschbach et al., 2020). There is one bilateral pair of these cells (Eschbach et al., 2020). CN-12, MB2IN-17, MB2ON-32 and FB-16 synonyms from catmaid.

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larval mushroom body output neuron a1 [FBbt_00047965]

One of the contralaterally extending larval odd neurons of the calyx. It has presynaptic terminals in the ipsilateral and contralateral centroposterior medial compartment (posterior inferior protocerebrum) and centroposterior intermediate compartment (clamp) and postsynaptic terminals in the calyx (Saumweber et al., 2018). It is cholinergic (Eichler et al., 2017). It is synapsed to MBIN-e1 and FAN-8 (Eschbach et al., 2020a). Its activity inhibits turning behavior (Eschbach et al., 2020b). Saumweber et al., 2018 (FBrf0238440) states that odd (from Slater et al., 2015 - FBrf0227473) is a synonym for MBON-a1. MBE7a synonym from catmaid.

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larval mushroom body output neuron a2 [FBbt_00047966]

One of the contralaterally extending larval odd neurons of the calyx. It has presynaptic terminals in the ipsilateral and contralateral centroposterior medial compartment (posterior inferior protocerebrum) and centroposterior intermediate compartment (clamp) and postsynaptic terminals in the calyx (Saumweber et al., 2018). It is cholinergic (Eichler et al., 2017). Its activity promotes turning behavior (Eschbach et al., 2020). Saumweber et al., 2018 (FBrf0238440) states that odd (from Slater et al., 2015 - FBrf0227473) is a synonym for MBON-a2. MBE7b synonym from catmaid.

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larval mushroom body output neuron b2 [FBbt_00047961]

Larval neuron that has postsynaptic terminals in the mushroom body pedunculus and presynaptic terminals in the centroposterior lateral and intermediate compartments (clamp) (Saumweber et al., 2018). It is GABAergic (Eichler et al., 2017). It outputs onto FBN-18 (Eschbach et al., 2020). MBE11b synonym from catmaid.

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larval mushroom body output neuron b3 [FBbt_00047962]

Larval neuron that has postsynaptic terminals in the intermediate region of the mushroom body pedunculus and presynaptic terminals in the centroposterior lateral and intermediate compartments (clamp) and the centroposterior medial compartment (posterior inferior protocerebrum). It is synapsed to MBIN-e1 (Eschbach et al., 2020). MBE33 synonym from catmaid.

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larval mushroom body output neuron c1 [FBbt_00047967]

Larval neuron that has postsynaptic terminals in the lower mushroom body pedunculus (spur) and presynaptic terminals in the basoposterior medial compartment (ventromedial cerebrum), centroposterior medial compartment (posterior inferior protocerebrum) and centroposterior lateral compartment (clamp). It is cholinergic (Eichler et al., 2017). It outputs onto FAN-9 (Eschbach et al., 2020). MBE18 and CN-59 synonyms from catmaid.

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larval mushroom body output neuron c2 [FBbt_00047964]

Dopaminergic larval neuron that has presynapses in the subesophageal zone and the thoracic neuromeres of the ventral nerve cord. It has postsynapses in the lower pedunculus (spur) of the mushroom body and in the basoposterior lateral compartment (ventrolateral protocerebrum) and basoposterior medial compartment (ventromedial cerebrum). There is one of these cells per hemisphere. Saumweber et al. (2018) states that DM1 (from Selcho et al., 2009 - FBrf0208252) is a synonym for MBON-c2. Saumweber et al. (2018) found this neuron in the L3 larva, but were not able to identify it in the L1.

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larval mushroom body output neuron d1 [FBbt_00047969]

Larval neuron that has presynapses in the ipsilateral and contralateral centroposterior medial compartment (posterior inferior protocerebrum) and postsynapses in the mushroom body lateral appendix (Saumweber et al., 2018). It is GABAergic (Eichler et al., 2017). It outputs onto FBN-1 (Eschbach et al., 2020a). Its activity inhibits turning behavior (Eschbach et al., 2020b). MBE6 synonym from catmaid.

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larval mushroom body output neuron d3 [FBbt_00047990]

Bilateral larval neuron with postsynaptic terminals in the mushroom body lateral appendix in the first instar; this changes to the lower two regions of the vertical lobe (V1 and V2) in the third instar. Its presynaptic sites are found in the centroposterior medial compartment (posterior inferior protocerebrum) and centroposterior intermediate compartment (clamp). It outputs onto FBN-9, FBN-16 and FAN-6 (Eschbach et al., 2020). MBE35 synonym from catmaid.

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larval mushroom body output neuron e1 [FBbt_00047972]

Larval neuron that has presynapses in the dorsoposterior compartment (posterior superior medial protocerebrum) and dorsoanterior compartment (anterior superior medial protocerebrum) and postsynapses in the mushroom body vertical lobe tip region (V3) (Saumweber et al., 2018). It is cholinergic (Eichler et al., 2017). It outputs onto FBN-4, FBN-10, FBN-12, FBN-13, FBN-17, FAN-4, FAN-7 and FAN-11 (Eschbach et al., 2020a). Its activity inhibits turning behavior (Eschbach et al., 2020b). MBE9b synonym from catmaid.

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larval mushroom body output neuron e2 [FBbt_00047987]

Larval neuron with postsynaptic terminals in all three regions of the ipsilateral vertical lobe (V1, V2 and V3) in the third instar, but only V3 in the first instar (Saumweber et al., 2018). Its presynaptic sites are found in the ipsilateral and contralateral centroposterior medial compartment (posterior inferior protocerebrum) and centroposterior intermediate compartment (clamp) (Saumweber et al., 2018). It is glutamatergic (Eichler et al., 2017). Its activity promotes turning behavior (Eschbach et al., 2020). MBE16 synonym from catmaid.

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larval mushroom body output neuron f1 [FBbt_00047975]

Larval neuron that has presynapses in the ipsilateral and contralateral subesophageal ganglion and postsynaptic sites in the anterior and posterior superior medial protocerebrum and the centroposterior lateral compartment (clamp) as well as the intermediate (V2) region of the mushroom body vertical lobe (Saumweber et al., 2018). MBE34 synonym from catmaid.

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larval mushroom body output neuron f2 [FBbt_00047974]

Larval neuron that has presynapses in the basocentral compartment (lateral accessory lobe) and postsynapses in the mushroom body vertical lobe intermediate (V2) region (Saumweber et al., 2018). Saumweber et al. (2018) found this neuron in the L3 larva, but were not able to identify it in the L1.

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larval mushroom body output neuron g1 [FBbt_00047976]

Larval neuron that has presynapses in the ipsilateral centroposterior medial compartment (posterior inferior protocerebrum) and postsynapses in the ipsilateral mushroom body lower vertical lobe (V1) (Saumweber et al., 2018). It is GABAergic (Eichler et al., 2017). It outputs onto FBN-20 (Eschbach et al., 2020). MBE15a synonym from catmaid.

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larval mushroom body output neuron g2 [FBbt_00047977]

Larval neuron that has presynapses in the ipsilateral centroposterior medial compartment (posterior inferior protocerebrum) and postsynapses in the ipsilateral mushroom body lower vertical lobe (V1) (Saumweber et al., 2018). It is GABAergic (Eichler et al., 2017). MBE15b synonym from catmaid.

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larval mushroom body output neuron h1 [FBbt_00047980]

Larval neuron that has presynapses in the ipsilateral and contralateral centroposterior medial compartment (posterior inferior protocerebrum) and postsynapses in the lateral region (M2/shaft) of the mushroom body medial lobe (Saumweber et al., 2018). It is GABAergic (Eichler et al., 2017). It outputs onto FAN-8 (Eschbach et al., 2020). MBE13a synonym from catmaid.

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larval mushroom body output neuron h2 [FBbt_00047981]

Larval neuron that has presynapses in the ipsilateral and contralateral centroposterior medial compartment (posterior inferior protocerebrum) and postsynapses in the lateral region (M2/shaft) of the mushroom body medial lobe (Saumweber et al., 2018). It is GABAergic (Eichler et al., 2017). It outputs onto FAN-8 (Eschbach et al., 2020). MBE13b synonym from catmaid.

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larval mushroom body output neuron i1 [FBbt_00047982]

Bilateral larval neuron that has presynapses in the centroposterior medial compartment (posterior inferior protocerebrum) and dorsoanterior compartment (anterior superior medial protocerebrum) and postsynapses in the dorsal part of the medial region (upper toe) of the mushroom body medial lobe (Saumweber et al., 2018). It is glutamatergic (Eichler et al., 2017). It outputs onto FAN-7 (Eschbach et al., 2020a). Its activity promotes turning behavior (Eschbach et al., 2020b). MBE5a synonym from catmaid.

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larval mushroom body output neuron j1 [FBbt_00047983]

Larval neuron that has presynapses in the centroposterior lateral compartment (clamp), dorsoposterior compartment (posterior superior medial protocerebrum) and dorsoanterior compartment (anterior superior medial protocerebrum). It has postsynapses in the medialmost part of the medial lobe (intermediate toe) of the mushroom body in both hemispheres (Saumweber et al., 2018). It is glutamatergic (Eichler et al., 2017). It outputs onto FBN-1 (Eschbach et al., 2020). MBE2a synonym from catmaid.

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larval mushroom body output neuron j2 [FBbt_00047984]

Larval neuron that has presynapses in the centroposterior lateral compartment (clamp), dorsoposterior compartment (posterior superior medial protocerebrum) and dorsoanterior compartment (anterior superior medial protocerebrum). It has postsynapses in the medialmost part of the medial lobe (intermediate toe) of the ipsilateral mushroom body (Saumweber et al., 2018). Saumweber et al. (2018) found this neuron in the L3 larva, but were not able to identify it in the L1.

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larval mushroom body output neuron k1 [FBbt_00047985]

Bilateral larval neuron that has presynapses in the dorsoanterior compartment (anterior superior medial protocerebrum) and postsynapses in the ventral part of the medial region (lower toe) of the mushroom body medial lobe (Saumweber et al., 2018). It is glutamatergic (Eichler et al., 2017). It outputs onto FAN-1, FAN-9 and FAN-11 (Eschbach et al., 2020a). Its activity promotes turning behavior (Eschbach et al., 2020b). MBE5b synonym from catmaid.

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larval mushroom body output neuron m1 [FBbt_00047988]

Larval neuron with postsynaptic terminals in multiple ipsilateral mushroom body regions, including the lower two regions of the vertical lobe (V1 and V2) and the lateral appendix (Saumweber et al., 2018). It also has postsynapses in the dorsoanterior compartment (anterior superior medial protocerebrum) (Saumweber et al., 2018). Its presynaptic sites are found in the basocentral compartment (ventromedial cerebrum) and basoposterior medial compartment (lateral accessory lobe) (Saumweber et al., 2018). As well as receiving input from Kenyon cells, it is also synapsed by MBON-e1, MBON-h1, MBON-h2 and MBON-i1 and lateral horn neurons downstream of Or42b projection neurons (Eschbach et al., 2020b). It outputs onto FAN-19, FAN-21 and FAN-22 (Eschbach et al., 2020a). It is GABAergic (Eichler et al., 2017). Its activity inhibits, and its inhibition promotes, turning behavior as part of larval chemotaxis (Eschbach et al., 2020b). MBE20 and CN-62 synonyms from catmaid.

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larval mushroom body output neuron n1 [FBbt_00047989]

Larval neuron with postsynaptic terminals ipsilaterally in all three mushroom body vertical lobe regions (V1, V2 and V3). It also has postsynapses and presynapses in the dorsoanterior compartment (anterior superior medial protocerebrum) and basocentral compartment (ventromedial cerebrum). It additionally has postsynaptic sites in the dorsoposterior compartment (posterior superior medial protocerebrum). It outputs onto FAN-1 (Eschbach et al., 2020). MBE23 synonym from catmaid.

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larval mushroom body output neuron o1 [FBbt_00048243]

Larval neuron that has postsynapses in multiple regions of the mushroom body (Saumweber et al., 2018), including the lateral appendix and the dorsal tip (V3 segment) of the vertical lobe (Eichler et al., 2017). It outputs onto FBN-16 (Eschbach et al., 2020). This neuron was not observed in the L3 larva by Saumweber et al. (2018).

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larval mushroom body output neuron p1 [FBbt_00047970]

Larval neuron that has presynapses in the basoposterior medial compartment (ventromedial cerebrum) and postsynapses in the mushroom body lateral appendix, centroposterior intermediate compartment (clamp), dorsoposterior compartment (posterior superior medial protocerebrum) and dorsoanterior compartment (anterior superior medial protocerebrum) (Saumweber et al., 2018). In the first instar, it additionally innervates the intermediate (V2) region of the mushroom body vertical lobe (Eichler et al., 2017). It outputs onto FBN-24, FBN-25, FBN-27 and FAN-3 (Eschbach et al., 2020). MBE26 and CN-61 synonyms from catmaid.

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larval mushroom body output neuron q1 [FBbt_00048244]

Larval neuron that has postsynapses in multiple regions of the mushroom body (Saumweber et al., 2018), including the lower and intermediate (V1 and V2) regions of the vertical lobe (Eichler et al., 2017). It is synapsed to MBIN-l1 (Eschbach et al., 2020). This neuron was not observed in the L3 larva by Saumweber et al. (2018). MBE2as synonym from catmaid.

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larval mushroom body two-step feedback neuron 12 [FBbt_00049060]

Larval mushroom body two-step feedback neuron that receives synaptic input from FB2Ns and FFNs and outputs onto MBIN-e2, DAN-f1, DAN-g1, FB2N-3, FB2N-7, FB2N-16 and FB2N-21 (Eschbach et al., 2020). There is one bilateral pair of these cells (Eschbach et al., 2020).

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larval non-clock lateral neuron [FBbt_00047741]

Larval visual projection neuron that develops from the same neuroblast lineage as the larval Pdf-negative s-LNv, but does not express period. There are two of these cells with their cell bodies in a lateral part of the brain next to the optic lobe. They receive synaptic input in the larval optic neuropil, have outputs in the lateral inferior protocerebrum (clamp) and are cholinergic.

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larval NPF-DL1 cell [FBbt_00047251]

Larval NPF-expressing neuron with its cell body situated in the dorsolateral protocerebrum (DLP). A large branch innervates the basolateral protocerebrum (BLP) and, to a smaller extent, the DLP. Here its innervation is mostly postsynaptic and the neuron splits several times. The presynaptic branch of the neuron crosses the midline and projects medially through the contralateral subesophageal ganglion to the ventral nerve cord (VNC). At the end of the VNC the neuron loops back at least one abdominal segment.

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larval NPF-DL2 cell [FBbt_00047252]

Larval NPF-expressing neuron with its cell body located in the pars lateralis (Park et al., 2008). The neuron has several postsynaptic branches located ipsilaterally in the dorsolateral protocerebrum (DLP). Presynaptic structures are visible in the ipsilateral dorsomedial protocerebrum and, to a more restricted extent, in the ipsilateral DLP and basomedial protocerebrum (Rohwedder et al., 2015).

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larval oblique posterior fascicle [FBbt_00049265]

Conspicuous landmark tract of the larval brain that crosses over the mushroom body pedunculus, near where it emerges from the calyx, then turns anteriorly and joins the longitudinal superior medial fascicle (Hartenstein et al., 2015). It is formed of dorsal components of CP lineages and DPLp1/2 lineages (Hartenstein et al., 2015).

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larval octopaminergic neuron 1 of antennal lobe [FBbt_00049120]

Octopaminergic neuron with its cell body dorsomedial to the antennal lobe (Selcho et al., 2014). It innervates the subesophageal ganglion and both antennal lobes (Selcho et al., 2014). There are about two of these cells per hemisphere (Selcho et al., 2014).

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larval octopaminergic VPM neuron [FBbt_00047556]

Octopaminergic, bilaterally-paired neuron of the larval ventral nerve cord. Their cell bodies are found in the ventral cortex of the three subesophageal neuromeres (Selcho et al., 2014), the three thoracic neuromeres and the first abdominal neuromere, somewhat ventro-lateral to the VM fascicles (Vomel and Wegener, 2008). They form a cluster with the VUM neuron cell bodies of the same neuromere, but unlike the VUM neurons, the VPM neurons are restricted to the CNS. Most VPM neurons project anteriorly and cross the midline to arborize mainly in the contralateral neuropil (Selcho et al., 2012; Selcho et al., 2014). For neurotransmitter expression analysis, Vomel and Wegener, 2008 used Tdc2-GAL4 (tyrosine decarboxylase - implies presence of tyramine) and anti-Tbh (tyramine beta-hydroxylase - implies presence of octopamine). Selcho et al., 2012 used Tdc2-GAL4, validated with anti-Tbh, anti-p-tyramine and anti-conjugated octopamine, to visualize tyraminergic and octopaminergic neurons.

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larval optic focus [FBbt_00007131]

A synaptic neuropil domain of the larval brain formed during larval stages by axons originating from the lobula primordium in the optic lobe and dorso-lateral protocerebrum. These axons form terminal branches lateral to the borders of the centro-posterior lateral and baso-lateral compartments which then become enclosed by a glial sheath, forming this compartment.

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larval optic neuropil [FBbt_00048289]

Small neuropil compartment of the larval optic lobe that contains the axons of photoreceptors. It is the first center for visual processing in the larval brain. It is largely surrounded by the outer optic anlage at earlier developmental stages and becomes sandwiched between the developing proximal medulla and the inner optic anlage by third instar. It is incorporated into the adult optic lobe as the accessory medulla.

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larval outer optic anlage [FBbt_00001933]

The lateral, outer layer of the larval optic lobe. It consists of neuroepithelial cells (and later of proliferating neuroblasts) that will give rise to the neurons of the adult lamina and outer medulla. By the late first instar, it is dome shaped and perforated at its center by a pore, through which axons of the optic stalk pass (Meinertzhagen and Hanson, 1993). Some of these axons form synapses in the larval optic neuropil, which is largely within this pore (Sprecher et al., 2011). It becomes distinguished from the inner optic anlage during the second half of the first instar period (Meinertzhagen and Hanson, 1993). In the third instar, neuroepithelial cells in the medial region give rise to neuroblasts that divide asymmetrically to generate the adult optic lobe neurons. This anlage is patterned by expression of Optix and Vsx1 in complementary regions (Gold and Brand, 2014).

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larval ovary [FBbt_00048539]

Immature ovary of the larva prior to formation of the adult ovary during metamorphosis. In a newly hatched larva, this contains around 8 to 12 germline stem cells. Throughout most of the larval stage, the (larger) germ cells are found in the middle region of the ovary and the (smaller) somatic mesodermal cells are found anteriorly and posteriorly. Germ cell and mesodermal cell multiplication during larval development increases the size of the larval ovary by approximately 50 fold. Differentiation of the ovary proper begins late in the third instar.

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larval pair1 neuron [FBbt_00048574]

Larval neuron that has its soma in the subesophageal zone and projects posteriorly through the abdominal neuromeres (Carreira-Rosario et al., 2018). It receives stimulatory input from the mooncrawler descending neurons and is active during backwards locomotion (Carreira-Rosario et al., 2018). It outputs onto the A27h neurons in neuromeres A5-7 to inhibit forwards locomotion (Carreira-Rosario et al., 2018).

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larval Pdf negative s-LNv neuron [FBbt_00100178]

Larval s-LNv neuron that does not express Pdf (FBgn0023178). It innervates the larval optic neuropil significantly and projects to a broader domain than the four Pdf positive s-LNv neurons (Keene et al., 2011), including the lateral horn and mushroom body accessory calyx (Larderet et al., 2017). There is only one of these cells per hemisphere and it is cholinergic (Larderet et al., 2017).

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larval Pdf neuron close to calyx [FBbt_00100168]

Larval Pdf (FBgn0023178) expressing neuron whose cell body lies in a cluster within the dorsal cortex. Pdf expression begins late in L1. Its process project into the median ventral brain dorsolateral to the esophagus. There are two to four of these neurons per cluster. Helfrich-Forster (1997) notes that the Pdf staining is faint and is only visible in 50% of examined larval brains.

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larval Pdf neuron of abdominal neuromere [FBbt_00100169]

Pdf-expressing neuron whose cell body is located in a ventral cluster in the eighth larval abdominal neuromere of the ventral ganglion. There are 8 of these per cluster - each projecting though the paired eighth abdominal nerve to the posterior end of the larva (Helfrich-Forster, 1997). They are glutamatergic motor neurons that arborize over the posterior end of the hindgut, with refined branches and abundant bouton structures (Zhang et al., 2014).

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larval PDM descending neuron [FBbt_00049518]

Larval descending neuron with its soma in a posterior dorsal medial position in the brain (Tastekin et al., 2018). Its dendritic arborizations are found around the contralateral mushroom body pedunculus (Tastekin et al., 2018). It descends on the contralateral side and has large axonal varicosities in the subesophageal zone and the thoracic neuromeres and an axon reaches the fourth abdominal neuromere (Tastekin et al., 2018). It receives olfactory input from a set of lateral horn interneurons and provides outputs to a set of interneurons in the SEZ (Tastekin et al., 2018). It is involved in reorientation maneuvers during chemotaxis (Tastekin et al., 2018). There is one of these neurons per hemisphere and it is cholinergic (Tastekin et al., 2018).

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larval posterior commissure [FBbt_00001120]

Most posterior of the two main commissures found in each neuromere (absent from A9) of the larval ventral nerve cord (Landgraf et al., 2003; Birkholz et al., 2015). In some segments, at some stages these can be further divided into multiple components along the dorsal-ventral axis (Truman et al., 2004; Birkholz et al., 2015; Hartenstein et al., 2018).

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larval posterior dorsal commissure [FBbt_00047122]

Dorsal subdivision of the larval posterior commissure (Truman et al., 2004; Birkholz et al., 2015). It is thicker than the anterior dorsal commissure (Truman et al., 2004) and is found in the labial (S3) and A1 neuromeres, as well as the three thoracic neuromeres (Birkholz et al., 2015).

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larval posterior intermediate commissure [FBbt_00047120]

Intermediate subdivision of the larval posterior commissure (Truman et al., 2004; Birkholz et al., 2015). It is found in all thoracic neuromeres and, at a significantly reduced size, in the labial (S3) and A1 neuromeres (Birkholz et al., 2015). It is absent from the anterior gnathal ganglion (S1/S2) (Kuert et al., 2014).

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larval posterior intersegmental nerve root of A1-7 [FBbt_00110211]

Posterior root of the intersegmental nerve of abdominal segments 1 to 7, through which the motor neurons of the same segment project, to innervate the muscles. The nerve connects to the neuropil at a dorsolateral position and the fascicle takes a dorsal route towards the midline, passing just below the DI fascicle, feeding into a dorsal commissure (Landgraf et al., 2003).

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larval posterior lateral bundle [FBbt_00005986]

Larval transverse fascicle that extends between the lateral neuropil and the midline, intersecting the centrointermediate (CI) fascicle and feeding into the posterior intermediate commissure (Landgraf et al., 2003; Hartenstein et al., 2018). It is formed by lineages 11, 19 and 23 in the neuromeres in which they are present (Hartenstein et al., 2018)

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larval posterior lateral ellipsoid fascicle [FBbt_00051450]

Tract of the larval brain that is formed by the BAmv1 (LALv1) lineage and is the precursor to the adult posterior lateral ellipsoid fascicle (Lovick et al., 2017). It converges onto the anterior ellipsoid body primordium from the ventral side (Lovick et al., 2017).

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larval posterior lateral fascicle [FBbt_00049233]

Longitudinal (anterior-posterior) fascicle of the larva that is found on the ventral boundary of the inferior protocerebrum and contains fibers of numerous lineages (Pereanu et al., 2010). Its ventral part is formed by BLVp1 and BLVp2 lineages and its dorsal part is formed by ventral components of CP lineages and DPLpv (Hartenstein et al., 2015).

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larval posterior vertical bundle [FBbt_00051366]

Vertical tract formed by neurons projecting dorsally into the neuropil of the ventral nerve cord or gnathal ganglion at a similar position to the posterior commissure on the anterior-posterior axis (Hartenstein et al., 2018). This is formed by lineages 3, 5, 6, and 12 in the neuromeres in which they are present (Hartenstein et al., 2018). ‘Portal’ nomenclature of Kuert et al. (2014) - FBrf0224770 refers to entry point rather than tract.

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larval pre-Swallowtail1 neuron [FBbt_00047816]

Larval interneuron that has a cell body in the subesophageal ganglion and is downstream of Wave neurons in larval motor circuits (Takagi et al., 2017). In an L1 CNS EM volume, approximately 5 percent of pre-Swallowtail1 postsynapses are occupied by the abdominal 1 Wave neuron (Takagi et al., 2017). Unclear whether this neuron is segmentally repeated.

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larval protocerebral Pr Tachykinin neuron [FBbt_00110041]

Larval neuron that expresses Tachykinin (FBgn0037976) and whose cell body and arborization are located in the dorsal or medial protocerebrum (Siviter et al., 2000). The number of neurons increases during larval stages: 5 pairs are observed at first instar stage and 11 at prepupal stage P1. In third instar larvae some of these neurons have bilateral arborizations crossing the midline by two commissures (Winther et al., 2003). Tachykinin expression was observed by in situ hybridization and immunostaining, with more cells being labelled by in situ hybridization.

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larval recliner neuron [FBbt_00048715]

Larval projection neuron of the mesothoracic neuromere that is part of lineage 8 (Jovanic et al., 2019). Its soma is located laterally and it extends medially, before sending branches anteriorly and posteriorly on either side of the midline (Jovanic et al., 2019). It receives input from Jupiter neurons and its contralateral anterior branch projects to the brain (Jovanic et al., 2019). Appears only to exist in T2 based on images in Jovanic et al. (2019).

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larval retinal basal glial cell [FBbt_00049610]

Glial cell of the basal layer of the eye disc that migrates from the optic stalk during larval development (Choi and Benzer, 1994; Chang et al., 2018). This migration follows photoreceptor cell differentiation (Hummel et al., 2002). Term covers cell types of the basal eye disc and precursors in the optic stalk [FBC:CP].

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larval ring gland [FBbt_00049277]

A closely associated cluster of three neuroendocrine glands of the late embryo or larva, located anterior to the brain and dorsal to the esophagus (de Velasco et al., 2004). It consists of the corpus cardiacum posteroventrally (closest to the brain), the prothoracic gland laterally (forming most of the ring gland) and the corpus allatum anterodorsally (furthest from the brain) (de Velasco et al., 2004). It is innervated by neurons of the nerve of the corpus cardiacum and the aorta passes through it (de Velasco et al., 2004).

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larval s-LNv neuron [FBbt_00100177]

Larval neuron of the period-expressing LNv cluster, with a small cell body. These neurons innervate the larval optic neuropil (Larderet et al., 2017) and are thought to develop into the adult s-LNv neurons (Kaneko et al., 1997). There are 5 cells present in each cluster, all except one of which express Pdf (FBgn0023178). This appears to be the only type of lateral period neuron in the larva (Kaneko et al., 1997), so this term may be equivalent to FBbt:00001913 ’larval LN period neuron’ [FBC:CP].

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larval s-LNv Pdf neuron [FBbt_00100167]

Larval s-LNv neuron that expresses Pdf (FBgn0023178) from 4-5 hours after hatching and persists into adulthood (Helfrich-Forster, 1997). Its cell body is located close to the larval optic neuropil, into which dendritic fibers extend, spanning the distal and intermediate regions (Larderet et al., 2017). It projects to the superior lateral protocerebrum, where it has presynaptic terminals (Larderet et al., 2017). There are four of these cells per hemisphere.

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larval Saaghi 1 neuron [FBbt_00111659]

Larval GABAergic premotor neuron (Zarin et al., 2019) that is relatively late-born in the NB5-2 Notch ON primary hemilineage (Mark et al., 2021). Its primary neurite extends into the neuromere forming one arbor that extends anteriorly. One neurite crosses the midline and forms a terminal arbor that extends in a circular manner. It outputs to contralateral ventral and dorsal motorneurons. There is of these one neurons per hemisegment. These neurons were identified in two EM reconstructions: one of the full CNS of a 6h old first instar larva, and another of abdominal segment 3 of a 12-24h old first instar larva. Only bilateral connections are reported. The number of identified input synapses in A1 was the following (number in brackets left/right): from A08e1 (2/3), from A08e2 (2/6), from A08e3 (4/5). The number of identified output synapses in A1 was the following (number in brackets left/right): to ventral motoneurons (33/15), to lateral motoneurons (2/8), to dorsal motoneurons (34/37). It is still not known if the pattern of connections is the same in the other abdominal segments (Heckscher et al., 2015).

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larval Saaghi 3 neuron [FBbt_00111660]

Larval premotor neuron (Zarin et al., 2019) that is relatively late-born in the NB5-2 Notch ON primary hemilineage (Mark et al., 2021). From a ventral soma, the primary neurite extends dorsally into the neuromere, with one neurite extending from it anteriorly and arborizing; another neurite extends medially and crosses the midline (Heckscher et al., 2015; Zarin et al., 2019). There is of these one neurons per hemisegment. These neurons were identified in two EM reconstructions: one of the full CNS of a 6h old first instar larva, and another of abdominal segment 3 of a 12-24h old first instar larva. Only bilateral connections are reported. The number of identified input synapses in A1 was the following (number in brackets left/right): from A08e1 (2/2), from A08e2 (2/2), from A08e3 (9/8). The number of identified output synapses in A1 was the following (number in brackets left/right): to ventral motoneurons (2/5), to lateral motoneurons (2/4), to dorsal motoneurons (2/2). It is still not known if the pattern of connections is the same in the other abdominal segments (Heckscher et al., 2015).

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larval segmental nerve [FBbt_00002037]

Larval nerve of segments T1-A7. It exits the ventral ganglion at a position adjacent to the anterior commissure as a fascicle which shares a glial sheath with the intersegmental nerve (posterior fascicle). This combined nerve runs dorsally until it encounters the ventral oblique musculature, at which point it splits into separate segmental and intersegmental nerves with their own glial sheaths. The segmental nerve runs dorsally along a path posterior to the intersegmental nerve between the musculature and the epidermis. It branches to various sensory clusters and muscles.

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larval segmental nerve of A1-7 [FBbt_00007315]

Segmental nerve of segments A1-7. It contains the axons of motor neurons that innervate the same segment in which their soma is located. Proximally it shares a glial sheath with the intersegmental nerve before branching from it at the ventral edge of the ventral oblique muscles, after which this nerve splits again: the thick, posteriorly directed SNc branch leaves the main trunk of the nerve (SNa) and splits into fine branches - 3 carrying axons from the ventral sensory cluster and a 4th carrying efferents to the ventral acute musculature. The SNa continues dorsally and carries efferent axons innervating the external lateral transverse and oblique muscles and the axons of v’es2 and v’ch1.

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larval serotonergic A1 neuron 1 [FBbt_00047331]

Larval serotonergic A1 neuron with its cell body located more medially. The axon bifurcates into two thick branches as it enters dorsally into the contralateral neuropil. These two primary branches initially diverge in opposite directions and grow along the medial two-thirds of the neuropil, forming a circular pattern, with the branches meeting at the dorsal end of the neuropil. These neurons also extend an ipsilateral neurite, that seems to fasciculate with the respective ipsilateral neurite of the A1-2 neuron, projecting anteriorly to form the majority of its branches in the next anterior segment (T3).

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larval serotonergic A1 neuron 2 [FBbt_00047332]

Larval serotonergic A1 neuron with its cell body located more laterally. Its contralateral branch forms a complex pattern at the ventral border of the contralateral neuropil that extends along the lateral margins. Its ipsilateral branch seems to fasciculate with the respective neurite of A1-1, though extending a contralateral neurite about mid-level in the dorso-ventral and anterior-posterior axis. This neurite extends a short way anterior along a midline tract.

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larval serotonergic A2 neuron 1 [FBbt_00047334]

Larval serotonergic A2 neuron with its cell body located more medially. The axon bifurcates into two thick branches as it enters dorsally into the contralateral neuropil. These two primary branches initially diverge in opposite directions and grow along the medial two-thirds of the neuropil, forming a circular pattern, with the branches meeting at the dorsal end of the neuropil. These neurons also extend an ipsilateral neurite, that seems to fasciculate with the respective ipsilateral neurite of the A2-2 neuron, projecting anteriorly to form the majority of its branches in the next anterior segment (A1).

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larval serotonergic A2 neuron 2 [FBbt_00047333]

Larval serotonergic A2 neuron with its cell body located more laterally. Its contralateral branch forms a complex pattern at the ventral border of the contralateral neuropil that extends along the lateral margins. Its ipsilateral branch seems to fasciculate with the respective neurite of A2-1, though extending a contralateral neurite about mid-level in the dorso-ventral and anterior-posterior axis. This neurite extends a short way anterior along a midline tract.

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larval serotonergic A3 neuron 1 [FBbt_00047335]

Larval serotonergic A3 neuron with its cell body located more medially. The axon bifurcates into two thick branches as it enters dorsally into the contralateral neuropil. These two primary branches initially diverge in opposite directions and grow along the medial two-thirds of the neuropil, forming a circular pattern, with the branches meeting at the dorsal end of the neuropil. These neurons also extend an ipsilateral neurite, that seems to fasciculate with the respective ipsilateral neurite of the A3-2 neuron, projecting anteriorly to form the majority of its branches in the next anterior segment (A2).

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larval serotonergic A3 neuron 2 [FBbt_00047336]

Larval serotonergic A3 neuron with its cell body located more laterally. Its contralateral branch forms a complex pattern at the ventral border of the contralateral neuropil that extends along the lateral margins. Its ipsilateral branch seems to fasciculate with the respective neurite of A3-1, though extending a contralateral neurite about mid-level in the dorso-ventral and anterior-posterior axis. This neurite extends a short way anterior along a midline tract.

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larval serotonergic A4 neuron 1 [FBbt_00047337]

Larval serotonergic A4 neuron with its cell body located more medially. The axon bifurcates into two thick branches as it enters dorsally into the contralateral neuropil. These two primary branches initially diverge in opposite directions and grow along the medial two-thirds of the neuropil, forming a circular pattern, with the branches meeting at the dorsal end of the neuropil. These neurons also extend an ipsilateral neurite, that seems to fasciculate with the respective ipsilateral neurite of the A4-2 neuron, projecting anteriorly to form the majority of its branches in the next anterior segment (A3).

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larval serotonergic A4 neuron 2 [FBbt_00047338]

Larval serotonergic A4 neuron with its cell body located more laterally. Its contralateral branch forms a complex pattern at the ventral border of the contralateral neuropil that extends along the lateral margins. Its ipsilateral branch seems to fasciculate with the respective neurite of A4-1, though extending a contralateral neurite about mid-level in the dorso-ventral and anterior-posterior axis. This neurite extends a short way anterior along a midline tract.

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larval serotonergic A5 neuron 1 [FBbt_00047340]

Larval serotonergic A5 neuron with its cell body located more medially. The axon bifurcates into two thick branches as it enters dorsally into the contralateral neuropil. These two primary branches initially diverge in opposite directions and grow along the medial two-thirds of the neuropil, forming a circular pattern, with the branches meeting at the dorsal end of the neuropil. These neurons also extend an ipsilateral neurite, that seems to fasciculate with the respective ipsilateral neurite of the A5-2 neuron, projecting anteriorly to form the majority of its branches in the next anterior segment (A4).

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larval serotonergic A5 neuron 2 [FBbt_00047339]

Larval serotonergic A5 neuron with its cell body located more laterally. Its contralateral branch forms a complex pattern at the ventral border of the contralateral neuropil that extends along the lateral margins. Its ipsilateral branch seems to fasciculate with the respective neurite of A5-1, though extending a contralateral neurite about mid-level in the dorso-ventral and anterior-posterior axis. This neurite extends a short way anterior along a midline tract.

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larval serotonergic A6 neuron 1 [FBbt_00047342]

Larval serotonergic A6 neuron with its cell body located more medially. The axon bifurcates into two thick branches as it enters dorsally into the contralateral neuropil. These two primary branches initially diverge in opposite directions and grow along the medial two-thirds of the neuropil, forming a circular pattern, with the branches meeting at the dorsal end of the neuropil. These neurons also extend an ipsilateral neurite, that seems to fasciculate with the respective ipsilateral neurite of the A6-2 neuron, projecting anteriorly to form the majority of its branches in the next anterior segment (A5).

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larval serotonergic A6 neuron 2 [FBbt_00047341]

Larval serotonergic A6 neuron with its cell body located more laterally. Its contralateral branch forms a complex pattern at the ventral border of the contralateral neuropil that extends along the lateral margins. Its ipsilateral branch seems to fasciculate with the respective neurite of A6-1, though extending a contralateral neurite about mid-level in the dorso-ventral and anterior-posterior axis. This neurite extends a short way anterior along a midline tract.

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larval serotonergic anterior ventromedial SE2 neuron [FBbt_00047321]

Larval serotonergic SE2 neuron whose cell body is located in the maxillary segment, in an anterior ventromedial position. There are usually three of these cells. They cells bifurcate close to the cell body, sending branches ipsilaterally and contralaterally. The ipsilateral branch remains restricted to the ventromedial part of the ipsilateral subesophageal zone. The contralateral branch splits more extensively to innervate more of the contralateral subesophageal zone (Huser et al., 2012).

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larval serotonergic anterior ventromedial SE3 neuron [FBbt_00047323]

Larval serotonergic SE3 neuron whose cell body is located in the labial segment, in an anterior ventromedial position. There are usually three of these cells. They cells bifurcate close to the cell body, sending branches ipsilaterally and contralaterally. The ipsilateral branch remains restricted to the ventromedial part of the ipsilateral subesophageal zone. The contralateral branch splits more extensively to innervate more of the contralateral subesophageal zone (Huser et al., 2012).

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larval serotonergic IP1 neuron 1 [FBbt_00110939]

Larval serotonergic IP neuron whose cell body is located anteriorly to the dorsal basolateral protocerebrum. A primary neurite projects to and innervates the antennal lobe. Another process projects dorsally to innervate the lateral and medial region of the posterior brain, including the region around the mushroom body. A single neurite crosses the midline and arborizes in the contralateral antennal lobe.

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larval serotonergic IP1 neuron 2 [FBbt_00110941]

Larval serotonergic IP neuron whose cell body is located anteriorly to the dorsal basolateral protocerebrum. A primary neurite projects to and innervates the antennal lobe. Another process projects dorsally to innervate the lateral and medial region of the posterior brain, including the region around the mushroom body. A single neurite crosses the midline and arborizes extensively in the contralateral posterior dorsolateral and anterior basolateral regions.

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larval serotonergic posterolateral SE2 neuron [FBbt_00047322]

Larval serotonergic SE2 neuron whose cell body is located in the maxillary segment, in a more posterolateral position. A side branch of the primary neurite innervates the ventrolateral part of the subesophageal zone, while a second side branch arborizes in its dorsomedial portion before crossing the midline. The contralateral pattern consists of a dorsal process extending laterally to the middle of the neuromere before turning sharply anterior and branching. There are two of these cells.

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larval serotonergic posterolateral SE3 neuron [FBbt_00047324]

Larval serotonergic SE3 neuron whose cell body is located in the labial segment, in a more posterolateral position. A side branch of the primary neurite innervates the ventrolateral part of the subesophageal zone, while a second side branch arborizes in its dorsomedial portion before crossing the midline. The contralateral pattern consists of a dorsal process extending laterally to the middle of the neuromere before turning sharply anterior and branching.

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larval serotonergic SE0 neuron [FBbt_00111310]

Larval serotonergic neuron whose cell body is located anterior to the SE1 in a cluster of four per hemisphere in the dorsal tip of the subesophageal zone, in the tritocerebrum (Shimada-Niwa and Niwa, 2014). All four neurons exit the brain via the antennal nerve, which is close to their soma location, and follow it to the frontal nerve junction before taking different routes (Shimada-Niwa and Niwa, 2014). One projects anteriorly to the pharyngeal muscle, the other three innervate the prothoracic gland and the proventriculus (Shimada-Niwa and Niwa, 2014).

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larval serotonergic SE0 neuron of enteric nervous system [FBbt_00048504]

Larval SE0 neuron that projects posteriorly to the enteric nervous system via the recurrent nerve (Miroschnikow et al., 2018). It receives synaptic input from sensory neurons in the anterior AV compartment of the subesophageal ganglion (Miroschnikow et al., 2018). It innervates the prothoracic gland and the proventriculus (Shimada-Niwa and Niwa, 2014). There are three of these neurons per hemisphere (Miroschnikow et al., 2018).

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larval serotonergic SE0 neuron of pharynx [FBbt_00048503]

Larval SE0 neuron that projects anteriorly to the pharynx. It receives synaptic input from sensory neurons in the posterior AV compartment of the subesophageal ganglion (Miroschnikow et al., 2018). It projects anteriorly to the pharyngeal muscle, fasciculating with the frontal nerve (Shimada-Niwa and Niwa, 2014, Miroschnikow et al., 2018). There is one of these neurons per hemisphere (Miroschnikow et al., 2018).

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larval serotonergic SE2 neuron [FBbt_00110950]

Larval serotonergic SE neuron whose cell body is located in the maxillary segment. Approximately three of these, identified by Valles and White, 1988, have cell bodies in an anterior ventromedial position. An additional two, identified by Huser et al., 2012, have smaller cell bodies and are in a more posterolateral position.

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larval serotonergic SE3 neuron [FBbt_00110952]

Larval serotonergic SE neuron whose cell body is located in the labial segment. Approximately three of these, identified by Valles and White, 1988, have cell bodies in an anterior ventromedial position. An additional two, identified by Huser et al., 2012, have smaller cell bodies and are in a more posterolateral position.

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larval serotonergic SP1 neuron [FBbt_00110954]

Larval serotonergic SP neuron whose cell body is located in the anterodorsal cortex (Valles and White, 1988). The primary neurite projects ventrally and bifurcates in the posterior basomedial region, broadly innervating both the ipsi- and contralateral basomedial region (Huser et al., 2012). There are usually two neurons of this type (Giang et al,. 2011).

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larval serotonergic SP2 neuron [FBbt_00110956]

Larval serotonergic SP neuron whose cell body is located posterior to the medial lobes of the mushroom bodies, posterior to the cell bodies of SP1 neurons (Valles and White, 1988; Huser et al., 2012). There are usually three to four neurons of this type (Giang et al,. 2011; Huser et al., 2012).

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larval serotonergic SP2 neuron 1 [FBbt_00110958]

Larval serotonergic SP2 neuron that projects ipsilaterally and innervates the dorsomedial and basomedial regions, next to the vertical mushroom body lobes. From there, neurites extend contralaterally to sparsely innervate the dorsomedial and basomedial regions (Huser et at., 2012). It receives input predominantly in the ipsilateral protocerebrum and has outputs in the contralateral optic neuropil (Larderet et al., 2017).

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larval serotonergic T1 neuron 1 [FBbt_00110973]

Larval serotonergic T1 neuron whose cell body is located close to the ventral midline in the first thoracic segment. It branches next to the cell body, with the contralateral branch densely innervating the ventral and lateral regions of the prothoracic neuromere. The ipsilateral branch splits again, with one branch extending to the dorsal border and the other to the midline, sparsely innervating the contralateral side.

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larval serotonergic T1 neuron 2 [FBbt_00110974]

Larval serotonergic T1 neuron whose cell body is located close to the ventral midline in the first thoracic segment. It bifurcates into an ipsi- and contralateral branch. The former splits again and innervates the ipsilateral hemineuromere completely from ventral to dorsal. The contralateral branch arborizes less extensively in the ventromedial region.

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larval sessile hemocyte [FBbt_00005496]

A hemocyte that is not freely circulating, but is attached to the inner surface of the integument or attached to the imaginal discs. Sessile hemocyte islets are segmentally distributed and often located near crystal cells or along the posterior region of the dorsal vessel, concentrated in 2 denser organ-like clusters. These islets contain plasmatocytes, crystal cells and lamellocyte precursors. The 2 denser areas of sessile hemocytes at abdominal segments A and A9 have been referred to as posterior hematopoietic tissue (PHT) (Kurucz et al., 2007).

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larval SEZ descending neuron 1 [FBbt_00049519]

Larval descending neuron with its soma in the subesophageal zone (Tastekin et al., 2018). It is activated by the PDM descending neuron in the subesophageal zone and descends to the most posterior abdominal segments, where it synapses onto excitatory premotor A27h neurons (Tastekin et al., 2018). It ceases forward locomotion by inhibiting the initiation of new peristaltic waves in posterior abdominal segments (Tastekin et al., 2018). There is one of these neurons per hemisphere and it is GABAergic (Tastekin et al., 2018).

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larval SIFamide cell of pars intercerebralis [FBbt_00047217]

Neuron of the larval pars intercerebralis (PI) that expresses SIFamide (SIFa) as well as dimmed. There are two of these cells per hemisphere. These cells are distinct from the PI neurons that express insulin like peptides, diuretic hormone 44 and dromyosuppressin. The four neurons each have a major axon which projects to the contralateral side and extends into the ventral nerve cord, while a minor one projects to the deutocerebrum and tritocerebrum (Terhzaz et al., 2007).

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larval subesophageal capability neuron [FBbt_00047738]

Larval capability-releasing neuron with a cell body in the subesophageal ganglion. There is one cell per hemisphere, with a large cell body. Its axon leaves the brain via the nervus corporis cardiaci, reaching the retrocerebral complex (Kean et al., 2002). These were the only cells in the subesophageal ganglion to stain with an antibody against a linking region of the Capability prepropeptide (Kean et al., 2002).

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larval subesophageal Leucokinin neuron [FBbt_00110055]

Larval neuron that expresses Leucokinin (FBgn0028418) whose cell body is located in the subesophageal ganglion. The axon collaterals in the brain form a complex pattern of thin neurites that project in the subesophageal ganglion and tritocerebrum. The axons extend along the ventral nerve cord innervating the contralateral side and to form a ladder-like structure. The axons connect to the end of the abdominal ganglia in a terminal plexus. The axons that extend along the ventral nerve cord connect to the leucokinin ABLK neurons. There are two to three pairs of neurons (de Haro et al., 2010).

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larval subesophageal VUM neuron [FBbt_00047750]

Ventral unpaired median cell that has a cell body in the larval subesophageal ganglion. These are octopaminergic cells, but unlike thoracic and abdominal VUM neurons, they are not motor neurons. Ascending sVUM neurons are found in the mandibular and maxillary neuromeres and descending neurons are found in the labial neuromere (Selcho et al., 2014).

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larval subesophageal zone clamp neuron [FBbt_00111725]

Bilateral interneuron of the larval brain whose soma is located dorsomedially to the antennal lobe. It arborizes in the ventromedial antennal lobe, with one branch crossing the midline to arborize the contralateral side. The other branch projects to the subesophageal zone (SEZ), to the same area as the cypress and vine interneurons. These neurons were identified in one EM reconstruction from the full CNS of a 6h old first instar larva (Berck et al., 2016).

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larval subesophageal zone cypress neuron [FBbt_00111724]

Interneuron of the larval brain whose soma is located ventrolaterally to the antennal lobe. It arborizes in the ventral antennal lobe and projects to the subesophageal zone (SEZ), to the same area as the vine and clamp interneurons. It receives strong input from the picky 3 local neurons (Berck et al., 2016).

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larval subesophageal zone descending SEZ DN neuron [FBbt_00111241]

Descending neuron of the larva, whose soma is located at the level of the subesophageal zone. Its dendrites are located medially in both hemispheres in the subesophageal zone. Its axon extends posteriorly, close to the midline. It receives input from and outputs onto A00c and Basin neurons in multiple neuromeres (Ohyama ey al., 2015).

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larval subesophageal zone ginkgo 1 neuron [FBbt_00111727]

Interneuron of the larval brain whose soma is located ventrally to the antennal lobe. It arborizes sparsely throughout the antennal lobe and in the dorsomedial subesophageal zone (SEZ), close to the midline, both ipsi- and contralaterally. It forms output sites in this area, where its neurites extend more ventrally than ginkgo 2. It receives input from antennal lobe local neurons (Berck et al., 2016).

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larval subesophageal zone ginkgo 2 neuron [FBbt_00111728]

Interneuron of the larval brain whose soma is located ventrally to the antennal lobe. It arborizes sparsely throughout the antennal lobe and in the dorsomedial subesophageal zone (SEZ), close to the midline, both ipsi- and contralaterally. It forms output sites in this area, where its neurites are more dorsal than ginkgo 1. It receives input from antennal lobe local neurons (Berck et al., 2016).

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larval subesophageal zone spruce neuron [FBbt_00111726]

Interneuron of the larval brain whose soma is located laterally to the antennal lobe. It arborizes in the ventromedial antennal lobe, with one branch crossing the midline to arborize the contralateral side. The other branch projects to the subesophageal zone (SEZ), to an area posterior to the area innervated by the vine, cypress and clamp interneurons. It receives input from a few olfactory receptor neurons and picky 3 local neurons (Berck et al., 2016).

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larval subesophageal zone vine neuron [FBbt_00111723]

Interneuron of the larval brain whose soma is located ventral to the subesophageal zone (SEZ). It arborizes in the medioventral antennal lobe and projects to the SEZ, to the same area as the cypress and clamp interneurons. It receives input from a few olfactory receptor neurons and local neurons (Berck et al., 2016).

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larval T08x neuron [FBbt_00111262]

Ascending neuron of the larval thoracic neuromere that is part of lineage 8. Its primary neurite extends dorsomedially arborizing close to and across the midline. It then projects anterior and posteriorly to terminate in the brain and ventral nerve cord. It receives substantial input from the Basin neurons (Ohyama et al., 2015).

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larval Tachykinin neuron of the ventral cord [FBbt_00110048]

Larval neuron that expresses Tachykinin (FBgn0037976) whose cell body is located in the abdominal neuromere. The number of neurons increases throughout larval development: 1 pair at first instar, two to three at second instar, 4 to 8 pairs at early third instar, 7 to 10 late third instar and 7 to 8 at prepupal stage P1 (Winther et al., 2003). Tachykinin expression was observed by in situ hybridization and immunostaining. At prepupal stage P1, 7 additional pairs of labelled neurons are observed in the lateral abdominal ganglia. They are weakly labelled by immunostaining, but more strongly labelled by in situ hybridization (Winther et al., 2003).

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larval TePn05 neuron [FBbt_00047832]

Ascending neuron of the larval abdominal neuromere with its cell body located ventrolaterally near the posterior end of the ventral nerve cord. It projects anteromedially, then follows the midline anteriorly (Gerhard et al., 2017). This is a nociceptive integrator neuron, i.e. it is a node of convergence for multiple nociceptive neuron types (Burgos et al., 2018). It is not clear whether this neuron is segmentally-repeated.

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larval TePn19 neuron [FBbt_00047833]

Ascending neuron of the larval abdominal neuromere with its cell body located ventrolaterally near the posterior end of the ventral nerve cord. It projects anteromedially, then follows the midline anteriorly (Gerhard et al., 2017). It is not clear whether this neuron is segmentally-repeated. This appears to be mis-named as ‘TePn18’ in the supplementary atlas of Gerhard et al., 2017 (named ‘TePn19’ in three places in Fig 2-S1).

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larval terminal neuroblast [FBbt_00048511]

Neuroblast found in a terminal abdominal neuromere of the larval ventral nerve cord that exits quiescence in early larval stages (Ghosh et al., 2019). There are 12 of these cells, four of which express doublesex (Ghosh et al., 2019). In females, doublesex-positive neuroblasts die during larval stages (Ghosh et al., 2019).

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larval thoracic ladder-1 neuron [FBbt_00048711]

Larval interneuron of the mesothoracic neuromere that is part of lineage 0 (Jovanic et al., 2019). Its soma is located medially and its neurites extend anteriorly and posteriorly either side of the midline (Jovanic et al., 2019). It receives input from mechanosensory chordotonal neurons (Jovanic et al., 2019). Appears only to exist in T2 based on images in Jovanic et al. (2019).

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larval tritocerebral Tr Tachykinin neuron [FBbt_00110039]

A larval neuron that expresses Tachykinin (FBgn0037976), whose cell body is located in the tritocerebral neuropils and that innervates the subesophageal ganglion. There are one to two pairs in first instar larvae, and three in the other larval stages (Winther et al., 2003; Siviter et al., 2000). Tachykinin expression was observed by in situ hybridization and immunostaining (Winther et al., 2003).

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larval tubercle-bulb neuron precursor [FBbt_00051451]

Immature secondary neuron of the larval brain that will develop into a tubercle-bulb neuron of the adult (Lovick et al., 2017). It develops from either the DALcl1 or DALcl2 neuroblast, with the different lineages terminating in different regions of the bulb primordium (Lovick et al., 2017).

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larval uniglomerular projection neuron 35a [FBbt_00100462]

Larval projection neuron whose dendrites innervate larval antennal lobe glomerulus 35a bilaterally, where it receives input from the larval ORN Or35a. It projects to larval mushroom body calyx glomerulus V1. It ascends through a different tract (lALT) and receives additional input outside the antennal lobe.

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larval uniglomerular projection neuron 42a [FBbt_00100463]

Larval projection neuron whose dendrites innervate larval antennal lobe glomerulus 42a, where it receives input from the larval ORN Or42a. It projects to larval mushroom body calyx glomerulus V9. It is strongly synapsed to lateral horn local interneuron 1 (Tastekin et al., 2018).

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larval uniglomerular projection neuron 42b [FBbt_00100464]

Larval projection neuron whose dendrites innervate larval antennal lobe glomerulus 42b, where it receives input from the larval ORN Or42b. It projects to larval mushroom body calyx glomerulus L9. It is strongly synapsed to lateral horn local interneuron 1 (Tastekin et al., 2018).

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larval uniglomerular projection neuron 45a-A3 [FBbt_00100465]

Larval projection neuron whose dendrites innervate larval antennal lobe glomerulus 45a. It projects to larval mushroom body calyx glomerulus A3. Masuda-Nakagawa et al., (2009), describe several examples of single cell clones of projection neurons innervating larval antennal lobe glomerulus 45a and projects to both MB calyx glomeruli A3 and L11. However, they also show a single example that only innervates MB calyx glomeruli A3.

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larval uniglomerular projection neuron 45a-A3+L11 [FBbt_00100466]

Larval projection neuron whose dendrites innervate larval antennal lobe glomerulus 45a. It projects to larval mushroom body calyx glomeruli A3 and L11. Masuda-Nakagawa et al., (2009), describe several examples of single cell clones that innervate both MB calyx glomeruli A3 and L11. However, they also show a single example that only innervates MB calyx glomeruli A3.

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larval ventral nerve cord [FBbt_00001102]

Region of the larval central nervous system posterior to the gnathal neuromeres (Clark et al., 2018; Eschbach and Zlatic, 2020; Miroschnikow et al., 2020). It consists of three thoracic neuromeres, eight abdominal neuromeres and a terminal plexus (Clark et al., 2018). There is some inconsistency in the literature as to whether the larval gnathal ganglion is a part of the ventral nerve cord, many recent papers consider it to be a distinct region, so it is not included here.

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larval ventral nerve cord commissure [FBbt_00001104]

Commissure of the ventral nerve cord at late embryonic or larval stages. There are two main commissures per segment, anterior and posterior, but the posterior commissure is not present in A9 (Landgraf et al., 2003; Birkholz et al., 2015). In some segments, at some stages these can be further divided into multiple components along the dorsal-ventral axis (Truman et al., 2004; Birkholz et al., 2015; Hartenstein et al., 2018).

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larval ventromedial sensory compartment [FBbt_00048498]

Sensory compartment of the larval central nervous system that extends from the maxillary neuromere into the ventral nerve cord, largely overlapping the ventromedial neuropil domain (Kendroud et al., 2018). It contains the terminals of sensory neurons that enter the CNS via the antennal-pharyngeal, maxillary-labial, prothoracic accessory and lateropharyngeal nerves (Kendroud et al., 2018; Miroschnikow et al., 2018). VM of Miroschnikow et al. (2018) and VMSC of Kendroud et al. (2018) refer to approximately the same anatomy, but boundaries may not precisely correspond - see author response of Miroschnikow et al. (2018).

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larval visual projection neuron PVL09 [FBbt_00047739]

Larval visual projection neuron with a cell body situated postero-ventro-laterally to the optic neuropil. It has an axon with a characteristic loop shape, extending first towards the ventromedial protocerebrum, then towards the lateral inferior protocerebrum (clamp) before curving down back to the ventral lateral protocerebrum, where it forms most of its synaptic output. Another branch follows the other visual projection neurons into the lateral horn.

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larval VL3 motor neuron of larval abdominal 1 neuromere [FBbt_00052548]

Larval VL3/VL4 motor neuron that has its soma in the abdominal 1 neuromere and innervates the VL3 muscle of abdominal segment 2 via type Ib boutons (Wang et al., 2022). It may also innervate VL4 in the same segment, to a lesser extent (Wang et al., 2022). Around 70% also innervate VL4 (Wang et al., 2022).

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larval VL4 motor neuron of larval abdominal 1 neuromere [FBbt_00052549]

Larval VL3/VL4 motor neuron that has its soma in the abdominal 1 neuromere and innervates the VL4 muscle of abdominal segment 2 via type Ib boutons (Wang et al., 2022). It may also innervate VL3 in the same segment, to a lesser extent (Wang et al., 2022). Around 70% also innervate VL3 (Wang et al., 2022).

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larval VNC astrocyte-like glial cell [FBbt_00052372]

Astrocyte-like glial cell of the larval ventral nerve cord. It has a prominent process extending into the neuropil proximal to its nucleus (Pogodalla et al., 2021). There are approximately 6 of these cells in each hemineuromere throughout larval development, found in fixed locations: 3 dorsal, 2 lateral and one ventral (Peco et al., 2016). They develop from prospero-expressing interface glia (Peco et al., 2016).

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larval VNC cell body glial cell [FBbt_00049605]

Glial cell located amongst neuronal cell bodies in the cortex of the embryonic/larval ventral nerve cord (VNC). In the early larva, there are around 4 cell body glia per hemineuromere (Ito et al., 1995), but they increase in number during later larval stages, particularly in thoracic and anterior abdominal segments (Coutinho-Budd et al., 2017). The nuclei and cell bodies of the VNC cell body glial cells have quite irregular shapes, and cytoplasmic protrusions fill the space between neighboring neuronal cell bodies (Ito et al., 1995), with no morphological stereotypy by VNC region (Coutinho-Budd et al., 2017).

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larval VNC ensheathing glial cell [FBbt_00052371]

Ensheathing glial cell of the larval ventral nerve cord. There are approximately four of these cells that ensheath the synaptic neuropil in each abdominal hemineuromere throughout larval development, including two that wrap the proximal parts of the nerve roots (Pogodalla et al., 2021). Three of these four synaptic neuropil-ensheathing glia derive from the longitudinal glioblast (Peco et al., 2016). There are also three or four midline glia per neuromere, which ensheath the commissural axons (Ito et al., 1995; Banerjee et al., 2017). Some of these cells also extend into the dorsal cell body rind and wrap neuronal cell bodies (Pogodalla et al., 2021).

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larval VNC ensheathing/wrapping glial cell [FBbt_00052373]

Ensheathing glial cell of the larval ventral nerve cord that wraps the proximal parts of the nerve roots in addition to forming part of the sheath around the synaptic neuropil (Pogodalla et al., 2021). There are approximately two of these per hemineuromere (Pogodalla et al., 2021).

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larval VNC synaptic neuropil ensheathing glial cell [FBbt_00052374]

Ensheathing glial cell of the larval ventral nerve cord that surrounds the synaptic neuropil, but does not wrap nerve roots (Pogodalla et al., 2021). There are approximately two of these per hemineuromere (Pogodalla et al., 2021) and they are derived from a sibling pair of embryonic longitudinal glia, one dorsal cell, one ventral cell (Peco et al., 2016).

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larval Wave neuron [FBbt_00111249]

Segmentally-repeated interneuron that has a cell body in a larval abdominal neuromere (Ohyama et al., 2015). They are cholinergic and glutamatergic (Takagi et al., 2017). Anterior Wave neurons project anteriorly, while posterior Wave neurons project within the same neuromere as their cell body and to adjacent neuromeres. Presynaptic and postsynaptic sites are segregated to dorsal and ventral neurites, respectively. They receive sensory information, predominantly from class IV dendritic arborizing neurons, in a segment-specific manner. Activation of Wave neurons in anterior segments (A1-3) induces backward locomotion, activation in posterior segments (A4-6) induces forward locomotion, and activation of all simultaneously induces bending. Wave neurons are required for normal locomotory responses to mechanical stimuli. Thought not to be part of lineage 2 by Mark et al. (2021) - FBrf0249021, as it was not found in any NB2-1 clones. Both neurotransmitters detected by antibody staining (Takagi et al., 2017).

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lasso-top 2 left (L1EM:17728730) [VFB_00102fh3]

BAlp_ant_l akira, wrong partner, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, IPP VMC, BAlp1-3 L, #3T, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, mw axon split complete, IPP VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop labeled-line 2022-11-03, mw 19880740 downstream partners, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [CC-BY_4.0; transmission electron microscopy (TEM); lasso-top 2 left (L1EM:17728730); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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lasso-top 2 right (L1EM:17629213) [VFB_00102fg6]

BAlp_ant_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, IPP VMC, mw axon split complete, mw brain neurons split, #3, BAlp1-3 R, AUTO neuron fragments at 1103 gap, mw colored-matrix-2019-09-12, Fragment TO Find way out, at gap, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw gap, mw draft complete, mw brain neurons + sensories, IPP VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop labeled-line 2022-11-03, mw 19880740 downstream partners, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; lasso-top 2 right (L1EM:17629213)]

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lasso-top 3 left (L1EM:8809171) [VFB_00102ers]

LNM_down_octop, BAlp_ant_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, IPP VMC, BAlp1-3 L, #4T, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw axon split complete, mw draft complete, mw brain neurons + sensories, IPP VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, sw;pairs;L, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; lasso-top 3 left (L1EM:8809171); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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lasso-top 3 right (L1EM:18187865) [VFB_00102fjl]

BAlp_ant_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, IPP VMC, mw axon split complete, mw brain neurons split, #4, BAlp1-3 R, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, less than 150nm length, mw draft complete, mw brain neurons + sensories, IPP VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, sw;pairs;R, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); lasso-top 3 right (L1EM:18187865); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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lasso-top left (L1EM:17728723) [VFB_00102fh2]

BAlp_ant_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, IPP VMC, mw axon split complete, mw brain neurons split, BAlp1-3 L, #2T, AUTO neuron fragments at 1103 gap, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw draft complete, mw issues, mw brain neurons + sensories, IPP VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;idev0, sw;pairs;L, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, ND_published, ND_all published et al, ctd other, ct other [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; lasso-top left (L1EM:17728723)]

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lasso-top right (L1EM:13084891) [VFB_00102f18]

BAlp_ant_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, IPP VMC, mw axon split complete, mw brain neurons split, #2, BAlp1-3 R, AUTO ascending neurons at 1112 gap, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw issues, mw draft complete, mw brain neurons + sensories, IPP VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;idev0, sw;pairs;R, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, ND_published, ND_all published et al, ctd other, ct other [lasso-top right (L1EM:13084891); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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lateral cervical tract [FBbt_00001626]

Tract that forms part of the larval cervical connective (Nassif et al., 1998; Hartenstein et al., 2015). It is formed by axons of the P3m cluster which extend anteriorly and ventrally, fasciculate with axons from the P1 fiber tract founder cluster, then extend ventrally toward the subesophageal commissure and subesophageal ganglion (Nassif et al., 1998).

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lateral interface glial cell [FBbt_00001313]

Interface glial cell located in the lateral interface of the ventral nerve cord. There are 2 lateral interface glial cells per hemineuromere forming two parallel flat processes dorso-ventrally along the lateral interface. At embryonic stage 15 all of the interface glia are aligned dorsally in two rows above the longitudinal connectives. At early stage 16, two cells in the lateral row begin to move laterally and occupy their final lateral positions by early stage 17, leaving processes behind and maintaining a connection with the dorsal interface glia.

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lateral intersegmental nerve root glial cell [FBbt_00001306]

Intersegmental nerve root glia that is located near the exit point of the nerve root. It develops from neuroblast NB7-4 (Beckervordersandforth et al., 2008). The lateral segmental nerve root glial cell and the lateral intersegmental nerve root glial cell lie in close proximity. In some animals one of these is absent. The lateral intersegmental nerve root glial cell corresponds to ISPG2 described by Klambt and Goodman (1991) (Ito et al., 1995).

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lateral locomotor LLN interneuron [FBbt_00111615]

Interneuron located at the dorsolateral region of the anterior segmental border of each ventral nerve cord segment. It can project ipsi- or contralaterally. The latter cross the midline in either the anterior or posterior commissure and project to the adjacent segment. There are 25 of these neurons per hemisegment.

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lateral oblique muscle 1 [FBbt_00000468]

The only laterally located oblique (dorsal anterior to ventral posterior) hypodermal muscle of the larva. It is an external muscle (Landgraf et al., 2003; Kohsaka et al, 2012). Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name. Classed as external in Kohsaka et al. (2012) and Landgraf et al. (2003) (and, consistently, is innervated by the SN), but classed as internal by Zarin and Labrador (2019) - FBrf0245882.

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lateral posterior longitudinal glial cell [FBbt_00049606]

Longitudinal glial cell (generated by the longitudinal glioblast) with a relatively lateral and posterior location relative to other longitudinal glia (Beckervordersandforth et al., 2008). There is one of these cells per hemineuromere in the late embryo (Beckervordersandforth et al., 2008).

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lateral Projection Neuron_ a5r (L1EM:7381987) [VFB_00102egd]

VNC into SOG contralateral, ASB left, A1_pMNs, HugVNC_upstream_T3sum, AUTO ascending neurons at 1112 gap, Imambocus et al, FOR21, FOR21_inter, ND_all published et al [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; EM L1 Imambocus et al., 2022; embryonic/larval nervous system; lateral Projection Neuron_ a5r (L1EM:7381987); is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia]

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lateral segmental nerve root glial cell [FBbt_00001310]

Segmental nerve root glial cell that lies at the point where the intersegmental and segmental nerve roots meet to form a single peripheral nerve. The lateral segmental nerve root glial cell and the lateral intersegmental nerve root glial cell lie in close proximity. In some animals one of these is absent. The lateral segmental nerve root glial cell corresponds to SPG3 described by Klambt and Goodman (1991) (Ito et al., 1995).

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lateral transverse muscle 1 [FBbt_00110262]

Anterior-most of the lateral transverse muscles. Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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lateral transverse muscle 2 [FBbt_00110265]

Second-most anterior of the lateral transverse muscles. Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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lateral transverse muscle 3 [FBbt_00110268]

Third-most anterior of the lateral transverse muscles. Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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lateral transverse muscle 4 [FBbt_00110271]

Posterior-most of the lateral transverse muscles. Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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lateral ventral subperineurial glial cell of abdomen [FBbt_00049607]

Lateral ventral subperineurial glial cell of an abdominal segment. it lies 0-10% along the antero-posterior axis and 60-90% along the medio-lateral axis (Ito et al., 1995) and develops from neuroblast NB1-1 of the abdomen (Beckervordersandforth et al., 2008).

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lateral VUM motor neuron [FBbt_00110308]

Neuromodulatory motor neuron developing from the VUM midline precursor. It innervates the lateral transverse muscles. Following Landgraf et al., 1997, larval motor neurons are named according to the muscle they innervate. The same caveats therefore apply regarding inference of serial homology from nomenclature as for the muscles: Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name. VUM neurons are found in thoracic and abdominal segments (Schmid et al., 1999).

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LH_sibling 67 left (L1EM:14319498) [VFB_00102f2v]

WB_BLDc L, ASB left, BLDc_l akira, downstream of left uPN, li left uPN everything less than 90% reviewed, except “kc frag”, li temp everything downstream of left upn with 3 synapses combined, li temp left side left, mw paired 55, confirmed paired - 3, potential pair of ds mPN right >= 5, m reviewed, li temp possible pair - 27, BLDc 1, paired with #9585036, left-right NBlast: 0.563723311849331, Downstream of LEFT uPN with 3 synapses or more to any uPN, pairs ds uPNs >= 5, pairs ds mPNs >= 10, minor check LHON 5% input aver, LHNs, axoAxo mPNs, axoDen mPNs, axoDen uPNs, uLHNs, mLHNs, putative LHN, hemilateral_pair_9585036_14319498_17942676_19045334_etc, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, IPL/M, BLD2-4 L, #4T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SLP IPL/M, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, stable, mw ds-uPNs, mw LHN-from-uPN, nr Tel-like 10 downstream 3-hop, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 48_level-7_clusterID-170_walksort-0.540, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 27_level-6_clusterID-108_signal-flow_0.011, 47_level-7_clusterID-176_signal-flow_0.010, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); LH_sibling 67 left (L1EM:14319498); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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LH_sibling 67 like left (L1EM:19045334) [VFB_00102fko]

downstream of left uPN, li temp 10 25 2016 below 1500 nodes all left downstream of all right orn pns, li left uPN everything less than 90% reviewed, except “kc frag”, BLDc potential pair, lost to gap 18753613, fragment downstream of uPN, paired with #17942676, left-right NBlast: 0.494853959447813, li temp possible pair - 27, Downstream of LEFT uPN with 3 synapses or more to any uPN, pairs ds uPNs >= 5, post 2+ 42a or 42b PN in LH, pairs ds mPNs >= 10, minor check LHON 5% input aver, LHNs, axoAxo mPNs, axoDen mPNs, axoDen uPNs, uLHNs, mLHNs, putative LHN, hemilateral_pair_9585036_14319498_17942676_19045334_etc, BLDc_l akira, BLDc todo, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, IPL/M, BLD2-4 L, #5T, AUTO neuron fragments at 1103 gap, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SLP IPL/M, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, stable, mw ds-uPNs, mw LHN-from-uPN, nr Tel-like 10 downstream 3-hop, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 48_level-7_clusterID-170_walksort-0.540, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 27_level-6_clusterID-108_signal-flow_0.011, 47_level-7_clusterID-176_signal-flow_0.010, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; LH_sibling 67 like left (L1EM:19045334)]

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LH_sibling 67 like right (L1EM:9585036) [VFB_00102etv]

WB_BLDc R, BLDc dor ant, BLDc_r akira, Check 49a PN-down, downstream of mPN iACT A1 right calyx, mPN iACT A1 downstream fragments, ASB LH Interneuron, ambiguous fragment, downstream of handlebar-like, ASB Right PN-LH Input, ASB uPN and mPN Shared LH Targets, connect to locked bridge, post orn pns, downstream of left uPN, ASB Right uPN-LH Input, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li left uPN everything less than 90% reviewed, except “kc frag”, ASB No Way Out mPN-LH 4, ASB No Way Out Calyx 20, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li temp everything downstream of left upn with 3 synapses combined, li downstream of RIGHT uPN with 3 synapses or more to any uPN, Downstream of RIGHT uPN >= 3 synapses individual, mw paired 55, confirmed paired downstream of RIGHT uPN >= 3 synapses individual, confirmed paired - 3, potential paired ds mPNs right >= 5 synapses individual, potential paired ds mPNs right >= 10 synapses individual, paired with #14319498, left-right NBlast: 0.563723311849331, Downstream of RIGHT uPN with 3 synapses or more to any uPN, pairs ds uPNs >= 5, ASB No Way Out Calyx 22, pairs ds mPNs >= 10, minor check LHON 5% input aver, LHNs, axoAxo mPNs, axoDen mPNs, axoDen uPNs, uLHNs, mLHNs, putative LHN, hemilateral_pair_9585036_14319498_17942676_19045334_etc, mw brain neurons, mw brain neurons + SU, BLD2-4 R, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, mw axon split complete, IPL/M, mw brain neurons split, #4, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SLP IPL/M, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, stable, mw ds-uPNs, mw LHN-from-uPN, nr Tel-like 10 downstream 3-hop, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 48_level-7_clusterID-170_walksort-0.540, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 27_level-6_clusterID-108_signal-flow_0.011, 47_level-7_clusterID-176_signal-flow_0.010, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd LHNs, ct LHNs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; LH_sibling 67 like right (L1EM:9585036)]

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LH_sibling 67 right (L1EM:17942676) [VFB_00102fiy]

WB_BLDc R, BLDc dor pos, BLDc_r akira, ASB mPN A3 slap, downstream of mPN iACT B1 right, ASB Right PN-LH Input, ASB uPN and mPN Shared LH Targets, connect to locked MBE20, ASB Right uPN-LH Input, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li left uPN everything less than 90% reviewed, except “kc frag”, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li temp everything downstream of left upn with 3 synapses combined, li downstream of RIGHT uPN with 3 synapses or more to any uPN, Downstream of RIGHT uPN >= 3 synapses individual, li temp possible pair - 27, BLDc 1, fragment downstream of uPN, paired with #19045334, left-right NBlast: 0.494853959447813, Downstream of RIGHT uPN with 3 synapses or more to any uPN, pairs ds uPNs >= 5, pairs ds mPNs >= 10, no way out 18976463, minor check LHON 5% input aver, LHNs, axoAxo mPNs, axoDen mPNs, axoDen uPNs, uLHNs, mLHNs, putative LHN, hemilateral_pair_9585036_14319498_17942676_19045334_etc, mw brain neurons, mw brain neurons + SU, BLD2-4 R, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, mw axon split complete, IPL/M, mw brain neurons split, #5, mw colored-matrix-2019-09-12, SMALL FRAGMENT, mw brain neurons + sensories, SLP IPL/M, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, stable, mw ds-uPNs, mw LHN-from-uPN, nr Tel-like 10 downstream 3-hop, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, mw interhemispheric integration 2-hop, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 48_level-7_clusterID-170_walksort-0.540, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 27_level-6_clusterID-108_signal-flow_0.011, 47_level-7_clusterID-176_signal-flow_0.010, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd LHNs, ct LHNs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; LH_sibling 67 right (L1EM:17942676); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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LH-17 (L1EM:10340880) [VFB_00102evg]

Fragment ML l, BLAd ant lat, WB_DPLm R, CL ; Right, Ingrid Name, Neuron 15060109, No Way Out, Pre-MBONs-32, DPLm2_r akira, Check 49a PN-down, ASB right, 45a PN-down and LH akira-final, 49a PN-down and LH akira-final, Post-MBE9b-53, Post-MBONs akira final, ASB Right PN-LH Input, ASB uPN and mPN Shared LH Targets, MB2ON-174, LH-17, downstream of mPN, MB 2nd order paper, ASB Right uPN-LH Input, RIGHT, ASB Bridges Right Ipsi, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, LHON, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li downstream of RIGHT uPN with 3 synapses or more to any uPN, li temp pair -26, Downstream of RIGHT uPN >= 3 synapses individual, all paired downstream of RIGHT uPN >= 3 synapses, confirmed paired downstream of RIGHT uPN >= 3 synapses individual, mw paired 54, paired ds mPNs right >= 5 synapses individual, paired ds mPNs right >= 10 synapses individual, bridges, paired with #16089743, left-right NBlast: 0.468917646914792, potential pairs ds thermo PNs >= 5, Downstream of RIGHT uPN with 3 synapses or more to any uPN, pairs ds visual PNs >= 5, Selected LH neurons, pairs ds uPNs >= 5, negLHONs uPNs, pairs ds mPNs >= 10, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, LHNs, axoDen mPNs, axoDen uPNs, uLHNs, mLHNs, putative LHN, hemilateral_pair_10340880_16089743, mw brain neurons, mw brain neurons + SU, similarity matrix brain pairs right, similarity matrix brain lineage pairs right, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, IPL/A, mw axon split complete, mw brain neurons split, LH anton, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain ipsilateral, SLP/SMP IPA, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 15686444 ds ipsilateral partners, stable, mw ad hubs_in, mw aa hubs_in, mw ds-uPNs, mw ds-vPNs, mw LHN-from-uPN, mw aa all_hubs, mw ad all_hubs, DPLm2 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN and LHN-vPN, mw dSEZ-feedback-2hop 2022-03-15, mw interhemispheric integration 2-hop, sw;pairs;R, upFBMBONs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 40_level-6_clusterID-111_signal-flow_-0.444, 61_level-7_clusterID-111_signal-flow_-0.444, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; LH-17 (L1EM:10340880); VFB CATMAID L1 CNS]

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LH-17 (L1EM:16089743) [VFB_00102f7a]

WB_DPLm L, Pre-MBONs-32, Check 49a PN-down, ASB left, DPLm2_l akira, 45a PN-down and LH akira-final, 49a PN-down and LH akira-final, Post-MBE9b-53, Post-MBONs akira final, MB2ON-174, LH-17, MB 2nd order paper, LEFT, LHON, li temp everything downstream of left upn with 3 synapses combined, li temp pair -26, mw paired 54, pair of ds mPN right >= 5, bridges, paired with #10340880, left-right NBlast: 0.468917646914792, potential pairs ds thermo PNs >= 5, Downstream of LEFT uPN with 3 synapses or more to any uPN, pairs ds visual PNs >= 5, Selected LH neurons, pairs ds uPNs >= 5, negLHONs uPNs, pairs ds mPNs >= 10, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, LHNs, axoDen mPNs, axoDen uPNs, uLHNs, mLHNs, putative LHN, hemilateral_pair_10340880_16089743, mw brain neurons, mw brain neurons + SU, similarity matrix brain pairs left, similarity matrix brain lineage pairs left, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, IPL/A, LH anton, mw current paired, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain ipsilateral, SLP/SMP IPA, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 15686444 ds ipsilateral partners, stable, mw ad hubs_in, mw aa hubs_in, mw ds-uPNs, mw ds-vPNs, mw LHN-from-uPN, mw aa all_hubs, mw ad all_hubs, DPLm2 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN and LHN-vPN, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, downMBONs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 40_level-6_clusterID-111_signal-flow_-0.444, 61_level-7_clusterID-111_signal-flow_-0.444, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [LH-17 (L1EM:16089743); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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LH-21 (L1EM:11135340) [VFB_00102ext]

45a PN-down and LH akira, MB calyx after gap, No Way Out, Uncertain Join, Check 49a PN-down, ASB left, downstream of mPN iACT A2 left, 45a PN-down and LH akira-final, LH-21, downstream of left uPN, MB 2nd order paper, LEFT, li temp 10 25 2016 below 1500 nodes all left downstream of all right orn pns, li left uPN everything less than 90% reviewed, except “kc frag”, li temp everything downstream of left upn with 3 synapses combined, li temp possible pair - 22, paired with #11645541, left-right NBlast: 0.65046581487047, potential pairs ds thermo PNs >= 5, Downstream of LEFT uPN with 3 synapses or more to any uPN, Selected LH neurons, pairs ds uPNs >= 5, negLHONs uPNs, post 2+ 42a or 42b PN in LH, LHNs, axoAxo mPNs, axoDen uPNs, uLHNs, putative LHN, mw brain neurons, mw brain neurons + SU, similarity matrix brain pairs left, similarity matrix brain lineage pairs left, mw brain inventory, Srini-Matrix-03-05-2019, mw mixed lineage neurons, mw previously complete, mw left, mw axon split complete, mw brain neurons split, DPLp1/2 L, SLP IPL, LH anton, mw current paired, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain ipsilateral, SLP IPL*, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw degree 30-40, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *DPLp_l akira, mw LNs to plot, mw 15517247 ds contralateral partners, stable, mw ad hubs_in_out, mw ds-uPNs, mw LHN-from-uPN, mw 4680995 upstream partners, mw ad all_hubs, mw brain open-ends 3, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw brain 3rd_order LN gustatory-external, mw LNs_cohort, mw LHN-uPN, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 41_level-7_clusterID-164_signal-flow_0.160, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LNs, ct LNs, ct LHNs, ct pre-DN-VNCs [LH-21 (L1EM:11135340); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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LH-22 (L1EM:4102413) [VFB_00102ek5]

to gap 1103, upstream to interneurons, FRAGMENTS, 3rd order neurons, upstream to LN2, visual_circuit, l lineage a, WB_BLVa R, Calyx input right MB, 45a PN-down and LH akira, BLP34_r akira, Calyx inputs final, other PNs calyx, 45a PN-down and LH akira-final, ASB LH Interneuron, ASB Right PN-LH Input, ASB Dense Core, LH-22, MB 2nd order paper, ASB Right uPN-LH Input, RIGHT, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li downstream of RIGHT uPN with 3 synapses or more to any uPN, li temp pair -34, Downstream of RIGHT uPN >= 3 synapses individual, all paired downstream of RIGHT uPN >= 3 synapses, confirmed paired downstream of RIGHT uPN >= 3 synapses individual, paired with #9445876, left-right NBlast: 0.695499741625117, pairs ds thermo PNs >= 5, Downstream of RIGHT uPN with 3 synapses or more to any uPN, Selected LH neurons, pairs ds uPNs >= 5, upstream PL, LHNs, axoDen tPNs, axoDen uPNs, uLHNs, tLHNs, putative LHN, hemilateral_pair_4102413_9445876, BLVa12 b, mw brain neurons, mw brain neurons + SU, BLP3/4 b R, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, mw axon split complete, mw brain neurons split, SLP, LH anton, mw current paired, mw colored-matrix-2019-09-12, #1, mw brain neurons + sensories, SLP, mw brain matrix, Pankratz pre, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw LNs to plot, stable, mw ad hubs_out, mw aa hubs_in, mw ds-uPNs, mw ds-tPNs, mw LHN-from-uPN, mw 3820148 upstream partners, mw 9792178 upstream partners, mw aa all_hubs, mw ad all_hubs, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw thermo-cold 3rd_order, mw gustatory-pharyngeal 3rd_order, mw brain 3rd_order LN gustatory-external, mw brain 3rd_order LN_io gustatory-external, mw LNs_cohort, mw LNs_noncohort, mw upstream KCs, mw LHN-uPN and LHN-tPN, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd LNs, ct LNs, ct LHNs [LH-22 (L1EM:4102413); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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LH-22 (L1EM:9445876) [VFB_00102eth]

pdl007 Left, Matching Downstream Neurons, Common dwnst partners of left pdfLNs, r lineage 6, 45a PN-down and LH akira, BLP34_l akira, Check 49a PN-down, downstream of mPN iACT A2 left, 45a PN-down and LH akira-final, LH-22, downstream of left uPN, MB 2nd order paper, LEFT, li temp everything downstream of left upn with 3 synapses combined, li temp 1 19 2017 possible pair of RQ1: 3rd - thermo orders _right, li temp pair -34, possible paired downstream of RIGHT uPN >= 3 synapses, li temp possible pair - 17, paired with #4102413, left-right NBlast: 0.695499741625117, pairs ds thermo PNs >= 5, Downstream of LEFT uPN with 3 synapses or more to any uPN, Selected LH neurons, pairs ds uPNs >= 5, LHNs, axoDen tPNs, axoDen uPNs, uLHNs, tLHNs, putative LHN, hemilateral_pair_4102413_9445876, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, SLP, BLP3/4 b L, LH anton, mw current paired, mw colored-matrix-2019-09-12, #1T, mw brain neurons + sensories, SLP, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw degree 40-50, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw LNs to plot, stable, mw ad hubs_out, mw aa hubs_in, mw ds-uPNs, mw ds-tPNs, mw LHN-from-uPN, mw 3820148 upstream partners, mw 9792178 upstream partners, mw aa all_hubs, mw ad all_hubs, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw thermo-cold 3rd_order, mw gustatory-pharyngeal 3rd_order, mw brain 3rd_order LN gustatory-external, mw brain 3rd_order LN_io gustatory-external, mw LNs_cohort, mw LNs_noncohort, mw upstream KCs, mw LHN-uPN and LHN-tPN, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LNs, ct LNs, ct LHNs [LH-22 (L1EM:9445876); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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LH-27 (L1EM:14461238) [VFB_00102f31]

Check 49a PN-down, ASB left, BLP12_l akira, 45a PN-down and LH akira-final, LH-27, downstream of left uPN, MB 2nd order paper, LEFT, ASB downstream of right mPNs, frag left large, li left uPN everything less than 90% reviewed, except “kc frag”, li temp everything downstream of left upn with 3 synapses combined, li temp pair -31, paired with #18292832, left-right NBlast: 0.546076535572634, Downstream of LEFT uPN with 3 synapses or more to any uPN, Selected LH neurons, pairs ds uPNs >= 5, negLHONs uPNs, Postsynaptic 3+ to 42a or 42b PN in LH, post 2+ 42a or 42b PN in LH, pairs ds visual PNs >= 5, upstream PL, check LHON 5% input aver, LHNs, axoDen mPNs, axoDen uPNs, axoDen vPNs, uLHNs, mLHNs, vLHNs, putative LHN, hemilateral_pair_14461238_18292832, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, SLP IPL, BLP1/2 b L, LH anton, mw current paired, mw colored-matrix-2019-09-12, #5T, mw brain neurons + sensories, SLP p IPL p, mw brain matrix, Pankratz pre, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 16486385 ds contralateral partners, stable, mw ad hubs_in, mw ds-uPNs, mw ds-vPNs, mw ds-tPNs, mw LHN-from-uPN, mw ad all_hubs, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw thermo-cold 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN and LHN-vPN and LHN-tPN, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; LH-27 (L1EM:14461238); VFB CATMAID L1 CNS]

Tags:

LH-27 (L1EM:18292832) [VFB_00102fjr]

WB_BLP12ab R, GAP, BLP12_r akira, ASB No Way Out 15, LH downstream of mPN iACT A1 right, Alex Now Way Out, Alex No Way Out, mPN iACT A1 downstream fragments, downstream of mPN iACT A1 right calyx, 45a PN-down and LH akira-final, ASB No Way Out PN-LH, ASB Right PN-LH Input, Check 49a PN-down, LH-27, MB 2nd order paper, US2: BLP12 b 4_right, ASB No Way Out 31, li no way out, ASB No Way Out 47a 8, ASB Right uPN-LH Input, RIGHT, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, ASB No Way Out A2 41 small, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li downstream of RIGHT uPN with 3 synapses or more to any uPN, li temp pair -31, Downstream of RIGHT uPN >= 3 synapses individual, all paired downstream of RIGHT uPN >= 3 synapses, confirmed paired downstream of RIGHT uPN >= 3 synapses individual, paired with #14461238, left-right NBlast: 0.546076535572634, Downstream of RIGHT uPN with 3 synapses or more to any uPN, Selected LH neurons, pairs ds uPNs >= 5, ASB Unresolvable Frag 18318602, negLHONs uPNs, Postsynaptic 3+ to 42a or 42b PN in LH, post 2+ 42a or 42b PN in LH, pairs ds visual PNs >= 5, check LHON 5% input aver, LHNs, axoDen mPNs, axoDen uPNs, axoDen vPNs, uLHNs, mLHNs, vLHNs, putative LHN, hemilateral_pair_14461238_18292832, mw brain neurons, mw brain neurons + SU, BLP1/2 b R, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, mw axon split complete, SLP IPL, mw brain neurons split, LH anton, mw current paired, mw colored-matrix-2019-09-12, #5, mw brain neurons + sensories, SLP p IPL p, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 16486385 ds contralateral partners, stable, mw ad hubs_in, mw ds-uPNs, mw ds-vPNs, mw ds-tPNs, mw LHN-from-uPN, mw ad all_hubs, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw thermo-cold 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN and LHN-vPN and LHN-tPN, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; LH-27 (L1EM:18292832); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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LH-4 (L1EM:15683275) [VFB_00102f6e]

pvl09, KC Kathi, A1-A2-A3, TS_KCS, TS_KCs_left, leftpvl09, class IV, TS_KCS_Dec, ClassIvz-wao, Timo_MBEs_plus_KCs, Neuron 9902259 spoon like to review, Timo_MBE_Stuff, pseudoloopers, pvl092712, rightpvl09, KC and PN Timo, null, NIMB Kathi, albert - class IV, chordotonals, basins, TS_MBES_Dec, allLON, albert-chordotonals, CIV-A2-search, labm13, a1a2a3, class4, Timo_MBE_Jennie, pseudoloopers class IV related, TS10, Marta, labm2, visuThermo, TS2, TS3, WB_DPLl2 R, DPLp_r akira, Check 49a PN-down, ASB right, 49a PN-down and LH akira-final, ASB LH Interneuron, ASB No Way Out PN-LH, downstream of handlebar-like, downstream of mPN, ASB Right PN-LH Input, ASB uPN and mPN Shared LH Targets, LH-4, MB 2nd order paper, ASB Right uPN-LH Input, RIGHT, ASB mPN-Dorsal Lobe, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, LH LN, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li downstream of RIGHT uPN with 3 synapses or more to any uPN, Downstream of RIGHT uPN >= 3 synapses individual, all paired downstream of RIGHT uPN >= 3 synapses, confirmed paired downstream of RIGHT uPN >= 3 synapses individual, mw paired 18, paired ds mPNs right >= 5 synapses individual, paired ds mPNs right >= 10 synapses individual, li temp pair -41, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, paired with #4780707, left-right NBlast: 0.606600948201515, pairs ds thermo PNs >= 5, Downstream of RIGHT uPN with 3 synapses or more to any uPN, Selected LH neurons, pairs ds uPNs >= 5, pairs ds mPNs >= 10, LHNs, axoAxo mPNs, axoAxo tPNs, axoDen mPNs, axoDen tPNs, axoDen uPNs, uLHNs, mLHNs, tLHNs, putative LHN, hemilateral_pair_4780707_15683275, mw brain neurons, mw brain neurons + SU, DPLp1/2 R, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, SLP IPL, mw axon split complete, mw brain neurons split, #3, LH anton, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain ipsilateral, SLP IPL, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 11782821 ds contralateral partners, stable, mw ds-uPNs, mw ds-tPNs, mw LHN-from-uPN, mw 3820148 upstream partners, mw 9792178 upstream partners, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw thermo-cold 3rd_order, mw gustatory-pharyngeal 3rd_order, Merged: no way out 19144295, mw LHN-uPN and LHN-tPN, mw dSEZ-feedback-2hop 2022-03-15, mw interhemispheric integration 2-hop, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 41_level-7_clusterID-164_signal-flow_0.160, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); LH-4 (L1EM:15683275); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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LH-4 (L1EM:4780707) [VFB_00102el6]

PN lateral horn for thermosensory and OSN 49a, Common dwnst partners of left pdfLNs, WB_DPLl2 L, MB calyx after gap, DPLp_l akira, small fragment, Check 49a PN-down, 49a PN-down and LH akira-final, ASB TODO A2 left, ASB TODO large microtubule fragment GAP, downstream of mPN iACT A2 left, LH-4, downstream of left uPN, MB 2nd order paper, LEFT, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, LH LN, li temp everything downstream of left upn with 3 synapses combined, mw paired 18, pair of ds mPN right >= 5, li temp pair -41, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, paired with #15683275, left-right NBlast: 0.606600948201515, pairs ds thermo PNs >= 5, Downstream of LEFT uPN with 3 synapses or more to any uPN, Selected LH neurons, pairs ds uPNs >= 5, pairs ds mPNs >= 10, LHNs, axoAxo mPNs, axoAxo tPNs, axoDen mPNs, axoDen tPNs, axoDen uPNs, uLHNs, mLHNs, tLHNs, putative LHN, hemilateral_pair_4780707_15683275, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, SLP IPL, DPLp1/2 L, LH anton, mw current paired, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain ipsilateral, SLP IPL, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 11782821 ds contralateral partners, stable, mw ds-uPNs, mw ds-tPNs, mw LHN-from-uPN, mw 3820148 upstream partners, mw 9792178 upstream partners, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw thermo-cold 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN and LHN-tPN, mw dSEZ-feedback-2hop 2022-03-15, mw interhemispheric integration 2-hop, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 41_level-7_clusterID-164_signal-flow_0.160, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; LH-4 (L1EM:4780707); VFB CATMAID L1 CNS]

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like thermo AP left (L1EM:9207332) [VFB_00102esz]

To Give To Fragments, MB calyx after gap, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, connect 10990042, unpaired ds mPNs right >= 5 synapses individual, li temp possible pair - 18, possible paired downstream of RIGHT uPN >= 3 synapses, all paired downstream of RIGHT uPN >= 3 synapses, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, like thermo pair, pairs ds thermo PNs >= 5, Downstream of LEFT uPN with 3 synapses or more to any uPN, m reviewed, pairs ds uPNs >= 5, LHNs, axoDen mPNs, axoDen tPNs, mLHNs, tLHNs, putative LHN, DPLl_l akira, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, mw axon split complete, mw brain neurons split, DPLl1-3 i L, SLP IPL/A, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain ipsilateral, mw pre-RG feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9503428 us partners, stable, mw ds-tPNs, mw LHN, SLP IPA 2, DPLl1-3 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-cold 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-II/III 3rd_order, mw LHN-tPN, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [transmission electron microscopy (TEM); like thermo AP left (L1EM:9207332); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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like thermo AP right (L1EM:8305958) [VFB_00102eqg]

BLDa l, Bridge-like, WB_DPLl R, DPLl_r akira, downstream of mPN iACT A2 right, ASB Right PN-LH Input, connect to locked, connect to locked MBE20, ASB Right uPN-LH Input, ASB Bridges Right Ipsi, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, ASB No Way Out A2 5 merge, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li downstream of RIGHT uPN with 3 synapses or more to any uPN, Downstream of RIGHT uPN >= 3 synapses individual, li temp possible pair - 18, possible paired downstream of RIGHT uPN >= 3 synapses, all paired downstream of RIGHT uPN >= 3 synapses, potential paired downstream of RIGHT uPN >= 3 synapses individual, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, like thermo pair, pairs ds thermo PNs >= 5, Downstream of RIGHT uPN with 3 synapses or more to any uPN, pairs ds uPNs >= 5, LHNs, axoDen mPNs, axoDen tPNs, mLHNs, tLHNs, putative LHN, mw brain neurons, mw brain neurons + SU, DPLl1-3 i R, mw brain inventory, mw previously complete, mw right, mw axon split complete, SLP IPL/A, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9503428 us partners, stable, mw ds-tPNs, mw LHN, DPLl1-3 R, SLP IPA 2, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-cold 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-II/III 3rd_order, mw LHN-tPN, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [like thermo AP right (L1EM:8305958); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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LK-like_a2l (L1EM:10844198) [VFB_00102egf]

td VNC tract interneuron, td VNC tract sensory, sam_working, sam_GP, Imambocus et al, published T3 A1 A2, ND_all published et al [EM L1 Imambocus et al., 2022; LK-like_a2l (L1EM:10844198); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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LK-like_a2r branchy (L1EM:4062361) [VFB_00102eg5]

sam_working, sam_GP, green, VLB R at 2400, Imambocus et al, A2N mot, SNp, published T3 A1 A2, ND_all published et al [EM L1 Imambocus et al., 2022; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; LK-like_a2r branchy (L1EM:4062361); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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LK-like_a3l (L1EM:3985549) [VFB_00102eg3]

td VNC tract interneuron, sam_working, sam_GP, Imambocus et al, ND_all published et al [EM L1 Imambocus et al., 2022; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; LK-like_a3l (L1EM:3985549); VFB CATMAID L1 CNS]

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LK-like_a3r (L1EM:2675430) [VFB_00102efu]

sam_working, sam_GP, green, VLB R at 2400, Imambocus et al, SNp, A3N mot, ND_all published et al [EM L1 Imambocus et al., 2022; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; LK-like_a3r (L1EM:2675430); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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LK-like_a4/5l (L1EM:19166763) [VFB_00102egx]

td VNC tract interneuron, td VNC tract sensory, Fragments - Small, sam_working, sam_stuck, sam_GP, Imambocus et al, ND_all published et al [EM L1 Imambocus et al., 2022; transmission electron microscopy (TEM); LK-like_a4/5l (L1EM:19166763); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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LK-like_a4l-2 (L1EM:429906) [VFB_00102efp]

bundles, Julie Tran, group 9, To Be Reviewed / Named, td VNC tract sensory, td VNC tract interneuron, sam_working, sam_GP, Imambocus et al, ND_all published et al [EM L1 Imambocus et al., 2022; LK-like_a4l-2 (L1EM:429906); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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LK-like_a4r (L1EM:4061277) [VFB_00102eg4]

td VNC tract interneuron, td VNC tract sensory right, sam_working, sam_GP, Imambocus et al, SNp, A4N mot, ND_all published et al [EM L1 Imambocus et al., 2022; LK-like_a4r (L1EM:4061277); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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LK-like_a4r-2 (L1EM:19037553) [VFB_00102egv]

td VNC tract sensory right, sam_working2, sam_GP, green, VLB R at 2400, Imambocus et al, SNp, A4N mot, ND_all published et al [LK-like_a4r-2 (L1EM:19037553); EM L1 Imambocus et al., 2022; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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LL1 motor neuron [FBbt_00110234]

Motor neuron that innervates the lateral longitudinal muscle 1. Following Landgraf et al., 1997, larval motor neurons are named according to the muscle they innervate. The same caveats therefore apply regarding inference of serial homology from nomenclature as for the muscles: Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name. The LL1 motor neuron is likely to correspond to the U5 neuron. This is suggested by the cell body position and by extrapolating the observation that these neurons that extend their axons the furthest differentiate the earliest (personal communication by Matthias Landgraf).

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LO1 motor neuron [FBbt_00110273]

Motor neuron that innervates the external lateral oblique muscle 1. Following Landgraf et al., 1997, larval motor neurons are named according to the muscle they innervate. The same caveats therefore apply regarding inference of serial homology from nomenclature as for the muscles: Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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lobe system of larval mushroom body [FBbt_00110641]

The larval mushroom body lobe system consists of a dorsal branch and a medial branch (Pauls et al., 2010). At third instar, both lobes comprise three types of Kenyon cells: embryonic-born gamma neurons, larval-born gamma neurons and larval born alpha’/beta’ neurons (Pauls et al., 2010).

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Local Crescent left (L1EM:16059078) [VFB_00102f78]

mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw draft complete, mw issues, mw mixed lineage neurons, mw axon split complete, mw brain neurons split, BLVa1/2 a L, VLP, AUTO ascending neurons, mw colored-matrix-2019-09-12, #2T, mw brain neurons + sensories, VLP*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *BLVa12_l akira, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, VLPall L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, YYCWMLEH, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 18_level-6_clusterID-89_signal-flow_0.487, 27_level-7_clusterID-89_signal-flow_0.487, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; Local Crescent left (L1EM:16059078); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Local Crescent right (L1EM:4130960) [VFB_00102eke]

WB_BLVp1 R, BLAd-OL_r akira, mw brain neurons, mw brain neurons + SU, BLVa1/2 a R, mw brain inventory, Earlya08_downstream, mw right, mw draft complete, mw issues, mw mixed lineage neurons, mw axon split complete, VLP, mw brain neurons split, #2, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, VLPall, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, YYCWMLEH, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 18_level-6_clusterID-89_signal-flow_0.487, 27_level-7_clusterID-89_signal-flow_0.487, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; Local Crescent right (L1EM:4130960); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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longitudinal glial cell [FBbt_00110878]

Interface glial cell that is derived from a longitudinal glioblast (Ito et al., 1995). In the embryo, this is all of the interface glia (Beckervordersandforth et al., 2008). During embryonic stages some of these cells migrate from their dorsal position above the longitudinal connective (Ito et al., 1995). Longitudinal glia is sometimes used as a synonym for interface glia, due to their association with longitudinal connectives (Beckervordersandforth et al., 2008). The term ’longitudinal glial cell’ FBbt:00110878 corresponds only to the progeny of longitudinal glioblasts (Ito et al., 1995), which is all interface glia in the embryonic VNC (Beckervordersandforth et al., 2008). Longitudinal glioblasts and some, but not all of their progeny are marked by the expression of prospero (Ito et al., 1995; Beckervordersandforth et al., 2008).

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lower toe of larval mushroom body medial lobe [FBbt_00110191]

Axonal side branch in the medial region of the medial lobe of the larval mushroom body, near the end of the lobe. Unclear how well shaft, upper toe, intermediate toe, lower toe terminology from Saumweber et al., 2018 (FlyBase:FBrf0238440) maps to M2, M1 and medial appendix from Pauls et al., 2010 (FlyBase:FBrf0211533) [FBC:CP].

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LT1 motor neuron [FBbt_00110261]

Motor neuron that innervates the external lateral transverse muscle 1. Following Landgraf et al., 1997, larval motor neurons are named according to the muscle they innervate. The same caveats therefore apply regarding inference of serial homology from nomenclature as for the muscles: Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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LT2 motor neuron [FBbt_00110264]

Motor neuron that innervates the external lateral transverse muscle 2. Following Landgraf et al., 1997, larval motor neurons are named according to the muscle they innervate. The same caveats therefore apply regarding inference of serial homology from nomenclature as for the muscles: Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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LT3 motor neuron [FBbt_00110267]

Motor neuron from neuroblast NB3-2 lineage that innervates the external lateral transverse muscle 3. Following Landgraf et al., 1997, larval motor neurons are named according to the muscle they innervate. The same caveats therefore apply regarding inference of serial homology from nomenclature as for the muscles: Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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LT4 motor neuron [FBbt_00110270]

Motor neuron from neuroblast NB3-2 lineage that innervates the external lateral transverse muscle 4. Following Landgraf et al., 1997, larval motor neurons are named according to the muscle they innervate. The same caveats therefore apply regarding inference of serial homology from nomenclature as for the muscles: Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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Lure-1 left (L1EM:4324567) [VFB_00102eko]

WB_BAmv12 L, brain downstream of A08s2_a2r, clb:todo, clb:joined, clb:soma, BAmv12_dor_l akira, clb:todo_A08, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, BAmv1/2 L, LAL VMC, mw axon split complete, mw brain neurons split, #4T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, post-A08s brain, LAL VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, VMCc L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain open-ends 3, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw proprio 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 56_level-6_clusterID-71_signal-flow_-1.328, 87_level-7_clusterID-128_signal-flow_-1.325, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); Lure-1 left (L1EM:4324567); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Lure-1 right (L1EM:15732509) [VFB_00102f6o]

WB_BAmv12 R, BAmv12_dor_r akira, ALBERT-EXP, mw brain neurons, mw brain neurons + SU, mw complete, BAmv1/2 R, mw brain inventory, mw right, LAL VMC, mw axon split complete, mw brain neurons split, #4, mw colored-matrix-2019-09-12, mw brain neurons + sensories, LAL VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, VMCc, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, LAL VMC BAmv, stable, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw proprio 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 56_level-6_clusterID-71_signal-flow_-1.328, 87_level-7_clusterID-128_signal-flow_-1.325, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; Lure-1 right (L1EM:15732509); L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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Lure-2 left (L1EM:16547281) [VFB_00102f9m]

WB_BAmv12 L, BAmv12_dor_l akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, BAmv1/2 L, no soma, LAL VMC, mw axon split complete, mw brain neurons split, #2T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, LAL VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, VMCc L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw 15516413 downstream partners, mw proprio 3rd_order, mw dSEZ-feedback-1hop 2022-03-15, sw;pairs;L, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 56_level-6_clusterID-71_signal-flow_-1.328, 87_level-7_clusterID-128_signal-flow_-1.325, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); Lure-2 left (L1EM:16547281); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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Lure-2 right (L1EM:13722900) [VFB_00102f20]

WB_BAmv12 R, BAmv12_dor_r akira, mw brain neurons, mw brain neurons + SU, mw complete, BAmv1/2 R, mw brain inventory, mw right, LAL VMC, mw axon split complete, mw brain neurons split, #2, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, LAL VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, VMCc, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, LAL VMC BAmv, stable, sw:brain_paired:R, sw;brainpair;R, mw 15516413 downstream partners, mw proprio 3rd_order, mw dSEZ-feedback-1hop 2022-03-15, sw;pairs;R, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 56_level-6_clusterID-71_signal-flow_-1.328, 87_level-7_clusterID-128_signal-flow_-1.325, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); Lure-2 right (L1EM:13722900); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Lure-3 left (L1EM:16545179) [VFB_00102f9i]

WB_BAmv12 L, MB fragments to solve, BAmv1/2 pair, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, BAmv1/2 L, IPL VMC, mw axon split complete, mw brain neurons split, #5T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPP VMC*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *BAmv12_ven_l akira, mw 10875625 us partners, stable, mw ad hubs_out, mw 16561660 upstream partners, mw ad all_hubs, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw proprio 3rd_order, mw dSEZ-feedback-1hop 2022-03-15, mw dSEZ-feedback-2hop 2022-03-15, downFB, same downstream as NOb, sw;pairs;L, downFBPBs, downPB, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, FB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 58_level-7_clusterID-174_signal-flow_-0.375, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [Lure-3 left (L1EM:16545179); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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Lure-3 right (L1EM:14501257) [VFB_00102f34]

BAmv12_dor_r akira, ASB right, brain downstream of A08s2_a2l, li temp 8/8, clb:todo, clb:todo_A08, clb:soma, BAmv1/2 pair, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw right, BAmv1/2 R, IPL VMC, mw axon split complete, mw brain neurons split, #5, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPP VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10875625 us partners, stable, mw ad hubs_out, mw 16561660 upstream partners, mw ad all_hubs, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw proprio 3rd_order, mw dSEZ-feedback-1hop 2022-03-15, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, downFBPBs, downPB, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, FB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 58_level-7_clusterID-174_signal-flow_-0.375, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [Lure-3 right (L1EM:14501257); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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LX_left (L1EM:15792643) [VFB_00102f6q]

WB_BAmd2 L, PB_upstream_akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw draft complete, IPA/M VMC, mw axon split complete, mw brain neurons split, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, BAmd2_d_l akira, stable, nr Tel-like 10 downstream 3-hop, IPA/P VMC com, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw proprio 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, downFBPBs, upFBPBs, downPB, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB.b, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [LX_left (L1EM:15792643); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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LX_right (L1EM:15610774) [VFB_00102f5n]

WB_BAmd2 R, PB_upstream_akira, mw brain neurons + SU, BAmd2_v_r akira, mw brain inventory, mw right, mw draft complete, IPA/M VMC, mw axon split complete, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPA/P VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, IPA/P CMC com*, IPA/P VMC com*, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw proprio 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, downFBPBs, upFBPBs, downPB, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB.b-neuromodulatory, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [LX_right (L1EM:15610774); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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LX1_left (L1EM:16167914) [VFB_00102f7l]

WB_BAmd2 L, brain downstream of A08s2_a2r, clb:todo, clb:joined, clb:soma, BAmd2_v_l akira, clb:todo_A08, PB_upstream_akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, IPA/M VMC, mw axon split complete, mw brain neurons split, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ad hubs_out, mw 16561660 upstream partners, mw ad all_hubs, IPA/P VMC com, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, mw dSEZ-feedback-1hop 2022-03-15, mw dSEZ-feedback-2hop 2022-03-15, mw 17067625 upstream partners, sw;pairs;L, downFBPBs, upFBPBs, downPB, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB.b, FB.b-neuromodulatory, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; LX1_left (L1EM:16167914); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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LX1_right (L1EM:13834125) [VFB_00102f2f]

PB_upstream_akira, BAmd2_v_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, BAmd2 R, IPA/M VMC, mw axon split complete, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ad hubs_out, mw 16561660 upstream partners, mw ad all_hubs, IPA/P VMC com, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, mw dSEZ-feedback-1hop 2022-03-15, mw dSEZ-feedback-2hop 2022-03-15, mw 17067625 upstream partners, sw;pairs;R, downFBPBs, upFBPBs, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB.b-neuromodulatory, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [LX1_right (L1EM:13834125); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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M1 segment of the larval medial lobe [FBbt_00110195]

Medial segment of the medial lobe of the larval mushroom body, medial to M2. Unclear how well shaft, upper toe, intermediate toe, lower toe terminology from Saumweber et al., 2018 (FlyBase:FBrf0238440) maps to M2, M1 and medial appendix from Pauls et al., 2010 (FlyBase:FBrf0211533) [FBC:CP].

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M2 segment of the larval medial lobe [FBbt_00110196]

Lateral segment of the medial lobe of the larval mushroom body, lateral to M1. Unclear how well shaft, upper toe, intermediate toe, lower toe terminology from Saumweber et al., 2018 (FlyBase:FBrf0238440) maps to M2, M1 and medial appendix from Pauls et al., 2010 (FlyBase:FBrf0211533) [FBC:CP].

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Magic wand left (AF11) (L1EM:13966828) [VFB_00102f2o]

MB calyx after gap, WB_DPLl L, ASB left, DPLl_l akira, mw paired 164, hemilateral_pair_3707204_13966828, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, DPLl1-3 a L, IPL d IPA, #1T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, SLP IPA 1, DPLl1-3 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [Magic wand left (AF11) (L1EM:13966828); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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Magic wand right (AF11) (L1EM:3707204) [VFB_00102ejc]

WB_DPLl R, DPLl_r akira, downstream of handlebar-like, ASB Right PN-LH Input, ASB Dense Core, connect to locked, connect to locked MBE20, downstream of mPN, ASB Downstream of Ipsi Bridges Right, ASB mPN-Dorsal Lobe, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, ASB No Way Out B3 right 23, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, li temp upn downstream all non local, mw paired 164, MB2IN19U, hemilateral_pair_3707204_13966828, mw brain neurons, mw brain neurons + SU, DPLl1-3 a R, mw brain inventory, mw previously complete, mw right, mw axon split complete, IPL d IPA, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw brain neurons + sensories, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, DPLl1-3 R, SLP IPA 1, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw mechano-Ch 3rd_order, mw interhemispheric integration 2-hop, sw;pairs;R, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; Magic wand right (AF11) (L1EM:3707204); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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male genital primordium [FBbt_00052053]

Anterior region of the genital disc that derives from abdominal segment 9 (Keisman et al., 2001). By third instar stage, it constitutes the majority of the disc in the male, but a much smaller proportion in the female (Keisman et al., 2001). In males, it produces the majority of adult male genital structures, in the female it produces the parovaria (Keisman et al., 2001).

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mature eight-cell ommatidial precursor cluster [FBbt_00001773]

Ommatidial precursor cluster composed of eight future photoreceptors. The nuclei of R8, R2 and R5 are displaced basally compared to the immature eight cell precursor clusters, whereas R7’s nucleus is still ascending. The bilateral symmetry of the ommatidium is prominent at this stage. The apical processes of the cells that will become the anterior and posterior cone cells occupy their definitive niches, contacting R2 and R5, respectively (Cohen, 1993).

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maxillary anterior commissure [FBbt_00047891]

Any larval anterior commissure (FBbt:00001105) that is part of some larval maxillary neuromere (FBbt:00001975). Hartenstein et al. (2018) say this (and not other mandibular/maxillary commissures) can be distinguished at later stages of development, and also show only one (intermediate) anterior commissure in the maxillary neuromere, so this is probably the intermediate anterior subesophageal (ISA) commissure of Kuert et al. (2014) [FBC:CP].

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Maxillary Nerve LN 1 left (L1EM:12882387) [VFB_00102f0s]

IN_Cand9_30, Interneurons_Lobe1, Odor LNs Low Connectivity AL, WB_BAlc L, downstream of SCAL, AL LN Sparse 1 L, hemilateral_pair_7563413_12882387, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, choosy like, mw axon split complete, mw brain neurons split, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, AL choosy-like, AL choosy-like*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw LNs ORN_AN_MN, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, *BAlc ant_l akira, mw LN manually annotated, stable, mw brain unreviewed, nr hug-neuron, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw brain 2nd_order LN gustatory-external, mw brain 2nd_order LN olfactory-gustatory, mw LNs_cohort, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 0_level-4_clusterID-25_signal-flow_1.533, 0_level-5_clusterID-52_signal-flow_1.652, 1_level-6_clusterID-96_signal-flow_1.469, 3_level-7_clusterID-157_signal-flow_1.562, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd LNs, ct LNs, ct pre-DN-SEZs [transmission electron microscopy (TEM); Maxillary Nerve LN 1 left (L1EM:12882387); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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Maxillary Nerve LN 1 right (L1EM:7563413) [VFB_00102epa]

Odor LNs Low Connectivity AL, WB_BAlc R, BAlc post_r akira, li temp 10 25 2016 below 1500 nodes right, downstream of SCAL, AL LN Sparse 1 R, sVUMU1All, hemilateral_pair_7563413_12882387, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, MN-Sens-Int-2, mw right, choosy like, mw axon split complete, mw brain neurons split, #2, mw colored-matrix-2019-09-12, ORN inter to endocrine, mw brain neurons + sensories, AL choosy-like, AL choosy-like, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw LNs ORN_AN_MN, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw LN manually annotated, stable, mw brain reviewed <80%, nr hug-neuron, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw brain 2nd_order LN gustatory-external, mw brain 2nd_order LN olfactory-gustatory, mw LNs_cohort, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 0_level-4_clusterID-25_signal-flow_1.533, 0_level-5_clusterID-52_signal-flow_1.652, 1_level-6_clusterID-96_signal-flow_1.469, 3_level-7_clusterID-157_signal-flow_1.562, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd LNs, ct LNs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; Maxillary Nerve LN 1 right (L1EM:7563413); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Maxillary Nerve LN 2 left (L1EM:5322337) [VFB_00102els]

antennal lobe interneurons, Odor LNs Low Connectivity AL, WB_BAlc L, BAlc post_l akira, li left uPN everything less than 90% reviewed, except “kc frag”, downstream of SCAL, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, MN-Sens-Int-2, mw left, choosy like, mw axon split complete, mw brain neurons split, #2T, mw colored-matrix-2019-09-12, ORN inter to endocrine, mw brain neurons + sensories, AL choosy-like, AL choosy-like, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw LNs ORN_AN_MN, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw LN manually annotated, stable, mw brain reviewed <80%, nr hug-neuron, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw olfactory 2nd_order, mw brain 2nd_order LN gustatory-external, mw brain 2nd_order LN olfactory-gustatory, mw LNs_cohort, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 0_level-4_clusterID-25_signal-flow_1.533, 0_level-5_clusterID-52_signal-flow_1.652, 1_level-6_clusterID-96_signal-flow_1.469, 3_level-7_clusterID-157_signal-flow_1.562, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd LNs, ct LNs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; Maxillary Nerve LN 2 left (L1EM:5322337); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Maxillary Nerve LN 2 right (L1EM:6219781) [VFB_00102eo7]

Andi AL, BAlc post lat ven #3 neuron, Odor LNs Low Connectivity AL, downstream of AN-B2, DSB2A, li temp 10 25 2016 below 1500 nodes right, li temp maybe local neuron downstream of upn right, downstream of SCAL, BAlc post_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, MN-Sens-Int-2, mw right, BAlc R, choosy like, mw axon split complete, mw brain neurons split, #1, mw colored-matrix-2019-09-12, ORN inter to endocrine, mw brain neurons + sensories, AL choosy-like, AL choosy-like, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw LNs ORN_AN_MN, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw LN manually annotated, stable, mw brain unreviewed, nr hug-neuron, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw olfactory 2nd_order, mw brain 2nd_order LN gustatory-external, mw brain 2nd_order LN olfactory-gustatory, mw LNs_cohort, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 0_level-4_clusterID-25_signal-flow_1.533, 0_level-5_clusterID-52_signal-flow_1.652, 1_level-6_clusterID-96_signal-flow_1.469, 3_level-7_clusterID-157_signal-flow_1.562, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd LNs, ct LNs, ct pre-DN-SEZs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; Maxillary Nerve LN 2 right (L1EM:6219781); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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MB2IN-100 (L1EM:10885466) [VFB_00102ewt]

Pre-MBE10a-9, GG 1 ; Left, Ingrid Name, Search for EB, Pre-MBINs akira final, MB2IN-100, downstream of left uPN, ASB downstream of right mPNs, li left uPN everything less than 90% reviewed, except “kc frag”, potential pairs ds visual PNs >= 5, LEFT, Rest of MB2INs akira, Other MB2INs akira, m reviewed, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, putative LHN, mw brain neurons, mw brain neurons + SU, BLAvm post_l akira, mw brain inventory, mw previously complete, mw left, mw axon split complete, mw brain neurons split, mw current paired, mw colored-matrix-2019-09-12, BLAvm p L, SLP VLP IPL com, #4T, mw brain neurons + sensories, mw brain crosses commissure, VLPd VLPl IPL com, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 17729973 us partners, stable, mw ad hubs_in, mw ad all_hubs, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, upFBPBs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, mw cascade-5-hop integrative 2022-11-03, mw 19880740 downstream partners, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; MB2IN-100 (L1EM:10885466); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-100 (L1EM:12548756) [VFB_00102f0f]

VLP LAL, BLAvm post_r akira, Search for EB, downstream of mPN iACT A2 right, downstream of handlebar-like, ASB Right PN-LH Input, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, ASB No Way Out A2 4, hemilateral_pair_12548756_16630479, mw brain neurons, mw brain neurons + SU, BLAvm p R, mw brain inventory, mw right, mw axon split complete, SLP VLP IPL com, mw brain neurons split, #6, mw colored-matrix-2019-09-12, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, MB2IN-100, mw brain crosses commissure, VLPd VLPl IPL com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 17729973 us partners, stable, mw ad hubs_in, mw ad all_hubs, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, mw cascade-5-hop integrative 2022-11-03, mw 19880740 downstream partners, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; MB2IN-100 (L1EM:12548756); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-137 (L1EM:10658673) [VFB_00102ew5]

AI ; Left, Ingrid Name, Pre-MBONs akira, DPLc_post_int_l akira, Pre-AVM11-1, Pre-MBINs akira final, MB2IN-137, downstream of left uPN, li left uPN everything less than 90% reviewed, except “kc frag”, li temp everything downstream of left upn with 3 synapses combined, li temp left side left, MB2INs but down of DANs akira, LEFT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, hemilateral_pair_10658673_13045287, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, mw current paired, UNI, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, SLPl comp L, mw test matrices, stable, mw brain unreviewed, DPLc3 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw proprio 4th_order, mw thermo-warm 4th_order, mw thermo-cold 4th_order, mw respiratory 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 31_level-6_clusterID-113_signal-flow_-0.048, 35_level-7_clusterID-181_signal-flow_0.218, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [MB2IN-137 (L1EM:10658673); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-137 (L1EM:13045287) [VFB_00102f14]

AI ; Right, Ingrid Name, Pre-MBONs akira, DPLc post int l, DPLc_post_int_r akira, ASB right, Pre-AVM11-1, Pre-MBINs akira final, downstream of handlebar-like, ASB Right PN-LH Input, MB2IN-137, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li temp 10 25 2016 below 1500 nodes right, li temp upn downstream all non local, MB2INs but down of DANs akira, RIGHT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, hemilateral_pair_10658673_13045287, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, mw axon split complete, mw brain neurons split, mw current paired, UNI, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, SLPl comp, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, DPLc3 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw proprio 4th_order, mw thermo-warm 4th_order, mw thermo-cold 4th_order, mw respiratory 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw interhemispheric integration 3-hop, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 31_level-6_clusterID-113_signal-flow_-0.048, 35_level-7_clusterID-181_signal-flow_0.218, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; MB2IN-137 (L1EM:13045287); VFB CATMAID L1 CNS]

Tags:

MB2IN-138 (L1EM:2920554) [VFB_00102eid]

WB_DPLc3 R, Pre-MBONs-17, downstream of mPN iACT A2 right, Pre-AVM11-15, Pre-MBINs akira final, frag, downstream of handlebar-like, ASB Right PN-LH Input, ASB uPN and mPN Shared LH Targets, ASB Dense Core, MB2IN-138, downtoDN1, ASB Right uPN-LH Input, ASB TODO A2 5, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, ASB No Way Out A2 30, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li downstream of RIGHT uPN with 3 synapses or more to any uPN, li temp possible pair - 11, Downstream of RIGHT uPN >= 3 synapses individual, all paired downstream of RIGHT uPN >= 3 synapses, possible paired downstream of RIGHT uPN >= 3 synapses, potential paired downstream of RIGHT uPN >= 3 synapses individual, mw paired 80, paired ds mPNs right >= 5 synapses individual, paired ds mPNs right >= 10 synapses individual, DPLc post lat frag, Downstream of RIGHT uPN with 3 synapses or more to any uPN, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, downstream PL, SH_T1down, DPLc_ant_lat_r akira, mw brain neurons + SU, mw brain inventory, mw previously complete, mw right, mw axon split complete, SLP, mw brain neurons split, #2, mw current paired, mw colored-matrix-2019-09-12, ADCp, mw brain neurons + sensories, mw brain crosses commissure, SLP com, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw partner loops, mw 3820148 upstream partners, mw 3820148 downstream partners, mw 9792178 downstream partners, PL-5, mw brain open-ends 3, DPLc1 R, sw:brain_paired:R, sw;brainpair;R, sw;6dev;R, mw LN, mw gustatory-external 3rd_order, mw gustatory-pharyngeal 3rd_order, mw brain 3rd_order LN gustatory-external, mw brain 3rd_order LN_io gustatory-external, mw LNs_cohort, mw LNs_noncohort, mw interhemispheric integration 2-hop, sw;pairs;R, downMBONs, sw;mdev4, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 31_level-6_clusterID-113_signal-flow_-0.048, 35_level-7_clusterID-181_signal-flow_0.218, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LNs, ct LNs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; MB2IN-138 (L1EM:2920554); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

Tags:

MB2IN-138 (L1EM:3820148) [VFB_00102ejo]

WB_DPLc3 L, Pre-MBONs-17, ASB symmetric, DPLc_ant_lat_l akira, Pre-AVM11-15, Pre-MBINs akira final, downstream of handlebar-like, MB2IN-138, downstream of mPN, li temp upn downstream all non local, li temp possible pair - 11, possible paired downstream of RIGHT uPN >= 3 synapses, mw paired 80, pair of ds mPN right >= 5, Downstream of LEFT uPN with 3 synapses or more to any uPN, Rest of MB2INs akira, Other MB2INs akira, pairs ds mPNs >= 10, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, upstream PI, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, all-to-ipc1L, mw axon split complete, SLP, mw brain neurons split, mw current paired, #2T, mw colored-matrix-2019-09-12, ADCp, mw brain neurons + sensories, mw brain crosses commissure, SLP com, mw brain matrix, Pankratz pre, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw partner loops, mw 3820148 upstream partners, mw 3820148 downstream partners, mw 9792178 downstream partners, PL-5, DPLc1 L, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, sw;6dev;L, mw LN, mw gustatory-external 3rd_order, mw gustatory-pharyngeal 3rd_order, mw brain 3rd_order LN gustatory-external, mw brain 3rd_order LN_io gustatory-external, mw LNs_cohort, mw LNs_noncohort, sw;pairs;L, sw;mdev4, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 31_level-6_clusterID-113_signal-flow_-0.048, 35_level-7_clusterID-181_signal-flow_0.218, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LNs, ct LNs [MB2IN-138 (L1EM:3820148); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

Tags:

MB2IN-140 (L1EM:17336347) [VFB_00102fdl]

fragment, clb:soma, clb:todo, brain downstream of A08s1_a1l, ASB right, CM13_lat_r akira, LNM_down_octop, Pre-AVM11-17, Pre-MBINs akira final, MB2IN-140, clb:todo_A08, RIGHT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, mw brain neurons, mw brain neurons + SU, CM1/3 l R, mw complete, mw brain inventory, LAL com, mw right, mw axon split complete, mw brain neurons split, #7, CM1/3 R, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, LALshellmed, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, LAL com 3, sw:brain_paired:R, sw;brainpair;R, mw proprio 2nd_order, mw proprio 2nd_order PN-old, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 63_level-7_clusterID-154_walksort-0.703, EB.b, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 6_level-3_clusterID-13_signal-flow_-0.614, 13_level-4_clusterID-27_signal-flow_-0.716, 27_level-5_clusterID-56_signal-flow_-0.695, 46_level-6_clusterID-101_signal-flow_-0.652, 69_level-7_clusterID-168_signal-flow_-0.554, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [EM L1 Winding, Pedigo et al., 2023; MB2IN-140 (L1EM:17336347); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-140 (L1EM:18412747) [VFB_00102fjy]

Fragments 2014-01-18 14:57, LNM_down_octop, CM3 r, pDM Bundle 7, CM3 r diff cells, nadia, WB_CM3 L, ASB left, Pre-AVM11-17, Pre-MBINs akira final, MB2IN-140, Fragments 2014-01-18 14:57 down_oct, LEFT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, LAL com, CM1/3 L, #7T, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, LALshellmed L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, CM13_lat_l akira, LAL com posterior L, stable, mw brain reviewed <80%, LAL com 3, sw:brain_paired:L, sw;brainpair;L, mw proprio 2nd_order, mw proprio 2nd_order PN-old, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 63_level-7_clusterID-154_walksort-0.703, EB.b, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 6_level-3_clusterID-13_signal-flow_-0.614, 13_level-4_clusterID-27_signal-flow_-0.716, 27_level-5_clusterID-56_signal-flow_-0.695, 46_level-6_clusterID-101_signal-flow_-0.652, 69_level-7_clusterID-168_signal-flow_-0.554, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [MB2IN-140 (L1EM:18412747); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-141 (L1EM:15655801) [VFB_00102f5z]

DPLal R, WB_DPLal123 R, *DPLal1-3_r akira, DPLal1-3 ant, DPlal1-3_ant_r akira, ASB right, Pre-AVM11-18, Pre-MBINs akira final, MB2IN-141, RIGHT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, mw brain neurons, mw brain neurons + SU, DPLal1-3 R, mw brain inventory, mw draft complete, mw right, DPLal1-3 a R, VLP com, mw axon split complete, mw brain neurons split, mw current paired, #9, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw review april2021, stable, mw bilateral axon asymmetrical neurons, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw noci 5th_order, mw mechano-Ch 5th_order, mw 17360076 pair, sw;idev0, sw;pairs;R, mw dSEZ-feedback-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); MB2IN-141 (L1EM:15655801); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-141 (L1EM:17360076) [VFB_00102fei]

WB_DPLal123 L, DPlal1-3_ant_l akira, Pre-AVM11-18, Pre-MBINs akira final, MB2IN-141, LEFT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, DPLal1-3 L, mw axon split complete, VLP com, mw brain neurons split, mw current paired, #4T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw check cool bi, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw review april2021, stable, mw bilateral axon asymmetrical neurons, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw noci 5th_order, mw mechano-Ch 5th_order, mw 17360076 pair, sw;idev0, sw;pairs;L, mw dSEZ-feedback-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); MB2IN-141 (L1EM:17360076); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-142 (L1EM:13795090) [VFB_00102f2a]

WB_BAmas R, fragment, ASB right, BAmas12_dor_r akira, Pre-AVM11-20, Pre-MBINs akira final, help fragment, MB2IN-142, downstream of AN-B2, DSB2A, downstream of left uPN, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li temp unpaird downstream of right uPN batch 1, Li shared with Laura, unpaired downstream of RIGHT uPNs, li uPN found pair but may not connected, li temp pair -30, downstream of SCAN2A, downstream of SCAN3A, paired with #3543931, left-right NBlast: 0.547271328569162, Downstream of LEFT uPN with 3 synapses or more to any uPN, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw right, TR IPA com, mw axon split complete, mw brain neurons split, #4, mw current paired, mw colored-matrix-2019-09-12, Purkinje-like Frank Hirth, BAmas1/2 R, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw AN_MN PN putative, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw MN PN, mw brain contralateral, mw dSEZ 2nd_order, mw dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, SMP comp, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw PNs to plot, stable, mw ad hubs_out, mw 3820148 upstream partners, mw ad all_hubs, TR IPA com, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, sw;pairs;R, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; MB2IN-142 (L1EM:13795090); VFB CATMAID L1 CNS]

Tags:

MB2IN-142 (L1EM:3543931) [VFB_00102ej8]

WB_BAmas L, Pre-AVM11-20, Pre-MBINs akira final, ASB Right PN-LH Input, ASB No Dense Core, MB2IN-142, downstream of AN-B2, DSB2A, downstream of left uPN, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li uPN found pair but may not connected, li downstream of RIGHT uPN with 3 synapses or more to any uPN, li temp pair -30, Downstream of RIGHT uPN >= 3 synapses individual, all paired downstream of RIGHT uPN >= 3 synapses, confirmed paired downstream of RIGHT uPN >= 3 synapses individual, downstream of SCAN2A, paired with #13795090, left-right NBlast: 0.547271328569162, Downstream of RIGHT uPN with 3 synapses or more to any uPN, LEFT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, BAmas12_dor_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, BAmas1/2 L, mw axon split complete, TR IPA com, mw brain neurons split, mw current paired, #4T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain strahler >2 reviewed, mw AN_MN PN putative, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw MN PN, mw brain contralateral, mw dSEZ 2nd_order, mw dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, mw bilateral axon, SMP comp L, mw ipsilateral dendrite, mw degree 30-40, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw PNs to plot, stable, mw ad hubs_out, mw 3820148 upstream partners, mw ad all_hubs, TR IPA com, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, sw;pairs;L, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs [MB2IN-142 (L1EM:3543931); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-143 (L1EM:11853038) [VFB_00102ez4]

ventral cellbody dorsal midline crossing, li left KC output input, ASB left, Pre-AVM11-21, Pre-MBINs akira final, MB2IN-143, downstream of AN-B2, DSB2A, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, downstream of SCAN2A, paired with #12842593, left-right NBlast: 0.127510118212467, LEFT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, mw current paired, mw colored-matrix-2019-09-12, TR e L, UNI, #1T, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN PN putative, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw MN PN, mw brain contralateral, unknown ventral lineage 4 left, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw SEZ-center dendrite, mw degree 30-40, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw PNs to plot, mw 15541971 us partners, mw 15686444 us partners, stable, mw ad hubs_out, mw ad all_hubs, mw brain unreviewed, UNI*, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 31_level-6_clusterID-113_signal-flow_-0.048, 35_level-7_clusterID-181_signal-flow_0.218, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; MB2IN-143 (L1EM:11853038); VFB CATMAID L1 CNS]

Tags:

MB2IN-143 (L1EM:12842593) [VFB_00102f0q]

TS03, TS02, TS01, MBE2as, Pre-AVM11-21, Pre-MBINs akira final, downstream of handlebar-like, MB2IN-143, downstream of AN-B2, DSB2A, downstream of SCAN2A, paired with #11853038, left-right NBlast: 0.127510118212467, RIGHT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, mw brain neurons + SU, mw brain inventory, mw draft complete, MN-Sens-Int-2, mw right, mw axon split complete, mw brain neurons split, mw current paired, mw colored-matrix-2019-09-12, TR e R, UNI, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN PN putative, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw MN PN, mw brain contralateral, unknown ventral lineage 4 right, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw SEZ-center dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw PNs to plot, mw 15541971 us partners, mw 15686444 us partners, stable, mw ad hubs_out, mw ad all_hubs, mw brain reviewed <80%, UNI*, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 31_level-6_clusterID-113_signal-flow_-0.048, 35_level-7_clusterID-181_signal-flow_0.218, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; MB2IN-143 (L1EM:12842593); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MB2IN-145 (L1EM:2979486) [VFB_00102eig]

li fragment, Pre-MBE1c-26, WB_DPLam L, GX ; Left, Ingrid Name, Pre-MBONs akira, DPLd_l akira, Pre-MBINs akira final, MB2IN-145, downstream of left uPN, li left uPN everything less than 90% reviewed, except “kc frag”, li found pair but not symatric, Li shared with Laura, unpaired downstream of RIGHT uPNs, batch 3, li temp possible pair - 12, possible paired downstream of RIGHT uPN >= 3 synapses, paired with #9585145, left-right NBlast: 0.409225616107393, Downstream of LEFT uPN with 3 synapses or more to any uPN, pairs ds uPNs >= 5, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, Fragment, m reviewed, LHNs, axoDen uPNs, uLHNs, putative LHN, hemilateral_pair_2979486_9585145, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, DPLd L, IPL/A com, mw current paired, #1T, mw colored-matrix-2019-09-12, ADC, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain contralateral, IPL/A com, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw ds-uPNs, mw LHN-from-uPN, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, mw dSEZ-feedback-1hop 2022-03-15, sw;pairs;L, upFBMBONs, downMBONs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 31_level-6_clusterID-113_signal-flow_-0.048, 35_level-7_clusterID-181_signal-flow_0.218, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; MB2IN-145 (L1EM:2979486); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-145 (L1EM:9585145) [VFB_00102etw]

Pre-MBE1c-26, WB_DPLam R, GX ; Right, Ingrid Name, bilateral axon, Pre-MBONs akira, DPLd_r akira, Pre-MBINs akira final, ASB Right PN-LH Input, MB2IN-145, ASB Right uPN-LH Input, ASB Bridges Right Bilateral, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li found pair but not symatric, li downstream of RIGHT uPN with 3 synapses or more to any uPN, li temp possible pair - 12, Downstream of RIGHT uPN >= 3 synapses individual, all paired downstream of RIGHT uPN >= 3 synapses, possible paired downstream of RIGHT uPN >= 3 synapses, potential paired downstream of RIGHT uPN >= 3 synapses individual, paired with #2979486, left-right NBlast: 0.409225616107393, Downstream of RIGHT uPN with 3 synapses or more to any uPN, pairs ds uPNs >= 5, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, LHNs, axoDen uPNs, uLHNs, putative LHN, hemilateral_pair_2979486_9585145, mw brain neurons, mw brain neurons + SU, DPLd Ingrid, DPLd R, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, IPL/A com, mw axon split complete, mw brain neurons split, #1, mw current paired, mw colored-matrix-2019-09-12, ADC, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain contralateral, IPL/A com, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw ds-uPNs, mw LHN-from-uPN, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, mw dSEZ-feedback-1hop 2022-03-15, sw;pairs;R, upFBMBONs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 31_level-6_clusterID-113_signal-flow_-0.048, 35_level-7_clusterID-181_signal-flow_0.218, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd LHNs, ct LHNs, ct pre-DN-SEZs [MB2IN-145 (L1EM:9585145); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-148 (L1EM:14981128) [VFB_00102f40]

young cells right hemisphere, D, r lineage 4, Kenyon Cell, left, mbi, ni left TODO, WB_MB4 L, WB_MBNBd L, Pre-MBONs-30, Pre-MBE1c-32, Pre-MBINs akira final, MB2IN-148, LEFT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, upstream PI, MB2IN19U, mw brain neurons + SU, mw brain inventory, mw draft complete, MB AL L, EE, mw left, all-to-ipc1L, mw axon split complete, mw brain neurons split, IPM IPA, mw current paired, mw colored-matrix-2019-09-12, #1T, mw brain neurons + sensories, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, ni-neurons 2 MB_l akira, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, EE*, IPM IPA UNI*, sw:brain_paired:L, sw;brainpair;L, mw gustatory-pharyngeal 3rd_order, sw;pairs;L, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, putative non-intrinsic, RGPNs_upstream_AM, mw cascade-5-hop labeled-line 2022-11-03, mw 5678582 downstream partners, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; MB2IN-148 (L1EM:14981128); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-148 (L1EM:9039416) [VFB_00102esf]

next to do, KC KE Jan, MB l, MB l e, MB l not DALv2, NI, Mushroom body non intrinsic right, WB_MBNBd R, Pre-MBONs-30, Pre-MBE1c-32, Pre-MBINs akira final, downstream of handlebar-like, MB2IN-148, li temp upn downstream all non local, RIGHT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, MB2IN19U, mw brain neurons + SU, mw brain inventory, mw draft complete, MB AL R, EE, mw right, mw axon split complete, IPM IPA, mw brain neurons split, #1, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, MB2IN-19up3, ni-neurons 2 MB_r akira, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, EE*, IPM IPA UNI*, sw:brain_paired:R, sw;brainpair;R, mw gustatory-pharyngeal 3rd_order, sw;pairs;R, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, putative non-intrinsic, mw cascade-5-hop labeled-line 2022-11-03, mw 5678582 downstream partners, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; MB2IN-148 (L1EM:9039416); VFB CATMAID L1 CNS]

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MB2IN-149 (L1EM:13854190) [VFB_00102f2k]

Pre-MBE4h-23, WB_BAmas L, FU ; Left, Ingrid Name, BAmas12_dor_l akira, Pre-MBE1d-4, Pre-MBINs akira final, MB2IN-149, downstream of AN-B1, LEFT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, hemilateral_pair_5476653_13854190, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, BAmas1/2 L, mw axon split complete, TR IPA com, mw brain neurons split, mw current paired, mw colored-matrix-2019-09-12, #5T, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ 2nd_order, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw bilateral axon, SMP comp L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, TRdm comp L, mw test matrices, stable, TR IPA com, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw enteric 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw enteric 2nd_order PN-old, mw dSEZ-feedback-1hop 2022-03-15, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 31_level-6_clusterID-113_signal-flow_-0.048, 54_level-7_clusterID-182_signal-flow_-0.290, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; MB2IN-149 (L1EM:13854190); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-149 (L1EM:5476653) [VFB_00102elv]

SOG neurons, Pre-MBE4h-23, WB_BAmas R, FU ; Right, Ingrid Name, BAmas12_dor_r akira, Pre-MBE1d-4, Pre-MBINs akira final, MB2IN-149, downstream of mPN, downstream of AN-B2, DSB2A, RIGHT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, hemilateral_pair_5476653_13854190, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, TR IPA com, mw axon split complete, mw brain neurons split, mw current paired, mw colored-matrix-2019-09-12, Purkinje-like Frank Hirth, #5, BAmas1/2 R, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ 2nd_order, mw dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, SMP comp, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, TRdm comp, mw test matrices, stable, TR IPA com, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw enteric 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw enteric 2nd_order PN-old, mw dSEZ-feedback-1hop 2022-03-15, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 31_level-6_clusterID-113_signal-flow_-0.048, 54_level-7_clusterID-182_signal-flow_-0.290, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; MB2IN-149 (L1EM:5476653); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-153 (L1EM:11303036) [VFB_00102ey8]

pDM Bundle 4, nadia, CM4 r diff cells, Pre-MBE4h-30, WB_CM4 L, FX ; Left, Ingrid Name, CM4-dm_l akira, Pre-MBINs akira final, MB2IN-153, LEFT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, IP com SEZ, mw current paired, AUTO ascending neurons, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IP VMC com desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-RG feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ad hubs_out, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integration 4-hop, mw noci 3rd_order, sw;pairs;L, downMBONs, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; MB2IN-153 (L1EM:11303036); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-153 (L1EM:15823055) [VFB_00102f6s]

Pre-MBE4h-30, WB_CM4 R, FX ; Right, Ingrid Name, CM4-dm_r akira, CM4 descending with loop, Pre-MBINs akira final, MB2IN-153, RIGHT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw right, IP com SEZ, mw axon split complete, mw brain neurons split, #3, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IP VMC com desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ad hubs_out, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integration 4-hop, mw noci 3rd_order, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, remove FB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); MB2IN-153 (L1EM:15823055); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-155 (L1EM:11625573) [VFB_00102eym]

pDM Bundle 7, CM1 r diff cells, nadia, CM13_med_l akira, Pre-MBE4h-37, Pre-MBINs akira final, MB2IN-155, m review, CM13 med 1 L, m reviewed, Pre-DN17-18, LEFT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, hemilateral_pair_11625573_18545747, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, CM1/3 m L, mw axon split complete, mw brain neurons split, LAL com, CM1/3 L, #13T, mw current paired, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Laura Circuit, LAL com posterior L, stable, mw 4966994 upstream partners, nr Tel-like 10 downstream 2-hop, LAL com 1, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw noci 3rd_order, mw respiratory 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; MB2IN-155 (L1EM:11625573); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-155 (L1EM:18545747) [VFB_00102fk5]

DALv2/3 Target Neurons, #2 MB PN target neurons ipsilateral brain hemisphere, WB_CM3 R, BL 7 ; Right, Ingrid Name, columns, central complex layers PB FB EB, brain downstream of A08s2_a2r, clb:todo, CM13 med LALmed, CM13_med_r akira, clb:soma, clb:joined, Pre-MBE4h-37, Pre-MBINs akira final, MB2IN-155, clb:todo_A08, ASB Downstream of Ipsi Bridges Right, I. III. Posterior target neuron #2 MB PN; CM13 med 8, open ends bug, CM13 med 1 R, m review, m reviewed, Pre-DN17-18, RIGHT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, hemilateral_pair_11625573_18545747, mw brain neurons, mw brain neurons + SU, CM1/3 m R, mw brain inventory, mw previously complete, LAL com, mw right, mw axon split complete, mw brain neurons split, CM1/3 R, #13, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Laura Circuit, LAL com posterior, stable, mw 4966994 upstream partners, nr Tel-like 10 downstream 2-hop, LAL com 1, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw noci 3rd_order, mw respiratory 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [MB2IN-155 (L1EM:18545747); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-156 (L1EM:10229852) [VFB_00102ev2]

nadia, pDM Bundle 7, CM3 r, CM3 r diff cells, WB_CM3 L, Pre-MBE4h-38, Pre-MBINs akira final, MB2IN-156, LEFT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, CM1/3 L, LAL com, #6T, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, LALshellmed L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, CM13_lat_l akira, LAL com posterior L, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, LAL com 3, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;idev2, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-VNCs [MB2IN-156 (L1EM:10229852); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

Tags:

MB2IN-156 (L1EM:16347283) [VFB_00102f85]

WB_CM3 R, CM13_lat_r akira, Pre-MBE4h-38, Pre-MBINs akira final, MB2IN-156, RIGHT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, mw brain neurons, mw brain neurons + SU, CM1/3 l R, mw complete, mw brain inventory, LAL com, mw right, mw axon split complete, mw brain neurons split, #6, CM1/3 R, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, LALshellmed, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, mw brain open-ends 2, LAL com 3, sw:brain_paired:R, sw;brainpair;R, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;idev2, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-VNCs [MB2IN-156 (L1EM:16347283); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-157 (L1EM:10276161) [VFB_00102ev8]

Fragment ML l, DALcm d, Albert LAL inputs TODO, WB_DALd R, DALd_r akira, ASB right, Pre-MBE4h-39, Pre-MBINs akira final, MB2IN-157, RIGHT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, mw axon split complete, UNI, mw brain neurons split, #1, mw current paired, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 1961182 ds contralateral partners, stable, mw 4966994 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw noci 4th_order, mw proprio 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, mw dSEZ-feedback-2hop 2022-03-15, downFB, bilateral Laura, sw;pairs;R, downFBPBs, downPB, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 6_level-3_clusterID-13_signal-flow_-0.614, 13_level-4_clusterID-27_signal-flow_-0.716, 27_level-5_clusterID-56_signal-flow_-0.695, 49_level-6_clusterID-102_signal-flow_-0.746, 74_level-7_clusterID-170_signal-flow_-0.721, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [transmission electron microscopy (TEM); MB2IN-157 (L1EM:10276161); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

Tags:

MB2IN-157 (L1EM:1646076) [VFB_00102eh7]

WB_DALd L, DALd_l akira, brain downstream of A08s2_a2r, clb:todo, clb:joined, clb:soma, clb:important, Pre-MBE4h-39, Pre-MBINs akira final, MB2IN-157, clb:todo_A08, LEFT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, mw brain neurons, mw brain neurons + SU, DAld L, mw brain inventory, mw draft complete, mw left, mw axon split complete, UNI, mw brain neurons split, #1T, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 1961182 ds contralateral partners, stable, mw 4966994 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integration 4-hop, mw noci 4th_order, mw proprio 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, downFBPBs, downPB, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 6_level-3_clusterID-13_signal-flow_-0.614, 13_level-4_clusterID-27_signal-flow_-0.716, 27_level-5_clusterID-56_signal-flow_-0.695, 49_level-6_clusterID-102_signal-flow_-0.746, 74_level-7_clusterID-170_signal-flow_-0.721, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; MB2IN-157 (L1EM:1646076); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MB2IN-159 (L1EM:16283590) [VFB_00102f7s]

Pre-MBE10a-6, WB_BLAv L, GE ; Left, Ingrid Name, *BLDd_l akira, Pre-MBINs akira final, MB2IN-159, ASB Downstream of Ipsi Bridges Right, LEFT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, mw brain neurons, mw brain neurons + SU, BLAv12_ant_l akira, mw brain inventory, mw left, BLAv1/2 a L, SLP VLP com, AUTO neuron fragments at 1103 gap, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, #1T, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, mw brain unpaired checked once, mw brain crosses commissure, VLPm com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw mixed axon/dendrite <0.2 segregation index, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 9792178 upstream partners, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, sw;idev1, sw;pairs;L, sw;mdev4, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 29_level-6_clusterID-67_signal-flow_-0.012, 48_level-7_clusterID-67_signal-flow_-0.012, mw check high dendritic OI, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; MB2IN-159 (L1EM:16283590); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MB2IN-159 (L1EM:18639459) [VFB_00102fkd]

*BLP34_r akira, potential descending neuron, WB_BLVa R, Interesting descending, Javier Brain, l lineage a, ASB right, brain gap crossing, *DPLal1-3_r akira, DPLal1-3 med, Pre-MBE10a-6, GE ; Right, Ingrid Name, *BLDd_r akira, Pre-MBINs akira final, downstream of handlebar-like, ASB Right PN-LH Input, MB2IN-159, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB clutch and relay, RIGHT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, DPlal1-3_med_r akira, mw brain neurons, mw brain neurons + SU, DPLal1-3 R, mw brain inventory, mw draft complete, mw right, DPLal1-3 m R, IPL/M com, mw axon split complete, mw brain neurons split, #6, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPL/M com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, mw 16686371 us partners, mw 10982951 ds ipsilateral partners, stable, mw ad hubs_out, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 21_level-6_clusterID-69_signal-flow_0.217, 46_level-7_clusterID-123_signal-flow_0.013, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; MB2IN-159 (L1EM:18639459); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MB2IN-159 left alternative (L1EM:8253620) [VFB_00102eqc]

27 down 2, ASB left, DPlal1-3_ant_l akira, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, DPLal1-3 L, IPL/M com, #6T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPL/M com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, mw 16686371 us partners, mw 10982951 ds ipsilateral partners, stable, mw ad hubs_out, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 21_level-6_clusterID-69_signal-flow_0.217, 46_level-7_clusterID-123_signal-flow_0.013, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; MB2IN-159 left alternative (L1EM:8253620); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MB2IN-160 (L1EM:15517247) [VFB_00102f4r]

Pre-MBE10a-10, WB_DALcm12 L, GH ; Left, Ingrid Name, DALcm12-m_l akira, ASB left, DALcm12 L v e, Pre-MBINs akira final, MB2IN-160, LEFT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, mw brain neurons, mw brain neurons + SU, DALcm1/2 m L, mw brain inventory, mw previously complete, mw left, mw brain neurons split, UNI, #3T, mw current paired, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, UNI, mw preliminary LN, mw brain matrix, mw mixed axon/dendrite <0.2 segregation index, mw brain contralateral, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, mw check cool bi, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw bilateral axon asymmetrical neurons, nr Tel-like 10 downstream 3-hop, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, sw;mdev3, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, mw check high dendritic OI, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; MB2IN-160 (L1EM:15517247); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-160 (L1EM:16335254) [VFB_00102f7y]

TS03, Pre-MBE10a-10, WB_DALcm12 R, GH ; Right, Ingrid Name, DALcm12-m_r akira, ASB right, Pre-MBINs akira final, MB2IN-160, downstream of mPN, connect to locked, connect to locked MBE20, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, RIGHT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, upstream PI, MB2IN19U, mw brain neurons, mw brain neurons + SU, DALcm1/2 m R, mw brain inventory, mw previously complete, mw right, mw brain neurons split, UNI, #3, DH44_inter_T1_nosens, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, UNI, mw preliminary LN, mw brain matrix, Pankratz pre, mw mixed axon/dendrite <0.2 segregation index, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, mw bilateral axon asymmetrical neurons, nr Tel-like 10 downstream 3-hop, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, sw;mdev3, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, mw check high dendritic OI, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; MB2IN-160 (L1EM:16335254); VFB CATMAID L1 CNS]

Tags:

MB2IN-161 (L1EM:15636958) [VFB_00102f5u]

DPLal R, Pre-MBE10a-11, Pre-MBE10b-6, WB_DPLal123 R, GI ; Right, Ingrid Name, DPLal1-3 ant, DPlal1-3_ant_r akira, ASB right, downstream of mPN iACT A2 right, Pre-MBINs akira final, downstream of handlebar-like, ASB Right PN-LH Input, MB2IN-161, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, ASB No Way Out A2 39, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, RIGHT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, mw brain neurons, mw brain neurons + SU, DPLal1-3 R, mw brain inventory, mw draft complete, mw right, DPLal1-3 a R, IPL/M com, mw axon split complete, mw brain neurons split, #1, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPL/M com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-1hop 2022-03-15, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; MB2IN-161 (L1EM:15636958); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-161 (L1EM:17354392) [VFB_00102fdr]

WB_DPLal123 L, DPlal1-3_med_l akira, downstream of mPN iACT A2 left, downstream of left uPN, ASB downstream of right mPNs, li left uPN everything less than 90% reviewed, except “kc frag”, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw issues, mw draft complete, mw left, DPLal1-3 L, mw axon split complete, DPLal1-3 m L, IPL/M com, mw brain neurons split, #5T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, MB2IN-161, mw brain neurons + sensories, mw brain crosses commissure, IPL/M com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, IPLMall L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-1hop 2022-03-15, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [MB2IN-161 (L1EM:17354392); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MB2IN-161 left alternative (L1EM:15639216) [VFB_00102f5x]

Pre-MBE10a-11, Pre-MBE10b-6, WB_DPLal123 L, GI ; Left, Ingrid Name, DPlal1-3_ant_l akira, Pre-MBINs akira final, LEFT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, DPLal1-3 L, mw axon split complete, mw brain neurons split, DPLal1-3 a L, IPL/M com, mw current paired, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPL/M com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw degree 30-40, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 15517247 us partners, mw 15541971 us partners, mw 17360076 ds contralateral partners, stable, mw ad hubs_out, mw 3820148 upstream partners, mw 15676016 downstream partners, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integration 2-hop, mw gustatory-external 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, mw 17360076 downstream partners, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 31_level-6_clusterID-113_signal-flow_-0.048, 35_level-7_clusterID-181_signal-flow_0.218, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [MB2IN-161 left alternative (L1EM:15639216); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MB2IN-161 right alternative (L1EM:15639331) [VFB_00102f5y]

DPLal, WB_DPLal123 R, Pre-MBONs-20, *DPLal1-3_r akira, DPLal1-3 med, Uncertain Continuation, li temp upn downstream all non local, upstream PI, DPlal1-3_med_r akira, mw brain neurons, mw brain neurons + SU, DPLal1-3 R, mw brain inventory, mw draft complete, mw right, DPLal1-3 m R, IPL/M com, mw axon split complete, mw brain neurons split, DH44_inter_T1_nosens, #5, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw brain neurons + sensories, mw brain crosses commissure, IPL/M com, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, IPL/Mall, IPLMall, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 15517247 us partners, mw 15541971 us partners, mw 17360076 ds contralateral partners, stable, mw ad hubs_out, mw 3820148 upstream partners, mw 15676016 downstream partners, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, mw 17360076 downstream partners, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 31_level-6_clusterID-113_signal-flow_-0.048, 35_level-7_clusterID-181_signal-flow_0.218, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; MB2IN-161 right alternative (L1EM:15639331); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-162 (L1EM:10627239) [VFB_00102ew4]

Javier Brain, DPLl_r akira, Search for EB, downstream of mPN iACT A2 right, Pre-MBE10a-13, Pre-MBE10b-14, Pre-MBINs akira final, ASB No Way Out A1 18 merge, downstream of handlebar-like, ASB Right PN-LH Input, MB2IN-162, connect to locked, connect to locked MBE20, ASB mPN-Dorsal Lobe, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, ASB TODO A2 12, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, PB_upstream_akira, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li temp upn downstream all non local, mw paired 124, paired ds mPNs right >= 5 synapses individual, laura to review mPNs, RIGHT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, mw brain neurons, mw brain neurons + SU, DPLl1-3 a R, mw brain inventory, mw draft complete, mw right, mw axon split complete, SLP IP com, mw brain neurons split, #1, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, IP VLP com, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 1961182 us partners, mw 17165621 ds contralateral partners, mw 17729973 us partners, stable, mw brain unreviewed, DPLl1-3 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, upFBPBs, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; MB2IN-162 (L1EM:10627239); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-162 (L1EM:2438653) [VFB_00102ehi]

WB_DPLl2 L, DPLp_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw issues, mw mixed lineage neurons, mw left, mw axon split complete, mw brain neurons split, DPLl1-3 a L, SLP IP com, #2T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, IP VLP com, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, MB2IN-162, mw 1961182 us partners, mw 17165621 ds contralateral partners, mw 17729973 us partners, stable, mw brain reviewed <80%, mw brain open-ends 2, DPLl1-3 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, upFBPBs, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [transmission electron microscopy (TEM); MB2IN-162 (L1EM:2438653); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

Tags:

MB2IN-162/163 like left; Bilateral above BPL, DS BTL4_left (L1EM:15608953) [VFB_00102f5m]

WB_DPLl L, DPLl_l akira, Search for EB, Pre-MBE10a-13, Pre-MBE10b-14, Pre-MBINs akira final, PB_upstream_akira, mw paired 124, pair of ds mPN right >= 5, laura to review mPNs, LEFT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, upstream PL, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, DPLl1-3 a L, SLP IP com, mw current paired, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, IP VLP com, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 1961182 us partners, mw 17165621 ds ipsilateral partners, mw 17165621 ds contralateral partners, mw 17729973 us partners, stable, mw brain reviewed <80%, mw brain open-ends 2, DPLl1-3 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, upFBPBs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw 19880740 downstream partners, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; MB2IN-162/163 like left; Bilateral above BPL, DS BTL4_left (L1EM:15608953); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-162/163 like right (L1EM:15632120) [VFB_00102f5p]

WB_DPLl R, DPLl_r akira, Search for EB, ASB TODO B3 right, downstream of handlebar-like, downstream of mPN iACT A2 right, ASB Right PN-LH Input, ASB Downstream of Ipsi Bridges Right, ASB mPN-Dorsal Lobe, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, unpaired ds mPNs right >= 5 synapses individual, upstream PL, mw brain neurons, mw brain neurons + SU, DPLl1-3 a R, mw brain inventory, mw draft complete, mw mixed lineage neurons, mw right, mw axon split complete, SLP IP com, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, IP VLP com, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 1961182 us partners, mw 17165621 ds ipsilateral partners, mw 17165621 ds contralateral partners, mw 17729973 us partners, stable, mw brain unreviewed, mw brain open-ends 1, DPLl1-3 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, upFBPBs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw 19880740 downstream partners, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; MB2IN-162/163 like right (L1EM:15632120); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-163 (L1EM:15632282) [VFB_00102f5q]

Pre-MBE10a-14, WB_DPLl L, GL ; Left, Ingrid Name, ASB left, DPLl_l akira, Search for EB, Pre-MBINs akira final, MB2IN-163, LEFT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, hemilateral_pair_15632282_16884085, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw issues, mw draft complete, mw left, mw axon split complete, mw brain neurons split, SLP IP com, DPLl1-3 a L, mw current paired, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, IP VLP com, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 17729973 us partners, stable, mw brain unreviewed, mw brain open-ends 1, DPLl1-3 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;pairs;L, upFBPBs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; MB2IN-163 (L1EM:15632282); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

Tags:

MB2IN-163 (L1EM:16884085) [VFB_00102fb7]

Larisa crossed, Pre-MBE10a-14, GL ; Right, Ingrid Name, DPLl_r akira, Search for EB, Pre-MBINs akira final, downstream of handlebar-like, ASB TODO, ASB Right PN-LH Input, MB2IN-163, frag microtubules, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, RIGHT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, hemilateral_pair_15632282_16884085, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, mw axon split complete, mw brain neurons split, SLP IP com, mw current paired, #3, mw colored-matrix-2019-09-12, DPLl1-3 a R, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, IP VLP com, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 17729973 us partners, stable, mw brain reviewed <80%, DPLl1-3 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;pairs;R, upFBPBs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; MB2IN-163 (L1EM:16884085); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-164 (L1EM:10955244) [VFB_00102ex7]

Larisa fragment to solve, ASB left, DPLl_l akira, Search for EB, Pre-MBE10a-15, Pre-MBINs akira final, MB2IN-164, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, mw paired 7, mw paired 90, pair of ds mPN right >= 5, li temp pair -40, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, laura to review mPNs, Downstream of LEFT uPN with 3 synapses or more to any uPN, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, pairs ds visual PNs >= 5, ambigous axon split, LHNs, axoAmb mPNs, axoAmb vPNs, mLHNs, vLHNs, putative LHN, hemilateral_pair_10955244_11248536, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, IPL/A com, DPLl1-3 a L, mw current paired, mw colored-matrix-2019-09-12, #2T, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain contralateral, SLP IPA com, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-vPNs, mw LHN, DPLl1-3 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw LHN-vPN, mw interhemispheric integration 2-hop, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); MB2IN-164 (L1EM:10955244); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-164 (L1EM:11248536) [VFB_00102ey2]

Larisa down OIN1, Larisa fragment to solve, DPLl_r akira, ASB right, Search for EB, Pre-MBE10a-15, Pre-MBINs akira final, MB2IN-164, downstream of mPN, connect to locked MBE20, li temp 10 25 2016 below 1500 nodes right, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li temp unpaird downstream of right uPN batch 1, Li shared with Laura, unpaired downstream of RIGHT uPNs, li downstream of RIGHT uPN with 3 synapses or more to any uPN, Downstream of RIGHT uPN >= 3 synapses individual, all paired downstream of RIGHT uPN >= 3 synapses, confirmed paired downstream of RIGHT uPN >= 3 synapses individual, mw paired 7, mw paired 90, paired ds mPNs right >= 5 synapses individual, li temp pair -40, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, laura to review mPNs, Downstream of RIGHT uPN with 3 synapses or more to any uPN, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, pairs ds visual PNs >= 5, ambigous axon split, LHNs, axoAmb mPNs, axoAmb vPNs, mLHNs, vLHNs, putative LHN, hemilateral_pair_10955244_11248536, mw brain neurons, mw brain neurons + SU, DPLl1-3 a R, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, IPL/A com, mw axon split complete, mw brain neurons split, #1, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain contralateral, SLP IPA com, mw dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-vPNs, mw LHN, DPLl1-3 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw LHN-vPN, mw interhemispheric integration 2-hop, sw;pairs;R, downMBONs, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd LHNs, ct LHNs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; MB2IN-164 (L1EM:11248536)]

Tags:

MB2IN-165 (L1EM:12667895) [VFB_00102f0l]

det pair, WB_DPLl2 L, Hairbrush, 42a_82a, DPLp_l akira, Pre-MBE10a-16, Pre-MBE10b-15, Pre-MBINs akira final, MB2IN-165, li left uPN everything less than 90% reviewed, except “kc frag”, mw paired 154, pair of ds mPN right >= 5, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, LEFT, Rest of MB2INs akira, Other MB2INs akira, pairs ds mPNs >= 10, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, LHNs, axoDen mPNs, mLHNs, putative LHN, hemilateral_pair_12667895_17425996, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, DPLp1/2 L, IPL/M, mw current paired, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain ipsilateral, IPL/M, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw degree 30-40, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 1961182 us partners, mw 17729973 us partners, stable, mw ad hubs_out, mw ad all_hubs, mw brain open-ends 3, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 48_level-7_clusterID-170_walksort-0.540, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 27_level-6_clusterID-108_signal-flow_0.011, 47_level-7_clusterID-176_signal-flow_0.010, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; MB2IN-165 (L1EM:12667895); VFB CATMAID L1 CNS]

Tags:

MB2IN-165 (L1EM:17425996) [VFB_00102ffc]

Hairbrush, DPLp_r akira, 42a_82a, Pre-MBE10a-16, Pre-MBE10b-15, Pre-MBINs akira final, ASB LH Interneuron, ASB Right PN-LH Input, MB2IN-165, connect to locked, connect to locked MBE20, downstream of mPN, frag, ASB No Way Out PN-LH, downstream of left uPN, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, li temp upn downstream all non local, mw paired 154, paired ds mPNs right >= 5 synapses individual, paired ds mPNs right >= 10 synapses individual, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, RIGHT, Rest of MB2INs akira, Other MB2INs akira, pairs ds mPNs >= 10, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, LHNs, axoDen mPNs, mLHNs, putative LHN, hemilateral_pair_12667895_17425996, mw brain neurons, mw brain neurons + SU, DPLp1/2 R, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, IPL/M, mw axon split complete, mw brain neurons split, #3, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain ipsilateral, IPL/M, mw dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 1961182 us partners, mw 17729973 us partners, stable, mw ad hubs_out, mw ad all_hubs, sw:brain_paired:R, sw;brainpair;R, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 48_level-7_clusterID-170_walksort-0.540, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 27_level-6_clusterID-108_signal-flow_0.011, 47_level-7_clusterID-176_signal-flow_0.010, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; MB2IN-165 (L1EM:17425996); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-166 (L1EM:12425856) [VFB_00102f08]

Pre-MBE10b-1, GM ; Left, Ingrid Name, BAlp_ant_l akira, Pre-MBINs akira final, MB2IN-166, downstream of AN-B1, ASB downstream of right mPNs, LEFT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, hemilateral_pair_12425856_13173311, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, mw axon split complete, TR IPM/L, mw brain neurons split, BAlp1-3 L, #2T, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR IPL/M, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw MN PN, mw MN only PN, mw brain ipsilateral, mw brain matrix + A1, FOR21, mw pre-dVNC 1%, FOR21_inter, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw 3486867 downstream partners, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-pharyngeal 2nd_order, mw gustatory-pharyngeal 2nd_order PN-old, sw;pairs;L, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, ND_published, ND_all published et al, ctd PNs, ct PNs, ct pre-DN-SEZs, ct pre-DN-VNCs [MB2IN-166 (L1EM:12425856); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-166 (L1EM:13173311) [VFB_00102f1c]

Pre-MBE10b-1, GM ; Right, Ingrid Name, Pre-MBINs akira final, MB2IN-166, downstream of AN-B2, DSB2B, RIGHT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, BAlp_ant_r akira, hemilateral_pair_12425856_13173311, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, TR IPM/L, mw axon split complete, mw brain neurons split, #2, BAlp1-3 R, mw current paired, AUTO descending neurons to SEZ, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR IPL/M, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw MN PN, mw MN only PN, mw brain ipsilateral, mw brain matrix + A1, FOR21, mw pre-dVNC 1%, FOR21_inter, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw 3486867 downstream partners, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-pharyngeal 2nd_order, mw gustatory-pharyngeal 2nd_order PN-old, sw;pairs;R, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd PNs, ct PNs, ct pre-DN-SEZs, ct pre-DN-VNCs [MB2IN-166 (L1EM:13173311); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

Tags:

MB2IN-167 (L1EM:17326218) [VFB_00102fdf]

Pre-MBE10b-12, WB_BLVp2 R, GO ; Right, Ingrid Name, BLVa34_r akira, Pre-MBINs akira final, MB2IN-167, connect to locked, connect to locked MBE20, downstream of mPN, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, RIGHT, Rest of MB2INs akira, Other MB2INs akira, Sensory_to_VL_MBINs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_select_right_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, neuron, hemilateral_pair_4664256_17326218, mw brain neurons, mw brain neurons + SU, BLVa3/4 a R, mw brain inventory, mw previously complete, mw right, mw axon split complete, mw brain neurons split, #2, mw current paired, mw colored-matrix-2019-09-12, IPM, mw brain neurons + sensories, VLP IPM, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, nr Tel-like 10 downstream 2-hop, mw backup locked, sw:brain_paired:R, sw;brainpair;R, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;idev5, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs, ct pre-DN-VNCs [MB2IN-167 (L1EM:17326218); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-167 (L1EM:4664256) [VFB_00102el3]

Larisa fragment to solve, SYMM, det pair, Pre-MBE10b-12, WB_BLVp1 L, GO ; Left, Ingrid Name, BLVa34_l akira, Pre-MBINs akira final, MB2IN-167, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, LEFT, Rest of MB2INs akira, Other MB2INs akira, Sensory_to_VL_MBINs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, locked, hemilateral_pair_4664256_17326218, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, mw axon split complete, mw brain neurons split, BLVa3/4 a L, mw current paired, mw colored-matrix-2019-09-12, #2T, IPM, mw brain neurons + sensories, VLP IPM, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, stable, nr Tel-like 10 downstream 2-hop, mw backup locked, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;idev5, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); MB2IN-167 (L1EM:4664256); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-168 (L1EM:16369928) [VFB_00102f8d]

Pre-MBE10b-13, GP ; Right, Ingrid Name, VLP LAL, BLAvm ant, BLAvm ant_r akira, Search for EB, Pre-MBINs akira final, ASB TODO, frag, downstream of handlebar-like, ASB Right PN-LH Input, MB2IN-168, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, mw paired 152, paired ds mPNs right >= 5 synapses individual, RIGHT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, mw brain neurons, mw brain neurons + SU, mw complete, BLAvm a R, mw brain inventory, mw right, mw axon split complete, SLP IP com, mw brain neurons split, #3, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLPd IP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; MB2IN-168 (L1EM:16369928); VFB CATMAID L1 CNS]

Tags:

MB2IN-168 (L1EM:16799809) [VFB_00102far]

Pre-MBE10b-13, GP ; Left, Ingrid Name, BLAvm ant_l akira, Search for EB, Pre-MBINs akira final, MB2IN-168, mw paired 152, pair of ds mPN right >= 5, LEFT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw current paired, BLAvm a L, SLP IP com, mw colored-matrix-2019-09-12, #3T, mw brain neurons + sensories, mw brain crosses commissure, VLPd IP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, NO WAY OUT, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw check cool bi, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); MB2IN-168 (L1EM:16799809); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-169 (L1EM:15638906) [VFB_00102f5v]

DPLal R, WB_DPLal123 R, neuron, DPLal1-3_r akira, ASB right, downstream of mPN iACT A2 right, Pre-MBE10b-16, Pre-MBINs akira final, downstream of handlebar-like, ASB Right PN-LH Input, MB2IN-169, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, ASB No Way Out 35, ASB No Way Out A2 20, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, mw paired 104, paired ds mPNs right >= 5 synapses individual, RIGHT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, mw brain neurons, mw brain neurons + SU, DPLal1-3 R, mw brain inventory, mw draft complete, mw right, DPLal1-3 a R, IPL/M com, mw axon split complete, mw brain neurons split, #2, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPL/M com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, IPL/Mall, IPLMall, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, mw 15541971 ds contralateral partners, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; MB2IN-169 (L1EM:15638906); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-169 (L1EM:17360010) [VFB_00102fea]

WB_DPLal123 L, DPlal1-3_ant_l akira, Pre-MBE10b-16, Pre-MBINs akira final, MB2IN-169, ASB Downstream of Ipsi Bridges Right, mw paired 104, pair of ds mPN right >= 5, LEFT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, DPLal1-3 L, mw axon split complete, DPLal1-3 a L, mw brain neurons split, IPL/M com, mw current paired, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPL/M com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, IPLMall L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 15541971 ds contralateral partners, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; MB2IN-169 (L1EM:17360010); VFB CATMAID L1 CNS]

Tags:

MB2IN-170 (L1EM:5033480) [VFB_00102elg]

27 down 2, WB_BLVp3 L, BLAvm post_l akira, Search for EB, Pre-MBE10b-17, Pre-MBINs akira final, MB2IN-170, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, LEFT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, hemilateral_pair_5033480_5700090, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw current paired, BLAvm p L, SLP VLP IPL com, mw colored-matrix-2019-09-12, #7T, mw brain neurons + sensories, mw brain crosses commissure, VLPd VLPl IPL com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw ds-pre-dVNC, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw ad hubs_out, mw ad all_hubs, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; MB2IN-170 (L1EM:5033480); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-170 (L1EM:5700090) [VFB_00102emi]

VLP LAL, BLAvm post_r akira, Search for EB, Pre-MBE10b-17, Pre-MBINs akira final, downstream of handlebar-like, ASB Right PN-LH Input, MB2IN-170, connect to locked, connect to locked MBE20, downstream of mPN, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, RIGHT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, hemilateral_pair_5033480_5700090, mw brain neurons, mw brain neurons + SU, mw complete, BLAvm p R, mw brain inventory, mw right, mw axon split complete, SLP VLP IPL com, mw brain neurons split, #7, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLPd VLPl IPL com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw ds-pre-dVNC, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw ad hubs_out, mw ad all_hubs, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; MB2IN-170 (L1EM:5700090); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MB2IN-171 (L1EM:16561284) [VFB_00102f9t]

ring neurons, Neuron 17227149, ring candidate akira, brain downstream of A08s2_a2r, clb:todo, DALv3_l akira, ASB left, clb:soma, clb:joined, clb:important, ellipsoid body, Pre-MBE19-16, Pre-MBINs akira final, MB2IN-171, clb:todo_A08, LAL rows inner, LEFT, U3A2a, S10A2, S8A1, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, MB2IN-171-L, S8A1-Simplified, hemilateral_pair_16561284_17173922, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, DALv2/3 acc med L, mw axon split complete, mw brain neurons split, mw current paired, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, post-post-proprioceptor in central complex, mw brain crosses commissure, LAL IPA com, mw CX, mw brain matrix, mw open-ends unpublished, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, VMCc L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw pre-dVNC 1%, stable, mw aa hubs_in_out, nr Tel-like 10 downstream 3-hop, mw aa all_hubs, mw brain open-ends 3, sw:brain_paired:L, sw;brainpair;L, sw;deviant;L, sw;4dev;L, mw noci 2nd_order, mw noci 2nd_order PN-old, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, downLAL, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 56_level-6_clusterID-71_signal-flow_-1.328, 87_level-7_clusterID-128_signal-flow_-1.325, mw cascade-5-hop integrative 2022-11-03, LAL IPA com 2*, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; MB2IN-171 (L1EM:16561284); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-171 (L1EM:17173922) [VFB_00102fcy]

rows, down_octop_fragment_stuck, central complex layers PB FB EB, ring neurons, ring candidate akira, DALv3_r akira, ASB right, ellipsoid body, Pre-MBE19-16, Pre-MBINs akira final, MB2IN-171, LAL rows inner, RIGHT, U3A2a, S10A2, S8A1, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, MB2IN-171-R, S8A1-Simplified, hemilateral_pair_16561284_17173922, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw right, DALv2/3 acc med R, mw axon split complete, mw brain neurons split, #2, DALd downstream, mw current paired, mw colored-matrix-2019-09-12, Merged: Neuron 20306607, mw brain neurons + sensories, post-post-proprioceptor in central complex, mw brain crosses commissure, LAL IPA com, mw CX, mw brain matrix, mw open-ends unpublished, mw brain contralateral, VMCc, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw pre-dVNC 1%, stable, mw aa hubs_in_out, nr Tel-like 10 downstream 3-hop, mw aa all_hubs, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integration 4-hop, sw;deviant;R, sw;4dev;R, mw noci 2nd_order, mw noci 2nd_order PN-old, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, downLAL, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 56_level-6_clusterID-71_signal-flow_-1.328, 87_level-7_clusterID-128_signal-flow_-1.325, mw cascade-5-hop integrative 2022-11-03, LAL IPA com 2*, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); MB2IN-171 (L1EM:17173922); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-173 (L1EM:5585799) [VFB_00102em5]

Larisa fragment to solve, Neuron 13359737 comtinues after gap, SYMM, symm_h, down-PVL09-7, Larisa circuits akira, Pre-MBE24a-30, FB ; Right, Akira to Volker, ASB No Way Out B1 right 8, Pre-MBINs akira final, connect to locked, connect to locked MBE20, downstream of mPN, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, mw paired 105, paired ds mPNs right >= 5 synapses individual, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, potential pairs ds thermo PNs >= 5, RIGHT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, upstream PI, minor check LHON 5% input aver, LHNs, axoDen mPNs, axoDen tPNs, mLHNs, tLHNs, putative LHN, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, mw axon split complete, mw brain neurons split, DH44_inter_T1_sens, DH44_inter_T1_nosens, mw current paired, mw colored-matrix-2019-09-12, clNP, IP com, #2, mw brain neurons + sensories, mw brain crosses commissure, DPLm1_r akira, mw brain matrix, Pankratz pre, mw open-ends unpublished, mw brain contralateral, VLP com, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, MB2IN-173, stable, mw ad hubs_out, mw ds-vPNs, mw ds-tPNs, mw LHN, mw ad all_hubs, mw brain open-ends 3, DPLm1 R, ac locked, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw noci 3rd_order, mw thermo-cold 3rd_order, mw mechano-Ch 3rd_order, mw LHN-vPN and LHN-tPN, sw;pairs;R, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; MB2IN-173 (L1EM:5585799); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-173 (L1EM:9488991) [VFB_00102etk]

TO Review Done Midline crossing, SYMM, symm_h, down-PVL09-7, Larisa circuits akira, Pre-MBE24a-1, EY ; Left, Ingrid Name, Pre-MBINs akira final, MB2IN-173, ASB downstream of right mPNs, mw paired 142, pair of ds mPN right >= 5, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, LEFT, potential pairs ds visual PNs >= 5, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, upstream PI, LHNs, axoDen mPNs, axoDen tPNs, axoDen vPNs, mLHNs, tLHNs, vLHNs, putative LHN, MB2IN19U, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, DH44_inter_T1_nosens, mw current paired, AUTO ascending neurons at 1112 gap, mw colored-matrix-2019-09-12, IP com, clNP, #1T, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, Pankratz pre, DPLm1_l akira, mw brain contralateral, VLP com, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw ad hubs_out, mw ds-vPNs, mw ds-tPNs, mw LHN, mw ad all_hubs, mw brain reviewed <80%, DPLm1 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw noci 3rd_order, mw thermo-cold 3rd_order, mw mechano-Ch 3rd_order, mw LHN-vPN and LHN-tPN, sw;pairs;L, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; MB2IN-173 (L1EM:9488991); VFB CATMAID L1 CNS]

Tags:

MB2IN-174 (L1EM:16131474) [VFB_00102f7h]

Larisa PVL09 downstream, Larisa check cross, SYMM, symm_h, down-PVL09-7, Larisa circuits akira, Pre-MBE24a-1, EY ; Right, Ingrid Name, ASB right, Akira to Volker, Pre-MBINs akira final, downstream of mPN, ASB Right PN-LH Input, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, paired ds mPNs right >= 5 synapses individual, mw paired 142, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, potential pairs ds visual PNs >= 5, RIGHT, Rest of MB2INs akira, Other MB2INs akira, m reviewed, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, LHNs, axoDen mPNs, axoDen tPNs, axoDen vPNs, mLHNs, tLHNs, vLHNs, putative LHN, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, mw axon split complete, mw brain neurons split, mw current paired, mw colored-matrix-2019-09-12, clNP, IP com, #1, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw open-ends unpublished, DPLm1_r akira, mw brain contralateral, VLP com, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, MB2IN-174, stable, mw ad hubs_out, mw ds-tPNs, mw LHN, mw ad all_hubs, mw brain open-ends 3, DPLm1 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-cold 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-tPN, sw;pairs;R, sw;mdev4, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs, ct pre-DN-SEZs, ct pre-DN-VNCs [MB2IN-174 (L1EM:16131474); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-174 (L1EM:4393026) [VFB_00102ekr]

MB calyx after gap, down-PVL09-7, Larisa circuits akira, Pre-MBE24a-30, FB ; Left, Pre-MBINs akira final, MB2IN-174, mw paired 105, pair of ds mPN right >= 5, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, potential pairs ds thermo PNs >= 5, LEFT, NOI, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, upstream PI, downstream PI, minor check LHON 5% input aver, LHNs, axoDen mPNs, axoDen tPNs, mLHNs, tLHNs, putative LHN, SH_T1down, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, DH44_inter_T1_sens, DH44_inter_T1_nosens, mw current paired, mw colored-matrix-2019-09-12, IP com, clNP, #2T, mw brain neurons + sensories, mw brain crosses commissure, DPLm1_l akira, mw brain matrix, Pankratz pre, mw brain contralateral, VLP com, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw ad hubs_out, mw ds-tPNs, mw LHN, mw ad all_hubs, DPLm1 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-cold 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-tPN, sw;pairs;L, sw;mdev4, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs, ct pre-DN-SEZs, ct pre-DN-VNCs [MB2IN-174 (L1EM:4393026); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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MB2IN-176 (L1EM:13038489) [VFB_00102f13]

posterior cellbody local 2 branching locations, li kc output 2, ASB right, downstream of mPN iACT A2 right, Pre-MBE24a-33, Pre-MBINs akira final, frag huge microtubules, MB2IN-176, connect to locked MBE20, ASB downstream of right mPNs, ASB No Way Out A2 24, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li downstream of RIGHT uPN with 3 synapses or more to any uPN, Downstream of RIGHT uPN >= 3 synapses individual, all paired downstream of RIGHT uPN >= 3 synapses, possible paired downstream of RIGHT uPN >= 3 synapses, potential paired downstream of RIGHT uPN >= 3 synapses individual, li temp possible pair - 19, Downstream of RIGHT uPN with 3 synapses or more to any uPN, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, upstream PL, MB2IN19U, mw brain neurons, mw brain neurons + SU, BLVa12_r akira, mw brain inventory, mw previously complete, mw right, mw axon split complete, mw brain neurons split, SLP IPL, BLVa1/2 a R, #5, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SLP p IPL p, mw brain matrix, Pankratz pre, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9503428 us partners, stable, mw ds-uPNs, mw LHN-from-uPN, mw 15566333 upstream partners, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, mw dSEZ-feedback-1hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 56_level-7_clusterID-184_signal-flow_-0.331, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; MB2IN-176 (L1EM:13038489); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MB2IN-176 (L1EM:17423412) [VFB_00102ffb]

Check 49a PN-down, Pre-MBE24a-33, Pre-MBINs akira final, MB2IN-176, downstream of left uPN, li left uPN everything less than 90% reviewed, except “kc frag”, li temp everything downstream of left upn with 3 synapses combined, li temp left side left, li temp possible pair - 19, fragment downstream of uPN, Downstream of LEFT uPN with 3 synapses or more to any uPN, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, SLP IPL, BLVa1/2 a L, mw current paired, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, mw colored-matrix-2019-09-12, #5T, mw brain neurons + sensories, SLP p IPL p*, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, *BLVa12_l akira, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, Merged: frag left gap microtubules large, mw test matrices, mw 9503428 us partners, stable, mw ds-uPNs, mw LHN-from-uPN, mw 15566333 upstream partners, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, mw dSEZ-feedback-1hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 56_level-7_clusterID-184_signal-flow_-0.331, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; MB2IN-176 (L1EM:17423412); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MB2IN-178 (L1EM:10756813) [VFB_00102ewe]

nadia, pDM Bundle 5, DPMpm1 r diff cells, Pre-MBE27a-7, FO ; Left, Ingrid Name, Pre-MBE27b-7, DPMpm1_l akira, ASB left, Pre-MBINs akira final, MB2IN-178, prepreLT, LEFT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, MB2IN-178 L, Other_MB2INs_for_fraction_akira, sVUMU1All, MB2IN19U, ALBERT-EXP, mw brain neurons, mw brain neurons + SU, MB2IN-178-L, sVUM1DSEZUp, paired with #2648254, mw brain inventory, mw issues, mw previously complete, mw left, mw axon split complete, mw brain neurons split, IP alt VNC, DPMpm1 L, mw current paired, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, AUTO multiple presynapses to brain, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dSEZ, IPA VMC desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, YYCWMLEH, mw proprio 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;idev5, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-VNCs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; MB2IN-178 (L1EM:10756813); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-178 (L1EM:2648254) [VFB_00102ehp]

Pre-MBE27a-7, FO ; Right, Ingrid Name, Pre-MBE27b-7, CX columns akira, DPMpm1_r akira, Pre-MBINs akira final, MB2IN-178, DNs akira-2, RIGHT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, MB2IN-178 R, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, sVUMU1All, MB2IN19U, mw brain neurons, mw brain neurons + SU, MB2IN-178-R, sVUM1DSEZUp, paired with #10756813, DPMpm1 R, mw brain inventory, mw previously complete, mw right, IP alt VNC, mw axon split complete, mw brain neurons split, #3, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dSEZ, IPA VMC desc, mw brain matrix, sVUM1up2, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, sw:brain_paired:R, sw;brainpair;R, mw proprio 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;idev5, dSEZdownstreamCX, sw;pairs;R, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-VNCs, ct DN-SEZs [MB2IN-178 (L1EM:2648254); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MB2IN-179 (L1EM:18527962) [VFB_00102fk3]

Liria upstream, Pre-MBE27a-8, WB_CP4 L, FP ; Left, Ingrid Name, CPe_l akira, Pre-MBINs akira final, MB2IN-179, LEFT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, MB2IN-179 L, Other_MB2INs_for_fraction_akira, sVUMU1All, mw brain neurons, mw brain neurons + SU, MB2IN-179-L, sVUM1DSEZUp, paired with #19508873, mw brain inventory, mw draft complete, mw left, CP1 v L, desc, mw axon split complete, mw brain neurons split, IPL/M desc, mw current paired, AUTO descending neurons to VNC, #3T, mw colored-matrix-2019-09-12, Avi 122, mw brain neurons + sensories, mw dVNC, IPL/M desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, sVUM1up2pair, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, nr Tel-like 10 downstream 1-hop, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 1-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw dVNC not to A1, sw;pairs;L, mw candidate hunch_head-move, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; embryonic/larval neuron; embryonic/larval nervous system; is part of; MB2IN-179 (L1EM:18527962); L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

Tags:

MB2IN-179 (L1EM:19508873) [VFB_00102fla]

CPe_r akira, ASB Right uPN-LH Input, li downstream of RIGHT uPN with 3 synapses or more to any uPN, ASB mPN-Dorsal Lobe Connections, Rest of MB2INs akira, Ingrid Name, li missing paired annotation, Liria upstream, det pair, Downstream of RIGHT uPN >= 3 synapses individual, MB_FB_all_akira, connect to locked MBE20, CP1 v 4, li temp unpaird downstream of right uPN batch 1, Downstream of RIGHT uPN with 3 synapses or more to any uPN, MB2IN-179, FP ; Right, all paired downstream of RIGHT uPN >= 3 synapses, li temp upn downstream all non local, downstream of mPN, Atlas_MB_FB_CN_right_akira, Pre-MBE27a-8, confirmed paired downstream of RIGHT uPN >= 3 synapses individual, downstream of handlebar-like, li temp possible pair - 28, frag, MB2IN-179 R, MB_FB_CN_all_akira, Other_MB2INs_for_fraction_akira, cla-up-2, WB_CP4 R, Other MB2INs akira, li temp everything downstream of right upn with 3 synapses combined, MB2INs_akira, DNs akira-2, left-right NBlast: 0.372598002045814, uncertain continuation julius, paired with #3060480, unpaired ds mPNs right >= 5 synapses individual, ASB PN-Dorsal Lobe, Pre-MBINs akira final, li downstream of mPNs everything more than 5 synapses, ASB uPN and mPN Shared LH Targets, ASB gPN-Dorsal Lobe, ASB Right PN-LH Input, Li shared with Laura, unpaired downstream of RIGHT uPNs, ASB downstream of right mPNs, Larisa fragment to solve, sVUMU1All, mw brain neurons, mw brain neurons + SU, MB2IN-179-R, sVUM1DSEZUp, paired with #18527962, CP1 v R, mw brain inventory, mw draft complete, MN-Sens-Int-2, mw right, desc, mw axon split complete, IPL/M desc mdt, mw brain neurons split, T1 16 Brown, mw current paired, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw brain neurons + sensories, mw dVNC, IPL/M desc, mw brain matrix, sVUM1up2, sVUM1up2pair, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 1-hop, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 1-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain open-ends 3, ac locked, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw dVNC not to A1, sw;pairs;R, mw candidate hunch_head-move, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [MB2IN-179 (L1EM:19508873); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-180 (L1EM:17087885) [VFB_00102fcg]

DPMm1 r diff cells VNC 2, MBE5b left, nadia, Pre-MBE27a-9, WB_DPMm1 L, FQ ; Left, Ingrid Name, DPMm1_l akira, Pre-MBINs akira final, MB2IN-180, DNs akira-2, LEFT, Rest of MB2INs akira, JDAN, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, MB2IN-180 L, Other_MB2INs_for_fraction_akira, sVUMU1All, MB2IN19U, mw brain neurons, mw brain neurons + SU, MB2IN-180-L, sVUM1DSEZUp, paired with #17324711, mw brain inventory, mw previously complete, mw left, mw axon split complete, mw brain neurons split, IP com desc, mw current paired, #1T, mw colored-matrix-2019-09-12, sum_fig, mw brain neurons + sensories, mw dSEZ, mw brain crosses commissure, mw brain matrix, MB2IN-19up3, MB2IN-19up3pair, mw brain contralateral, SMP IPP com desc, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 1961182 ds contralateral partners, stable, mw ad hubs_in, nr Tel-like 10 downstream 2-hop, mw ad all_hubs, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, sw;deviant;L, sw;5dev;L, mw noci 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, sw;mdev5, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 79_level-7_clusterID-143_walksort-0.838, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; MB2IN-180 (L1EM:17087885); VFB CATMAID L1 CNS]

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MB2IN-180 (L1EM:17324711) [VFB_00102fdd]

Pre-MBE27a-9, WB_DPMm1 R, FQ ; Right, Ingrid Name, DPMm1_r akira, DPMm1 ant inter, Pre-MBINs akira final, MB2IN-180, Calyx Ladder Common Partners Upstream, RIGHT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, MB2IN-180 R, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, sVUMU1All, MB2IN19U, mw brain neurons, mw brain neurons + SU, MB2IN-180-R, sVUM1DSEZUp, paired with #17087885, mw brain inventory, mw previously complete, MN-Sens-Int-2, mw right, mw axon split complete, mw brain neurons split, IP com desc CITd, mw current paired, mw colored-matrix-2019-09-12, sum_fig, mw brain neurons + sensories, mw dSEZ, mw brain crosses commissure, mw brain matrix, sVUM1up2, MB2IN-19up3, MB2IN-19up3pair, mw brain contralateral, SMP IPP com desc, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 1961182 ds contralateral partners, stable, mw ad hubs_in, nr Tel-like 10 downstream 2-hop, mw ad all_hubs, sw:brain_paired:R, sw;brainpair;R, sw;deviant;R, sw;5dev;R, mw noci 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, mw interhemispheric integration 3-hop, cx descending l1, sw;pairs;R, downFBPBs, sw;mdev5, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 79_level-7_clusterID-143_walksort-0.838, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); MB2IN-180 (L1EM:17324711); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-195 (L1EM:16340461) [VFB_00102f81]

Albert LAL inputs TODO, Post-MBE18-19, WB_DPMl R, EH ; Right, Ingrid Name, DPMl12 pos, ASB right, DPMl12_r akira, Post-MBONs akira final, ASB Right PN-LH Input, MB2ON-184, DNs-17s akira, Pre-DN17-11, PB to EB columns, MB2IN-195, Pre-MBINs akira final, RIGHT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2ONs_akira, MB2INs_akira, MB_FB_all_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, hemilateral_pair_16340461_16851791, mw brain neurons, mw brain neurons + SU, DPMl1/2 p R, mw brain inventory, eh-like_zhao, mw previously complete, mw right, mw axon split complete, IPM desc, mw brain neurons split, #3, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw CX, mw brain matrix, mw open-ends unpublished, mw brain ipsilateral, IPP VMC, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 14999928 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain open-ends 3, DPMl1 R, sw:brain_paired:R, sw;brainpair;R, mw noci 4th_order, mw proprio 4th_order, downFB, Potential NO.b, sw;pairs;R, downFBMBONs, downFBPBs, downMBONs, downPB, test2, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, PB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, mw cascade-5-hop integrative 2022-11-03, mw mechano-Ch 4th_order, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); MB2IN-195 (L1EM:16340461); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-195 (L1EM:16851791) [VFB_00102fb0]

Post-MBE18-19, EH ; Left, Ingrid Name, ASB left, DPMl12_l akira, Post-MBONs akira final, MB2ON-184, Pre-DN17-11, PB to EB columns, MB2IN-195, Pre-MBINs akira final, LEFT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2ONs_akira, MB2INs_akira, MB_FB_all_akira, MB_CN_all_akira, Other_MB2INs_for_fraction_akira, hemilateral_pair_16340461_16851791, mw brain neurons, mw brain neurons + SU, mw brain inventory, eh-like_zhao, mw previously complete, mw left, mw axon split complete, mw brain neurons split, mw current paired, mw colored-matrix-2019-09-12, IPM desc, #3T, mw brain neurons + sensories, mw CX, mw brain matrix, mw brain ipsilateral, IPP VMC, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 14999928 upstream partners, nr Tel-like 10 downstream 3-hop, DPMl1 L, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integration 4-hop, mw noci 4th_order, mw proprio 4th_order, downFB, Potential NO.b, possibleNO, sw;pairs;L, downFBPBs, downPB, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, PB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, mw cascade-5-hop integrative 2022-11-03, mw mechano-Ch 4th_order, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; MB2IN-195 (L1EM:16851791); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-196 (L1EM:15605987) [VFB_00102f5i]

thermo interneuron, WB_BLDc R, small fragment, Basal Tel-like 5_right, WB_BLVp3 R, Brain, VLP LAL, Javier Brain, downstream of mPN iACT A3 right, MB fragments to solve, downstream of handlebar-like, ASB Right PN-LH Input, UT neuron, connect to locked, ASB mPN-Dorsal Lobe, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li found pair but not symatric, li downstream of RIGHT uPN with 3 synapses or more to any uPN, li temp pair -32, Downstream of RIGHT uPN >= 3 synapses individual, all paired downstream of RIGHT uPN >= 3 synapses, confirmed paired downstream of RIGHT uPN >= 3 synapses individual, mw paired 3, mw paired 45, paired ds mPNs right >= 5 synapses individual, paired ds mPNs right >= 10 synapses individual, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, pairs ds thermo PNs >= 5, Downstream of RIGHT uPN with 3 synapses or more to any uPN, MB2IN-196, Pre-MBINs akira final, U2A1, Rest of MB2INs akira, Other MB2INs akira, Sensory_to_VL_MBINs akira, pairs ds mPNs >= 10, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_select_right_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, LHNs, axoAxo mPNs, axoDen mPNs, mLHNs, putative LHN, MB2IN-196-R, U2A1-Simplified, mw brain neurons, mw brain neurons + SU, BLAv12, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, mw axon split complete, mw brain neurons split, mw current paired, BLAv1/2 v R, UNI, mw colored-matrix-2019-09-12, #1, mw brain neurons + sensories, mw brain crosses commissure, UNI*, mw brain matrix, mw open-ends unpublished, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, lv R TOONs minus ORN PNs and KCs, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *BLAv12_post_r akira, stable, mw ad hubs_out, mw ds-tPNs, mw LHN, mw ad all_hubs, mw brain open-ends 3, ac locked, mw backup locked, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integration 2-hop, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, mw LHN-tPN, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 37_level-6_clusterID-109_signal-flow_-0.400, 43_level-7_clusterID-178_signal-flow_0.071, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct PNs-somato, ct LHNs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; MB2IN-196 (L1EM:15605987); VFB CATMAID L1 CNS]

Tags:

MB2IN-196 (L1EM:5118060) [VFB_00102elk]

somated neurons, TODO calyx Kathi, WB_BLVp3 L, BLAv12_post_l akira, MB calyx after gap, small neuron, Continuation At Gap, UT neuron, ASB mPN-Dorsal Lobe, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li found pair but not symatric, lost to gap 10824363, li temp pair -32, mw paired 3, mw paired 45, pair of ds mPN right >= 5, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, pairs ds thermo PNs >= 5, Downstream of LEFT uPN with 3 synapses or more to any uPN, MB2IN-196, Pre-MBINs akira final, U2A1, Rest of MB2INs akira, Other MB2INs akira, Sensory_to_VL_MBINs akira, pairs ds mPNs >= 10, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, LHNs, axoAxo mPNs, axoDen mPNs, mLHNs, putative LHN, MB2IN-196-L, U2A1-Simplified, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, mw current paired, BLAv1/2 v L, UNI, AUTO ascending neurons, mw colored-matrix-2019-09-12, #1T, mw brain neurons + sensories, mw brain crosses commissure, UNI, mw brain matrix, mw open-ends unpublished, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, lv R TOONs minus ORN PNs and KCs, FOR21, mw pre-dVNC 1%, FOR21_inter, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ad hubs_out, mw ds-tPNs, mw LHN, mw ad all_hubs, mw brain open-ends 3, ac locked, mw backup locked, sw:brain_paired:L, sw;brainpair;L, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, mw LHN-tPN, mw interhemispheric integration 2-hop, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 37_level-6_clusterID-109_signal-flow_-0.400, 43_level-7_clusterID-178_signal-flow_0.071, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct PNs-somato, ct LHNs, ct pre-DN-VNCs [MB2IN-196 (L1EM:5118060); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

Tags:

MB2IN-197 (L1EM:14492757) [VFB_00102f32]

LNM_down_octop, Pre-ipsigoro-19, BAlp_ant_l akira, Pre-DN17-4, MB2IN-197, Pre-MBINs akira final, LEFT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, MB2IN19U, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, mw axon split complete, LAL VMC com, mw brain neurons split, BAlp1-3 L, #3T, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL VMC com, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw ad hubs_out, mw 9870483 downstream partners, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, mw brain open-ends 3, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw dSEZ-feedback-1hop 2022-03-15, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, dPNOins, downNO, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; MB2IN-197 (L1EM:14492757); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-197 (L1EM:14656798) [VFB_00102f3f]

Pre-ipsigoro-18, Pre-DN17-4, MB2IN-197, Pre-MBINs akira final, RIGHT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, MB2IN19U, BAlp_ant_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw right, LAL VMC com, mw axon split complete, mw brain neurons split, #3, BAlp1-3 R, mw current paired, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL VMC com, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw ad hubs_out, mw 9870483 downstream partners, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw dSEZ-feedback-1hop 2022-03-15, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, dPNOins, downNO, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [MB2IN-197 (L1EM:14656798); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-198 (L1EM:16386470) [VFB_00102f8f]

Gap Crossings, r lineage 12, TODO calyx Kathi, Post-MBE23-16, Post-MBE9b-23, WB_CP23 L, AL ; Left, Ingrid Name, Pre-MBONs akira, CPb_l akira, ASB left, Post-MBONs akira final, MB2ON-89, downstream of left uPN, LHON, li temp everything downstream of left upn with 3 synapses combined, li temp pair -8, paired with #17013169, left-right NBlast: 0.629807652998031, pairs ds MBONs >= 5, Downstream of LEFT uPN with 3 synapses or more to any uPN, MB2IN-198, Pre-MBINs akira final, pairs ds uPNs >= 5, posLHONs uPNs, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2ONs_akira, MB2INs_akira, MB_FB_all_akira, MB_CN_all_akira, Other_MB2INs_for_fraction_akira, LHNs, axoDen mPNs, axoDen uPNs, uLHNs, mLHNs, CNs 5%, axoAxo LHNs, axoDen LHNs, axoAxo MBONs, putative LHN, MB2ON 5%, CN others 1_4_18, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, CP2/3 d L, IPL/M IPA, mw current paired, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw forClaire possible MB2ONs, IPL IPA, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, lv DS MBONs and L TOONs, lv MB2ONs_CNs DS all ORN PNs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-uPNs, mw LHN-from-uPN, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, sw;pairs;L, downMBONs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw MBIN-cluster 50_level-7_clusterID-158_walksort-0.562, mw MBON-cluster 50_level-7_clusterID-158_walksort-0.562, mw FBN-cluster 50_level-7_clusterID-158_walksort-0.562, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; MB2IN-198 (L1EM:16386470); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-198 (L1EM:17013169) [VFB_00102fc4]

li MBON, li kc output 6 input 1, posterior cellbody local 2 branching locations, Cluster of MBE4s, MBE24b Right , Post-MBE23-16, Post-MBE9b-23, WB_CP23 R, AL ; Right, Ingrid Name, Pre-MBONs akira, CPb, CPb_r akira, fragment, ASB right, Uncertain Continuation, lh frag, Post-MBONs akira final, ASB No Way Out PN-LH, ASB Right PN-LH Input, MB2ON-89, ASB No Way Out 59a 2, ASB Right uPN-LH Input, ASB Bridges Right Ipsi, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, LHON, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li downstream of RIGHT uPN with 3 synapses or more to any uPN, li temp pair -8, Downstream of RIGHT uPN >= 3 synapses individual, all paired downstream of RIGHT uPN >= 3 synapses, confirmed paired downstream of RIGHT uPN >= 3 synapses individual, paired with #16386470, left-right NBlast: 0.629807652998031, pairs ds MBONs >= 5, Downstream of RIGHT uPN with 3 synapses or more to any uPN, MB2IN-198, Pre-MBINs akira final, pairs ds uPNs >= 5, posLHONs uPNs, Rest of MB2INs akira, post 2+ 42a or 42b PN in LH, Other MB2INs akira, MB_FB_CN_all_akira, MB2ONs_akira, MB2INs_akira, MB_FB_all_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, LHNs, axoDen mPNs, axoDen uPNs, uLHNs, mLHNs, CNs 5%, axoAxo LHNs, axoDen LHNs, axoAxo MBONs, putative LHN, MB2ON 5%, CN others 1_4_18, mw brain neurons, mw brain neurons + SU, CP2/3 d R, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, mw axon split complete, IPL/M IPA, mw brain neurons split, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw forClaire possible MB2ONs, IPL IPA, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-uPNs, mw LHN-from-uPN, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, sw;pairs;R, downMBONs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw MBIN-cluster 50_level-7_clusterID-158_walksort-0.562, mw MBON-cluster 50_level-7_clusterID-158_walksort-0.562, mw FBN-cluster 50_level-7_clusterID-158_walksort-0.562, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; MB2IN-198 (L1EM:17013169); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-207 (L1EM:3729504) [VFB_00102efx]

Output, Hugin synaptic partners, WB_DAMv12 R, Pre-MBONs-8, paired with #3945394, DAMv12_lat_r akira, downstream of AN-B1, downstream of SCANA, MB2IN-207, Pre-MBINs akira final, RIGHT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, IPA com desc, mw axon split complete, mw brain neurons split, #4, DAMv1/2 R, mw current paired, mw colored-matrix-2019-09-12, ADCp, mw brain neurons + sensories, mw brain crosses commissure, SMPa VMC TR com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw all PNs, mw AN PN, mw AN only PN, mw brain contralateral, Imambocus et al, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw ds-pre-RGN, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, SMP comp, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw enteric 2nd_order, mw mechano-II/III 2nd_order, mw enteric 2nd_order PN-old, mw mechano-II/III 2nd_order PN-old, mw respiratory 2nd_order PN-old, mw dSEZ-feedback-2hop 2022-03-15, sw;idev5, sw;pairs;R, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 31_level-6_clusterID-113_signal-flow_-0.048, 54_level-7_clusterID-182_signal-flow_-0.290, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs, ct PNs-somato, ct pre-DN-SEZs [EM L1 Imambocus et al., 2022; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; MB2IN-207 (L1EM:3729504); VFB CATMAID L1 CNS]

Tags:

MB2IN-207 (L1EM:3945394) [VFB_00102eg2]

MBE2as, WB_DAMv12 L, Pre-MBONs-8, paired with #3729504, DAMv12_lat_l akira, downstream of AN-B1, downstream of SCANA, MB2IN-207, Pre-MBINs akira final, LEFT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, upstream PI, interneurons IPCs, mw brain neurons, mw brain neurons + SU, DAMv1/2 L, mw brain inventory, mw draft complete, mw left, mw axon split complete, DAMv1/2 v L, IPA com desc, mw brain neurons split, #4T, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, SMPa VMC TR com, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw all PNs, mw AN PN, mw AN only PN, mw brain contralateral, Imambocus et al, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw ds-pre-RGN, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, SMP comp L, mw check cool bi, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw enteric 2nd_order, mw mechano-II/III 2nd_order, mw enteric 2nd_order PN-old, mw mechano-II/III 2nd_order PN-old, mw respiratory 2nd_order PN-old, mw dSEZ-feedback-2hop 2022-03-15, sw;idev5, sw;pairs;L, upFBMBONs, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 31_level-6_clusterID-113_signal-flow_-0.048, 54_level-7_clusterID-182_signal-flow_-0.290, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs, ct PNs-somato, ct pre-DN-SEZs [EM L1 Imambocus et al., 2022; MB2IN-207 (L1EM:3945394); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-209 (L1EM:17047087) [VFB_00102fca]

DALcl12 r d, Common dwnst partners of left pdfLNs, WB_DPLam L, EW ; Left, MB calyx after gap, Albert to cut, ascending_hairbrush, Fragment Continues At Gap, ASB left, DPLam_l akira, downstream of left uPN, li temp everything downstream of left upn with 3 synapses combined, li temp left side left, li found pair but not symatric, li temp possible pair - 10, possible paired downstream of RIGHT uPN >= 3 synapses, mw paired 72, pair of ds mPN right >= 5, paired with #7431625, left-right NBlast: 0.513817261806088, Downstream of LEFT uPN with 3 synapses or more to any uPN, MB2IN-209, Pre-MBINs akira final, pairs ds uPNs >= 5, Rest of MB2INs akira, Other MB2INs akira, pairs ds mPNs >= 10, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, LHNs, axoDen mPNs, axoDen uPNs, uLHNs, mLHNs, putative LHN, hemilateral_pair_7431625_17047087, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, IPL/M IPA, mw current paired, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL/M IPA, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw ds-uPNs, mw LHN-from-uPN, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); MB2IN-209 (L1EM:17047087); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MB2IN-209 (L1EM:7431625) [VFB_00102ep6]

DPLam, DPLam_r akira, downstream of mPN iACT A2 right, Uncertain Continuation, ASB Right PN-LH Input, connect to locked, connect to locked MBE20, Akira to Volker, Fragments 2014-01-18 14:57, ASB Right uPN-LH Input, ASB Bridges Right Ipsi, ASB Downstream of Ipsi Bridges Right, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li found pair but not symatric, li downstream of RIGHT uPN with 3 synapses or more to any uPN, li temp possible pair - 10, Downstream of RIGHT uPN >= 3 synapses individual, all paired downstream of RIGHT uPN >= 3 synapses, possible paired downstream of RIGHT uPN >= 3 synapses, potential paired downstream of RIGHT uPN >= 3 synapses individual, mw paired 72, paired ds mPNs right >= 5 synapses individual, paired ds mPNs right >= 10 synapses individual, paired with #17047087, left-right NBlast: 0.513817261806088, Downstream of RIGHT uPN with 3 synapses or more to any uPN, MB2IN-209, Pre-MBINs akira final, pairs ds uPNs >= 5, Rest of MB2INs akira, Other MB2INs akira, pairs ds mPNs >= 10, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, LHNs, axoDen mPNs, axoDen uPNs, uLHNs, mLHNs, putative LHN, hemilateral_pair_7431625_17047087, mw brain neurons, mw brain neurons + SU, DPLam R, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, IPL/M IPA, mw axon split complete, mw brain neurons split, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL/M IPA, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw ds-uPNs, mw LHN-from-uPN, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd LHNs, ct LHNs, ct pre-DN-SEZs [MB2IN-209 (L1EM:7431625); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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MB2IN-215 (L1EM:8347613) [VFB_00102eqk]

Larisa PVL09 downstream, Larisa check cross, bilateral axon, ASB left, Search for EB, BLVa_t_l akira, mw paired 172, m named, Ivy, potential pairs ds visual PNs >= 5, MB2IN-215, Pre-MBINs akira final, LEFT, Rest of MB2INs akira, Other MB2INs akira, pairs ds mPNs >= 10, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, LHNs, axoDen mPNs, axoDen vPNs, mLHNs, vLHNs, putative LHN, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, BLVa3/4 t L, IPL/M com, mw current paired, mw colored-matrix-2019-09-12, #2T, mw brain neurons + sensories, mw brain crosses commissure, VLPd IP com, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ad hubs_in, mw ds-vPNs, mw LHN, mw 4680995 downstream partners, mw ad all_hubs, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-vPN, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; MB2IN-215 (L1EM:8347613); VFB CATMAID L1 CNS]

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MB2IN-215 (L1EM:8349553) [VFB_00102eqo]

neuron, GG ; Right, Ingrid Name, ASB Right PN-LH Input, downstream of mPN, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, mw paired 172, m named, Ivy, potential pairs ds visual PNs >= 5, MB2IN-215, Pre-MBINs akira final, RIGHT, Rest of MB2INs akira, Other MB2INs akira, pairs ds mPNs >= 10, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, LHNs, axoDen mPNs, axoDen vPNs, mLHNs, vLHNs, putative LHN, BLVa3/4 t R, mw brain neurons, mw brain neurons + SU, BLVa_t_r akira, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, mw axon split complete, mw brain neurons split, IPL/M com, #2, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLPd IP com, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ad hubs_in, mw ds-vPNs, mw LHN, mw 4680995 downstream partners, mw ad all_hubs, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-vPN, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; MB2IN-215 (L1EM:8349553); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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MB2IN-216 (L1EM:17053270) [VFB_00102fcb]

DNs akira-2, BAmv12_dor_l akira, MB2IN-216, Pre-MBINs akira final, LEFT, S3A1, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, MB2IN-216 L, Other_MB2INs_for_fraction_akira, mw brain neurons, mw brain neurons + SU, MB2IN-216-L, sVUM1DSEZUp, paired with #5319633, mw brain inventory, mw complete, mw left, BAmv1/2 L, mw axon split complete, mw brain neurons split, VMC desc, mw current paired, #5T, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw brain neurons + sensories, mw dVNC, VMC desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dVNC medial_dorsal, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 9594273 downstream partners, mw 16345627 downstream partners, mw 17105218 downstream partners, nr Tel-like 10 downstream 2-hop, nr Tel-like 10 downstream-dVNCs 2-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw gustatory-pharyngeal 4th_order, mw dVNC to A1, mw dVNC to A1 sens, cx descending l1, NO descending, dVNCdownstreamCX, sw;pairs;L, mw candidate turn, downMBONs, downNO, downLAL, FB_laura, test2, test3, NO.d, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; MB2IN-216 (L1EM:17053270); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-216 (L1EM:5319633) [VFB_00102elr]

BAmv12_ven_r akira, from NO to mx akira, DNs akira-2, neuron, MB2IN-216, Pre-MBINs akira final, RIGHT, S3A1, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, MB2IN-216 R, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, sVUMU1All, MB2IN19U, mw brain neurons, mw brain neurons + SU, MB2IN-216-R, sVUM1DSEZUp, paired with #17053270, mw brain inventory, mw previously complete, MN-Sens-Int-2, mw right, BAmv1/2 R, mw axon split complete, mw brain neurons split, 15 Beige, VMC desc, #5, MDTv, T1 16 Brown, mw current paired, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw brain neurons + sensories, mw dVNC, VMC desc, mw brain matrix, sVUM1up2, MB2IN-19up3, mw brain ipsilateral, mw dVNC medial_dorsal, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, LAL VMC BAmv, stable, mw 9594273 downstream partners, mw 16345627 downstream partners, mw 17105218 downstream partners, nr Tel-like 10 downstream 2-hop, nr Tel-like 10 downstream-dVNCs 2-hop, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integration 4-hop, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw gustatory-pharyngeal 4th_order, mw dVNC to A1, mw dVNC to A1 sens, cx descending l1, dVNCdownstreamCX, sw;pairs;R, mw candidate turn, dPNOins, downNO, downLAL, FB_laura, NO.d, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, NO descending, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; MB2IN-216 (L1EM:5319633); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-44 (L1EM:11102156) [VFB_00102exr]

IN_Cand1, Interneurons_Lobe2, BAla12 l, antennal lobe interneurons, ASB right, FB-36, MB2ON-129, MB2IN-44, Post-MBONs akira final, Pre-MBINs akira final, Pre-MBE4h-25, Post-MBE20-9, Pre-ipsigoro-7, Pre-MBONs akira, MB 2nd order paper, RIGHT, pairs ds MBONs >= 5, Other MB2INs akira, MB_FB_CN_all_akira, MB2ONs_akira, MB2INs_akira, MB_FB_all_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, axoAxo MBONs, MB2ON 5%, BAlp_ant_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw right, LAL VMC com, mw axon split complete, mw brain neurons split, #2, BAlp1-3 R, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw forClaire possible MB2ONs, mw brain crosses commissure, LAL VMC com, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, Albert TODO, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw ad hubs_out, mw CN, mw 10964258 upstream partners, mw ad all_hubs, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;R, sw;8dev;R, mw gustatory-external 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, dPNOins, downFBMBONs, downMBONs, downNO, downLAL, test2, test3, sw;mdev4, LAL.b, NO.d, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 64_level-7_clusterID-155_walksort-0.712, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 6_level-3_clusterID-13_signal-flow_-0.614, 13_level-4_clusterID-27_signal-flow_-0.716, 27_level-5_clusterID-56_signal-flow_-0.695, 49_level-6_clusterID-102_signal-flow_-0.746, 74_level-7_clusterID-170_signal-flow_-0.721, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd CNs, ct CNs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); MB2IN-44 (L1EM:11102156); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-64 (L1EM:5996485) [VFB_00102ent]

Pre-MBE1c-17, Pre-appMBE-13, Pre-Mickey-12, WB_DPMpl2 R, GU ; Right, Ingrid Name, DPMpl12_r akira, Pre-MBINs akira final, MB2IN-64, Avi_Matt_Doe neurons, RIGHT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, MB2IN19U, hemilateral_pair_5996485_7130033, mw brain neurons, mw brain neurons + SU, DPMpl1/2 R, SH_T1down, mw brain inventory, mw draft complete, mw right, mw axon split complete, IP com desc, mw brain neurons split, #2, mw current paired, mw colored-matrix-2019-09-12, Chiasm MBDL, mw brain neurons + sensories, mw brain crosses commissure, SMP IPA com desc, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9503414 ds contralateral partners, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw enteric 3rd_order, mw mechano-II/III 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, downMBONs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct pre-DN-VNCs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); MB2IN-64 (L1EM:5996485); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-64 (L1EM:7130033) [VFB_00102eox]

Pre-MBE1c-17, Pre-appMBE-13, Pre-Mickey-12, GU ; Left, Ingrid Name, ASB left, DPMpl12_l akira, Pre-MBINs akira final, MB2IN-64, DNs akira-2, Avi_Matt_Doe neurons_Brain into VNC, LEFT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, upstream PL, MB2IN19U, hemilateral_pair_5996485_7130033, mw brain neurons, mw brain neurons + SU, SH_T1down, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, DPMpl1/2 L, IP com desc, mw current paired, #2T, mw colored-matrix-2019-09-12, Chiasm MBDL, mw brain neurons + sensories, mw brain crosses commissure, SMP IPA com desc, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, MB2IN-19up3, mw brain contralateral, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9503414 ds contralateral partners, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw enteric 3rd_order, mw mechano-II/III 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct pre-DN-VNCs, ct DN-SEZs [MB2IN-64 (L1EM:7130033); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-83 (L1EM:15577444) [VFB_00102f55]

Pre-MBE4f-21, Pre-Mickey-16, FF ; Left, Ingrid Name, CPe_l akira, Pre-MBINs akira final, MB2IN-83, ASB Downstream of Ipsi Bridges Right, LEFT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, hemilateral_pair_5656152_15577444, MB2IN19U, mw brain neurons, mw brain neurons + SU, EH_downstream_T3, SH_T3, SH_T1down, mw brain inventory, mw draft complete, EH-left_down_pre, RGPN_outputs_T3, EH_outputs_T3, mw left, mw axon split complete, mw brain neurons split, CP4 L, IPA com, mw current paired, mw colored-matrix-2019-09-12, SEC, #3T, mw brain neurons + sensories, mw brain crosses commissure, IPA com, mw brain matrix, Pankratz pre, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 5745110 ds contralateral partners, mw 14995061 ds contralateral partners, stable, mw ad hubs_in, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, upFBPBs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 37_level-6_clusterID-109_signal-flow_-0.400, 66_level-7_clusterID-177_signal-flow_-0.517, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [MB2IN-83 (L1EM:15577444); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-83 (L1EM:5656152) [VFB_00102em9]

Brain, same lineage as bilateral neuron of roll command circuit, Roll, brain posterior lineage containing neuron downstream of A00c, Cluster of MBE4s, Pre-MBE4f-21, Pre-Mickey-16, FF ; Right, Ingrid Name, CPe_r akira, Pre-MBINs akira final, MB2IN-83, RIGHT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, upstream PL, hemilateral_pair_5656152_15577444, MB2IN19U, mw brain neurons, mw brain neurons + SU, mw brain inventory, CP4 R, mw draft complete, RGPN_outputs_T3, EH_outputs_T3, mw right, mw axon split complete, IPA com, mw brain neurons split, #3, mw current paired, mw colored-matrix-2019-09-12, SEC, mw brain neurons + sensories, mw brain crosses commissure, IPA com, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 5745110 ds contralateral partners, mw 14995061 ds contralateral partners, stable, mw ad hubs_in, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, upFBPBs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 37_level-6_clusterID-109_signal-flow_-0.400, 66_level-7_clusterID-177_signal-flow_-0.517, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); MB2IN-83 (L1EM:5656152); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-97 (L1EM:12585379) [VFB_00102f0h]

Pre-MBE10a-4, WB_BAla12 L, GC 2 ; Left, Ingrid Name, BAla12_l akira, Pre-MBE10b-9, Pre-MBINs akira final, MB2IN-97, LEFT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Other_MB2INs_for_fraction_akira, hemilateral_pair_12585379_13768622, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, BAla1/2 L, mw left, IP CA mALT, mw axon split complete, mw brain neurons split, #4T, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, AL CA IP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ 2nd_order, mw dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10875625 us partners, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-external 2nd_order PN-old, sw;idev5, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; MB2IN-97 (L1EM:12585379); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2IN-97 (L1EM:13768622) [VFB_00102f27]

Andi AL, Pre-MBE10a-4, WB_BAla12 R, GC 2 ; Right, Ingrid Name, BAla12_r akira, Pre-MBE10b-9, Pre-MBINs akira final, MB2IN-97, downstream of SCAN3B, RIGHT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, hemilateral_pair_12585379_13768622, mw brain neurons, mw brain neurons + SU, BAla1/2 R, mw complete, mw brain inventory, mw right, IP CA mALT, #4, mw axon split complete, mw brain neurons split, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, AL CA IP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ 2nd_order, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10875625 us partners, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-external 2nd_order PN-old, sw;idev5, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; MB2IN-97 (L1EM:13768622); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-157 (L1EM:12478620) [VFB_00102f0c]

Misc. PN, Liria_APL_upstream, Pre-MBE22-9, Post-MBE2a-12, WB_BAla12 L, ER ; Left, Ingrid Name, Pre-MBONs akira, Pre-MBINs akira final, Post-MBONs akira final, MB2IN-109, MB2ON-157, downstream of AN-B2, DSB2A, downstream of SCAN2A, LEFT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2ONs_akira, MB2INs_akira, MB_FB_all_akira, MB_CN_all_akira, Other_MB2INs_for_fraction_akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, BAla3/4 L, mw left, mw axon split complete, mw brain neurons split, TR IP, #1T, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR IP*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw MN PN, mw MN only PN, mw brain ipsilateral, mw dSEZ 2nd_order, mw dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw betweenness_centrality >0.1, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *BAla12_l akira, mw 15517247 us partners, mw 15686444 us partners, stable, mw ad hubs_out, mw ad all_hubs, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-pharyngeal 2nd_order, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, mw dSEZ-feedback-1hop 2022-03-15, sw;pairs;L, downMBONs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw MBIN-cluster 50_level-7_clusterID-158_walksort-0.562, mw MBON-cluster 50_level-7_clusterID-158_walksort-0.562, mw FBN-cluster 50_level-7_clusterID-158_walksort-0.562, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 6_level-3_clusterID-13_signal-flow_-0.614, 12_level-4_clusterID-28_signal-flow_-0.526, 25_level-5_clusterID-58_signal-flow_-0.614, 44_level-6_clusterID-106_signal-flow_-0.563, 64_level-7_clusterID-172_signal-flow_-0.500, ND_published, ND_all published et al, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); MB2ON-157 (L1EM:12478620); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MB2ON-157 (L1EM:16318521) [VFB_00102f7w]

vertical running ipsilateral verntral cellbody, li kc output 2, Liria_APL_upstream, Pre-MBE22-9, Post-MBE2a-12, ER ; Right, Ingrid Name, Pre-MBONs akira, Pre-MBINs akira final, Post-MBONs akira final, MB2IN-109, MB2ON-157, connect to locked, connect to locked MBE20, downstream of mPN, ASB downstream of right mPNs, RIGHT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2ONs_akira, MB2INs_akira, MB_FB_all_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, mw brain neurons, mw brain neurons + SU, BAla3/4 R, mw brain inventory, mw previously complete, MN-Sens-Int-2, mw right, TR IP, mw axon split complete, mw brain neurons split, #1, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR IP*, mw brain matrix, mw MN 2nd_order only, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw MN PN, mw MN only PN, mw brain ipsilateral, mw dSEZ 2nd_order, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *BAla12_r akira, mw 15517247 us partners, mw 15686444 us partners, stable, mw ad hubs_out, mw ad all_hubs, sw:brain_paired:R, sw;brainpair;R, mw gustatory-pharyngeal 2nd_order, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, mw dSEZ-feedback-1hop 2022-03-15, sw;pairs;R, downMBONs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw MBIN-cluster 50_level-7_clusterID-158_walksort-0.562, mw MBON-cluster 50_level-7_clusterID-158_walksort-0.562, mw FBN-cluster 50_level-7_clusterID-158_walksort-0.562, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 6_level-3_clusterID-13_signal-flow_-0.614, 12_level-4_clusterID-28_signal-flow_-0.526, 25_level-5_clusterID-58_signal-flow_-0.614, 44_level-6_clusterID-106_signal-flow_-0.563, 64_level-7_clusterID-172_signal-flow_-0.500, ND_published, ND_all published et al, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); MB2ON-157 (L1EM:16318521); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MB2ON-158 (L1EM:4128002) [VFB_00102ekd]

WB_BLVa R, BLP34_r akira, Alex No Way Out, Alex Now Way Out, ASB No Way Out 13, it’s an axon, Post-MBE2a-14, Post-MBONs akira final, MB2ON-158, RIGHT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, neuron, mw brain neurons, mw brain neurons + SU, BLP3/4 b R, mw complete, mw brain inventory, mw right, mw axon split complete, VLP IP com, mw brain neurons split, #6, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLP IP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 15517247 us partners, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;pairs;R, downMBONs, sw;mdev5, mw dSEZ-feedback-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 31_level-6_clusterID-113_signal-flow_-0.048, 35_level-7_clusterID-181_signal-flow_0.218, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; MB2ON-158 (L1EM:4128002); CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-158 (L1EM:5744058) [VFB_00102emo]

Post-MBE2a-14, Post-MBONs akira final, MB2ON-158, LEFT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw current paired, BLP3/4 b L, VLP IP com, mw colored-matrix-2019-09-12, #6T, mw brain neurons + sensories, mw brain crosses commissure, VLP IP com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, *BLP34_l akira, mw 15517247 us partners, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;pairs;L, sw;mdev5, mw dSEZ-feedback-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 31_level-6_clusterID-113_signal-flow_-0.048, 35_level-7_clusterID-181_signal-flow_0.218, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); MB2ON-158 (L1EM:5744058); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MB2ON-159 (L1EM:19088042) [VFB_00102fku]

li left KC output input, Post-MBE24b-17, Post-MBE2as-10, WB_BLAv2 L, AU ; Left, Ingrid Name, ASB left, Post-MBONs akira final, MB2ON-159, PB_upstream_akira, AU ; Left Finished large fragment with soma find continuations, LEFT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, BLAv12_lat_l akira, mw brain neurons, mw brain neurons + SU, mw complete, SH_T1down, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw current paired, BLAv1/2 l L, UNI, mw colored-matrix-2019-09-12, #1T, mw brain neurons + sensories, mw brain crosses commissure, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ad hubs_in, mw CN, mw 14540633 downstream partners, nr Tel-like 10 downstream 2-hop, mw ad all_hubs, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, downFBMBONs, downFBPBs, upFBPBs, downMBONs, downPB, test2, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 65_level-7_clusterID-152_walksort-0.723, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 37_level-6_clusterID-109_signal-flow_-0.400, 66_level-7_clusterID-177_signal-flow_-0.517, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd CNs, ct CNs, ct pre-DN-VNCs [MB2ON-159 (L1EM:19088042); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-159 (L1EM:8717042) [VFB_00102erk]

li kc output 2, fragment, Post-MBE24b-17, Post-MBE2as-10, WB_BLAv R, AU ; Right, Ingrid Name, BLAv12 lat, BLAv12_lat_r akira, Post-MBONs akira final, MB2ON-159, PB_upstream_akira, RIGHT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, MB2IN19U, mw brain neurons, mw brain neurons + SU, mw complete, BLAv1/2 l R, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, UNI, #1, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ad hubs_in, mw CN, mw 14540633 downstream partners, nr Tel-like 10 downstream 2-hop, mw ad all_hubs, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, downFBMBONs, downFBPBs, upFBPBs, downMBONs, downPB, test2, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 65_level-7_clusterID-152_walksort-0.723, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 37_level-6_clusterID-109_signal-flow_-0.400, 66_level-7_clusterID-177_signal-flow_-0.517, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd CNs, ct CNs, ct pre-DN-VNCs [transmission electron microscopy (TEM); MB2ON-159 (L1EM:8717042); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

Tags:

MB2ON-161 (L1EM:15519213) [VFB_00102f4s]

WB_DALcm12 L, DALcm12-v_l akira, Post-MBE2as-15, Post-MBONs akira final, MB2ON-161, DNs akira-2, LEFT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, mw brain neurons, mw brain neurons + SU, DALcm1/2 v L, mw brain inventory, mw draft complete, mw left, IPA SEZ, mw axon split complete, mw brain neurons split, #2T, mw current paired, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dSEZ, IPA SEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 14329745 us partners, stable, mw CN, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw noci 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, downMBONs, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 79_level-7_clusterID-143_walksort-0.838, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd CNs, ct CNs, ct pre-DN-SEZs, ct pre-DN-VNCs, ct DN-SEZs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; MB2ON-161 (L1EM:15519213); EM L1 Winding, Pedigo et al., 2023]

Tags:

MB2ON-161 (L1EM:5791548) [VFB_00102en6]

network fit_downstream pvl09 maybe, WB_DALcm12 R, DALcm12-v_r akira, DALcm12 v e, downstream of mPN iACT A1 right calyx, mPN iACT A1 downstream fragments, Important post-A1 fragments, Post-MBE2as-15, Post-MBONs akira final, MB2ON-161, RIGHT, ASB No Way Out Calyx 10, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, mw brain neurons, mw brain neurons + SU, DALcm1/2 v R, mw brain inventory, mw previously complete, mw right, IPA SEZ, mw axon split complete, mw brain neurons split, #2, mw current paired, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dSEZ, IPA SEZ, mw brain matrix, mw brain ipsilateral, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 14329745 us partners, stable, mw CN, nr Tel-like 10 downstream 3-hop, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw noci 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, dPNOins, downNO, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 79_level-7_clusterID-143_walksort-0.838, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd CNs, ct CNs, ct pre-DN-SEZs, ct pre-DN-VNCs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; MB2ON-161 (L1EM:5791548); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MB2ON-163 (L1EM:12928099) [VFB_00102f0v]

Post-MBE30-9, Post-MBE5b-15, WB_BAmd1 R, ES ; Right, Ingrid Name, BAmd1_r akira, To Finish, fragment, Post-MBONs akira final, MB2ON-163, RIGHT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, contra IP, mw axon split complete, mw brain neurons split, #4, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, contra IP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw check dendrite, mw contralateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9965610 us partners, mw 16846805 ds ipsilateral partners, stable, mw CN, mw 9870483 upstream partners, mw 16753901 upstream partners, mw 9965610 upstream partners, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;L, mw noci 3rd_order, sw;pairs;R, downMBONs, sw;mdev3, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, sw;mdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd CNs, ct CNs [MB2ON-163 (L1EM:12928099); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-163 (L1EM:15474790) [VFB_00102f4k]

Post-MBE30-9, Post-MBE5b-15, WB_BAmd1 L, ES ; Left, Ingrid Name, BAmd1_l akira, Post-MBONs akira final, MB2ON-163, LEFT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, mw axon split complete, contra IP, mw brain neurons split, mw current paired, #4T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, contra IP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw check dendrite, mw contralateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9965610 us partners, mw 16846805 ds ipsilateral partners, stable, mw CN, mw 9870483 upstream partners, mw 16753901 upstream partners, mw 9965610 upstream partners, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;R, mw noci 3rd_order, sw;pairs;L, sw;mdev3, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, sw;mdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd CNs, ct CNs [EM L1 Winding, Pedigo et al., 2023; MB2ON-163 (L1EM:15474790); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-165 (L1EM:10792336) [VFB_00102ewj]

nadia, pDM Bundle 5, DPMpm1 r diff cells, DPMpm1_l akira, ASB left, FB tiled horizontal axons_left, Post-MBE5b-38, Post-MBONs akira final, MB2ON-165, LEFT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, IP VMC com, DPMpm1 L, mw current paired, AUTO ascending neurons, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPA VMC com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 8801736 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, sw;7dev;L, mw noci 4th_order, mw proprio 4th_order, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 72_level-7_clusterID-135_signal-flow_-0.692, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; MB2ON-165 (L1EM:10792336); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-165 (L1EM:5163599) [VFB_00102eln]

LNM_down_octop, WB_DPMpl1 R, CX akira, DPMpm1_r akira, FB tiled horizontal axons_right, Post-MBE5b-38, Post-MBONs akira final, MB2ON-165, RIGHT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, mw brain neurons, mw brain neurons + SU, DPMpm1 R, mw brain inventory, mw draft complete, mw right, IP VMC com, mw axon split complete, mw brain neurons split, #3, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPA VMC com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 8801736 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, sw;7dev;R, mw noci 4th_order, mw proprio 4th_order, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 72_level-7_clusterID-135_signal-flow_-0.692, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [MB2ON-165 (L1EM:5163599); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-167 (L1EM:16471422) [VFB_00102f94]

li ni right, Ni, Mushroom body non intrinsic right, JL - double check, I. Fragment target neuron #2 MB PN 7, Post-MBE20-19, Post-MBE7b-11, WB_MBNBd R, BS ; Right, Ingrid Name, columns, CX akira, ASB right, ni-neurons MB_r akira, Post-MBONs akira final, MB2ON-167, m reviewed, Liria a1 down, pairs ds MBONs >= 5, RIGHT, S1A1, S1A1b, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, CNs 5%, axoDen LHNs, axoDen MBONs, MB2ON 5%, CN others 1_4_18, MBON-167-R, S1A1-Simplified, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, MB AL R, EE, MEF, mw axon split complete, LAL com, mw brain neurons split, #7, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw open-ends unpublished, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv DS MBONs and L TOONs, lv DS MBONs and R TOONs, lv MB2ONs_CNs DS all ORN PNs, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, LAL com posterior, stable, mw 4966994 upstream partners, mw brain open-ends 3, EE*, LAL com*, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw respiratory 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, downMBONs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, putative non-intrinsic, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [MB2ON-167 (L1EM:16471422); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-167 (L1EM:18566361) [VFB_00102fk7]

NIMB, Mushroom body non intrinsic left, Post-MBE20-19, Post-MBE7b-11, WB_MB4 L, BS ; Left, Ingrid Name, ni-neurons MB_l akira, ASB left, Post-MBONs akira final, MB2ON-167, fragment 8019437, fragment 18518708, m review, m reviewed, Liria a1 down, pairs ds MBONs >= 5, LEFT, S1A1, S1A1b, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, CNs 5%, axoDen LHNs, axoDen MBONs, MB2ON 5%, CN others 1_4_18, MBON-167-L, S1A1-Simplified, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, LAL com, MB AL L, EE, mw current paired, mw colored-matrix-2019-09-12, #7T, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw open-ends unpublished, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, LAL com posterior L, stable, mw 4966994 upstream partners, mw brain open-ends 3, EE*, LAL com*, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw respiratory 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, downMBONs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, putative non-intrinsic, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); MB2ON-167 (L1EM:18566361); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-169 (L1EM:15800115) [VFB_00102f6r]

li ni right, NI, Mushroom body non intrinsic right, Post-MBE7b-29, WB_MBNBd R, DC ; Right, Ingrid Name, columns, CX akira, ni-neurons MB_r akira, Post-MBONs akira final, MB2ON-169, Liria a2 down, RIGHT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, Liria_check_from_akira, mw brain neurons + SU, mw brain inventory, mw draft complete, MB AL R, EE, MEF, mw right, mw axon split complete, LAL com, mw brain neurons split, #6, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, LAL com posterior, mw pre-dVNC 1%, stable, mw 10964258 downstream partners, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, mw brain open-ends 1, EE*, LAL com*, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw enteric 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw proprio 4th_order, mw thermo-warm 4th_order, mw respiratory 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, downMBONs, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, putative non-intrinsic, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [MB2ON-169 (L1EM:15800115); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-169 (L1EM:9237734) [VFB_00102et3]

NIMB, Mushroom body non intrinsic left, Post-MBE7b-29, WB_MB4 L, WB_MBNBd L, DC ; Left, ni-neurons MB_l akira, Post-MBONs akira final, MB2ON-169, Liria a2 down, LEFT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Liria_check_from_akira, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, LAL com, MB AL L, EE, mw current paired, mw colored-matrix-2019-09-12, #6T, mw brain neurons + sensories, Merged: Neuron 18608387, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, LAL com posterior L, mw pre-dVNC 1%, stable, mw 10964258 downstream partners, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, mw brain open-ends 1, EE*, LAL com*, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw enteric 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw proprio 4th_order, mw thermo-warm 4th_order, mw respiratory 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, downMBONs, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, putative non-intrinsic, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; MB2ON-169 (L1EM:9237734)]

Tags:

MB2ON-171 (L1EM:5938794) [VFB_00102enk]

MB calyx after gap, Larisa fragment to solve, fragments near calyx downstream of PVL09 left, Pre-MBE1c-33, Pre-MBINs akira final, Post-MBE24b-21, Post-MBE9b-46, Post-MBONs akira final, DPLl_l akira, MB2IN-128, MB2ON-171, fragments downstream pvl09, det pair, downstream of left uPN, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li temp everything downstream of left upn with 3 synapses combined, li temp unpaird downstream of left uPN batch 1, li temp left side left, mw paired 9, paired ds mPNs right >= 5 synapses individual, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, paired with #8310955, left-right NBlast: 0.564637763696959, LEFT, pairs ds uPNs >= 5, Rest of MB2INs akira, Other MB2INs akira, m reviewed, MB_FB_CN_all_akira, MB2ONs_akira, MB2INs_akira, MB_FB_all_akira, MB_CN_all_akira, Other_MB2INs_for_fraction_akira, check LHON 5% input aver, LHNs, axoDen mPNs, axoDen uPNs, uLHNs, mLHNs, putative LHN, hemilateral_pair_5938794_8310955, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, SLP IPL/A, DPLl1-3 i L, mw current paired, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw forClaire possible MB2ONs, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, Merged: Uncertain Continuation, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, lv DS MBONs and L TOONs, lv DS MBONs and R TOONs, lv MB2ONs_CNs DS all ORN PNs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 11782821 ds ipsilateral partners, mw 11782821 ds contralateral partners, mw 16486385 ds contralateral partners, stable, mw ad hubs_in, mw ds-uPNs, mw ds-vPNs, mw LHN-from-uPN, mw 14540633 upstream partners, mw ad all_hubs, mw brain open-ends 3, SLP IPA 2, DPLl1-3 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw noci 3rd_order, mw thermo-warm 3rd_order, mw LHN-uPN and LHN-vPN, mw dSEZ-feedback-2hop 2022-03-15, mw interhemispheric integration 2-hop, sw;pairs;L, downMBONs, downPB, test2, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 40_level-6_clusterID-111_signal-flow_-0.444, 61_level-7_clusterID-111_signal-flow_-0.444, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; MB2ON-171 (L1EM:5938794); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-171 (L1EM:8310955) [VFB_00102eqi]

BLDa l, Cluster of MBE4s, li kc output 2, Bridge-like, 2+0, Albert help find way out, WB_DPLl R, Fragment With Soma, WB_BLVp1 R, gap fragment, DPLl_r akira, downstream of mPN iACT A3 right, Pre-MBE1c-33, Pre-MBINs akira final, Post-MBE24b-21, Post-MBE9b-46, Post-MBONs akira final, downstream of handlebar-like, MB2IN-128, MB2ON-171, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li temp upn downstream all non local, mw paired 9, paired ds mPNs right >= 3 individual, pair of ds mPN right >= 5, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, paired with #5938794, left-right NBlast: 0.564637763696959, RIGHT, pairs ds uPNs >= 5, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2ONs_akira, MB2INs_akira, MB_FB_all_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, check LHON 5% input aver, LHNs, axoDen mPNs, axoDen uPNs, uLHNs, mLHNs, putative LHN, hemilateral_pair_5938794_8310955, mw brain neurons, mw brain neurons + SU, DPLl1-3 i R, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, SLP IPL/A, mw axon split complete, mw brain neurons split, #3, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw forClaire possible MB2ONs, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 11782821 ds ipsilateral partners, mw 11782821 ds contralateral partners, mw 16486385 ds contralateral partners, stable, mw ad hubs_in, mw ds-uPNs, mw ds-vPNs, mw LHN-from-uPN, mw 14540633 upstream partners, mw ad all_hubs, DPLl1-3 R, SLP IPA 2, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw noci 3rd_order, mw thermo-warm 3rd_order, mw LHN-uPN and LHN-vPN, mw dSEZ-feedback-2hop 2022-03-15, mw interhemispheric integration 2-hop, sw;pairs;R, downMBONs, downPB, test2, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 40_level-6_clusterID-111_signal-flow_-0.444, 61_level-7_clusterID-111_signal-flow_-0.444, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd LHNs, ct LHNs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; MB2ON-171 (L1EM:8310955); is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

Tags:

MB2ON-172 (L1EM:4101621) [VFB_00102ek4]

incomplete neurons with soma, Brain, Posterior, left_downSuckerfishPN, Bridge-like, CK ; Right, Ingrid Name, Akira to Volker, downstream of mPN iACT A3 right, Frag, Pre-MBE19-14, Pre-MBINs akira final, Post-MBE24b-25, Post-MBE9b-47, Post-MBONs akira final, ASB Right PN-LH Input, ASB uPN and mPN Shared LH Targets, ASB Dense Core, MB2IN-129, MB2ON-172, ASB Right uPN-LH Input, ASB Bridges Right Ipsi, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, ASB No Way Out A3 2, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li temp everything downstream of left upn with 3 synapses combined, li downstream of RIGHT uPN with 3 synapses or more to any uPN, li temp pair -5, Downstream of RIGHT uPN >= 3 synapses individual, all paired downstream of RIGHT uPN >= 3 synapses, confirmed paired downstream of RIGHT uPN >= 3 synapses individual, mw paired 8, paired ds mPNs right >= 5 synapses individual, paired ds mPNs right >= 10 synapses individual, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, paired with #5963873, left-right NBlast: 0.621862462216823, Downstream of RIGHT uPN with 3 synapses or more to any uPN, pairs ds uPNs >= 5, Rest of MB2INs akira, Other MB2INs akira, pairs ds mPNs >= 10, MB_FB_CN_all_akira, MB2ONs_akira, MB2INs_akira, MB_FB_all_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, check LHON 5% input aver, LHNs, axoDen mPNs, axoDen uPNs, uLHNs, mLHNs, putative LHN, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, DPLp_r akira, mw previously complete, mw right, mw axon split complete, mw brain neurons split, DPLp1/2 R, mw current paired, UNI, mw colored-matrix-2019-09-12, #1, mw brain neurons + sensories, mw forClaire possible MB2ONs, mw brain matrix, mw brain ipsilateral, UNI, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-RGN feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 11782821 ds contralateral partners, stable, mw ds-uPNs, mw LHN-from-uPN, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integration 2-hop, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, sw;pairs;R, downMBONs, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [MB2ON-172 (L1EM:4101621); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

Tags:

MB2ON-172 (L1EM:5963873) [VFB_00102enn]

TODO calyx Kathi, MB calyx after gap, WB_DPLl2 L, fragment with gap, Check 49a PN-down, DPLp_l akira, Pre-MBE19-14, Pre-MBINs akira final, No Way Out, Post-MBE24b-25, Post-MBE9b-47, Post-MBONs akira final, MB2IN-129, MB2ON-172, downstream of left uPN, ASB PN-Dorsal Lobe, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li left uPN everything less than 90% reviewed, except “kc frag”, li review for mPN right downstream less than 90% more than 5 synapses, li temp pair -5, mw paired 8, pair of ds mPN right >= 5, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, paired with #4101621, left-right NBlast: 0.621862462216823, Downstream of LEFT uPN with 3 synapses or more to any uPN, pairs ds uPNs >= 5, Rest of MB2INs akira, Other MB2INs akira, pairs ds mPNs >= 10, MB_FB_CN_all_akira, MB2ONs_akira, MB2INs_akira, MB_FB_all_akira, MB_CN_all_akira, Other_MB2INs_for_fraction_akira, check LHON 5% input aver, LHNs, axoDen mPNs, axoDen uPNs, uLHNs, mLHNs, putative LHN, MB2IN19U, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, DPLp1/2 L, mw current paired, UNI, mw colored-matrix-2019-09-12, #1T, mw brain neurons + sensories, mw forClaire possible MB2ONs, mw brain matrix, mw brain ipsilateral, UNI, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-RGN feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 11782821 ds contralateral partners, stable, mw ds-uPNs, mw LHN-from-uPN, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, mw interhemispheric integration 2-hop, sw;pairs;L, downMBONs, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; MB2ON-172 (L1EM:5963873); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-175 (L1EM:11605861) [VFB_00102eyj]

Big Group 1, LNM_down_octop, Check 49a PN-down, ASB right, BLAl_r akira, ASB No Way Out 12, LH downstream of mPN iACT A1 right, downstream of mPN iACT A2 right, ASB Large Fragments, Post-MBE11b-9, Post-MBE11a-2, Post-MBONs akira final, ASB No Way Out PN-LH, downstream of handlebar-like, ASB Right PN-LH Input, ASB uPN and mPN Shared LH Targets, MB2ON-175, li no way out, ASB No Way Out 59a 1, ASB Right uPN-LH Input, ASB mPN-Dorsal Lobe, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li temp 10 25 2016 below 1500 nodes right, ASB downstream of right mPNs, ASB Unresolvable LH Frag, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, PB_upstream_akira, li left uPN everything less than 90% reviewed, except “kc frag”, ASB No Way Out B1 right 13, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li temp everything downstream of left upn with 3 synapses combined, li found pair but not symatric, li downstream of RIGHT uPN with 3 synapses or more to any uPN, li temp pair -11, Downstream of RIGHT uPN >= 3 synapses individual, all paired downstream of RIGHT uPN >= 3 synapses, confirmed paired downstream of RIGHT uPN >= 3 synapses individual, mw paired 34, paired ds mPNs right >= 5 synapses individual, paired ds mPNs right >= 10 synapses individual, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, paired with #4422289, left-right NBlast: 0.592841304834981, pairs ds thermo PNs >= 5, Downstream of RIGHT uPN with 3 synapses or more to any uPN, pairs ds visual PNs >= 5, pairs ds uPNs >= 5, post 2+ 42a or 42b PN in LH, pairs ds mPNs >= 10, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, LHNs, axoDen mPNs, axoDen uPNs, axoDen vPNs, uLHNs, mLHNs, vLHNs, putative LHN, hemilateral_pair_4422289_11605861, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, mw axon split complete, mw brain neurons split, mw current paired, BLAl R, UNI, mw colored-matrix-2019-09-12, #1, mw brain neurons + sensories, mw brain crosses commissure, UNI, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10018260 us partners, stable, mw ad hubs_out, mw ds-vPNs, mw LHN, mw ad all_hubs, sw:brain_paired:R, ElizabethLauraCX, PossiblePB, sw;brainpair;R, Potential PB.b, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw thermo-warm 3rd_order, mw LHN-vPN, mw interhemispheric integration 2-hop, sw;pairs;R, downFBMBONs, downFBPBs, downMBONs, downPB, test2, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 27_level-6_clusterID-108_signal-flow_0.011, 47_level-7_clusterID-176_signal-flow_0.010, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd LHNs, ct LHNs [CC-BY_4.0; transmission electron microscopy (TEM); MB2ON-175 (L1EM:11605861); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

Tags:

MB2ON-175 (L1EM:4422289) [VFB_00102eku]

MB calyx after gap, Frag, Post-MBE11b-9, Post-MBE11a-2, Post-MBONs akira final, BLAl_l akira, MB2ON-175, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, ASB Unresolvable Frag 16405577, ASB Large Frag at Gap 18565237; Microtubules, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, PB_upstream_akira, li found pair but not symatric, no way out 18735449, li temp pair -11, mw paired 34, pair of ds mPN right >= 5, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, paired with #11605861, left-right NBlast: 0.592841304834981, pairs ds thermo PNs >= 5, Downstream of LEFT uPN with 3 synapses or more to any uPN, pairs ds visual PNs >= 5, pairs ds uPNs >= 5, pairs ds mPNs >= 10, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, LHNs, axoDen mPNs, axoDen uPNs, axoDen vPNs, uLHNs, mLHNs, vLHNs, putative LHN, hemilateral_pair_4422289_11605861, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, BLAl L, mw current paired, UNI, mw colored-matrix-2019-09-12, #1T, mw brain neurons + sensories, mw brain crosses commissure, UNI, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, lv R TOONs minus ORN PNs and KCs, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10018260 us partners, stable, mw ad hubs_out, mw ds-vPNs, mw LHN, mw ad all_hubs, sw:brain_paired:L, ElizabethLauraCX, PossiblePB, sw;brainpair;L, Potential PB.b, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw thermo-warm 3rd_order, mw LHN-vPN, mw interhemispheric integration 2-hop, sw;pairs;L, downFBPBs, downPB, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 27_level-6_clusterID-108_signal-flow_0.011, 47_level-7_clusterID-176_signal-flow_0.010, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; MB2ON-175 (L1EM:4422289); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-176 (L1EM:10382686) [VFB_00102evn]

nadia, CM4 r diff cells, Larisa PVL09 downstream, Larisa TODO, Larisa fragment to solve, symm_a, SYMM, symm_i, fragments downstream pvl09, down-PVL09-1, det pair, Larisa circuits akira, Post-MBE11a-3, WB_CM4 L, EL ; Left, Ingrid Name, PVL09 descending neurons, ASB left, CM4-dm_l akira, Alex No Way Out, Post-MBONs akira final, MB2ON-176, DNs akira-2, ASB downstream of right mPNs, Uncertain Continuation, mw paired 41, pair of ds mPN right >= 5, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, pairs ds visual PNs >= 5, LEFT, pairs ds mPNs >= 10, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, MB2ON-176 L, minor check LHON 5% input aver, LHNs, axoDen mPNs, axoDen vPNs, mLHNs, vLHNs, putative LHN, sVUMU1All, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, IP com SEZ, mw current paired, #4T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dSEZ, mw forClaire possible MB2ONs, mw brain crosses commissure, IP VMC com desc, mw brain matrix, mw brain contralateral, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw dVNC with phenotypes, mw dVNC important, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-vPNs, mw LHN, mw CN, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-vPN, dSEZdownstreamCX, sw;pairs;L, downFBMBONs, downMBONs, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs, ct CNs, ct DN-SEZs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; MB2ON-176 (L1EM:10382686); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

Tags:

MB2ON-176 (L1EM:16100103) [VFB_00102f7e]

LH downstream of mPN iACT A1 right, fragments downstream pvl09, Ingrid Name, MS: CM4 bc 2 ant lat right; CM4 dor ant 2 DNs, Alex No Way Out, CM4-dm_r akira, CX columns akira, symm_a, Alex Now Way Out, down-PVL09-1, symm_i, WB_CM4 R, central complex layers PB FB EB, MS: CM4 bc 2 ant lat right, EL ; Right, SYMM, Larisa circuits akira, Post-MBE11a-3, CM4 descending with loop, ASB No Way Out 4, Post-MBONs akira final, ASB Right PN-LH Input, MB2ON-176, DNs akira-2, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, ASB No Way Out mPN-LH 6, mw paired 41, paired ds mPNs right >= 5 synapses individual, paired ds mPNs right >= 10 synapses individual, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, pairs ds visual PNs >= 5, RIGHT, pairs ds mPNs >= 10, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, minor check LHON 5% input aver, LHNs, axoDen mPNs, axoDen vPNs, mLHNs, vLHNs, putative LHN, MB2IN19U, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, IP com SEZ, mw axon split complete, mw brain neurons split, #4, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dSEZ, mw forClaire possible MB2ONs, mw brain crosses commissure, IP VMC com desc, mw brain matrix, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw dVNC with phenotypes, mw dVNC important, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-vPNs, mw LHN, mw CN, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-vPN, dSEZdownstreamCX, sw;pairs;R, downFBMBONs, downMBONs, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs, ct CNs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; MB2ON-176 (L1EM:16100103); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-178 (L1EM:10293348) [VFB_00102evb]

WB_BLP12ab R, Thermo KC Right, BLP12_r akira, ASB right, f_neuron left, det pair, Post-MBE11b-11, Post-MBE11a-12, Post-MBONs akira final, ASB Right PN-LH Input, MB2ON-178, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, potential paired ds mPNs right >= 3 synapses individual, potential pair of ds mPN right >= 5, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, mw paired 173, Chong, m named, pairs ds thermo PNs >= 5, RIGHT, pairs ds mPNs >= 10, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, LHNs, axoAxo tPNs, axoDen tPNs, tLHNs, putative LHN, hemilateral_pair_4279887_10293348, mw brain neurons, mw brain neurons + SU, BLP1/2 b R, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, mw axon split complete, SLP IPL, mw brain neurons split, mw current paired, mw colored-matrix-2019-09-12, #3, mw brain neurons + sensories, SLP p IPL p, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 16486385 ds contralateral partners, stable, mw ds-tPNs, mw LHN, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-cold 3rd_order, mw LHN-tPN, mw interhemispheric integration 2-hop, sw;pairs;R, downMBONs, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 9_level-5_clusterID-53_signal-flow_0.718, 16_level-6_clusterID-97_signal-flow_0.534, 28_level-7_clusterID-159_signal-flow_0.421, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); MB2ON-178 (L1EM:10293348); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-178 (L1EM:4279887) [VFB_00102ekk]

Left SIde Dendrites TO DO, Temperature Neurons, matt, 23, GAP - medium fragment, BLP1/2_l akira, BLP12_l akira, downstream of mPN iACT A2 left, downstream of left uPN, ASB downstream of right mPNs, li left uPN everything less than 90% reviewed, except “kc frag”, mw paired 173, Chong, m named, pairs ds thermo PNs >= 5, No Way Out, MB2ON-178, Post-MBE11b-11, Post-MBE11a-12, Post-MBONs akira final, LEFT, ASB No Way Out A2 left 22, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, pairs ds mPNs >= 10, LHNs, axoAxo tPNs, axoDen tPNs, tLHNs, putative LHN, hemilateral_pair_4279887_10293348, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, SLP IPL, BLP1/2 b L, mw current paired, mw colored-matrix-2019-09-12, #3T, mw brain neurons + sensories, SLP p IPL p, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 16486385 ds contralateral partners, stable, mw ds-tPNs, mw LHN, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-cold 3rd_order, mw LHN-tPN, mw interhemispheric integration 2-hop, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 9_level-5_clusterID-53_signal-flow_0.718, 16_level-6_clusterID-97_signal-flow_0.534, 28_level-7_clusterID-159_signal-flow_0.421, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; MB2ON-178 (L1EM:4279887); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MB2ON-185 (L1EM:12612426) [VFB_00102f0i]

BAmd1 r, GPhN, BAmd2 r, BAmd2 r dist, symm_bilaterals, SYMM, down-PVL09-8, Larisa circuits akira, WB_BAmd2 L, Pre-MBONs-7, down-PVL09-8b, ASB left, BAmd2_v_l akira, Alex Now Way Out, Alex No Way Out, fragments downstream pvl09, det pair, offPVL09_left, Post-MBE18-27, Post-MBONs akira final, ASB Right PN-LH Input, ASB GPNs TODO, MB2ON-185, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, mw paired 138, paired ds mPNs right >= 3 individual, LEFT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, hemilateral_pair_2568522_12612426, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, mw axon split complete, Contra IP CA SEZ, mw brain neurons split, mw current paired, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, contra IP CA SEZ, mw brain matrix, mw MN 2nd_order only, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw MN PN, mw MN only PN, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw brain matrix + A1, mw contralateral axon, mw check dendrite, mw contralateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, sw:brain_paired:L, sw;brainpair;R, CCWA09Input, CCWA09input, mw gustatory-external 2nd_order, mw gustatory-external 2nd_order PN-old, sw;pairs;L, upFBMBONs, sw;mdev2, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, sw;mdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs [MB2ON-185 (L1EM:12612426); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MB2ON-185 (L1EM:2568522) [VFB_00102eho]

Another Upper Comissure PN, BAmd2 v comm, BAmd2 l, symm_bilaterals, SYMM, down-PVL09-8, Larisa circuits akira, WB_BAmd2 R, Pre-MBONs-7, BAmd2_v_r akira, down-PVL09-8b, Post-MBE18-27, Post-MBONs akira final, MB2ON-185, mw paired 138, no way out 18818797, fragment, RIGHT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, hemilateral_pair_2568522_12612426, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw right, Contra IP CA SEZ, mw axon split complete, mw brain neurons split, #1, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, contra IP CA SEZ, mw brain matrix, mw MN 2nd_order only, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw MN PN, mw MN only PN, mw brain contralateral, mw ds-pre-dSEZ, mw brain matrix + A1, mw contralateral axon, mw check dendrite, mw contralateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, sw:brain_paired:R, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-external 2nd_order PN-old, sw;pairs;R, downFBMBONs, upFBMBONs, downMBONs, sw;mdev2, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, sw;mdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 44_level-7_clusterID-118_signal-flow_0.052, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; MB2ON-185 (L1EM:2568522); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MB2ON-187 (L1EM:14133114) [VFB_00102f2s]

det pair, down-PVL09-19, Larisa circuits akira, WB_DPMpl1 L, fragments near calyx downstream of PVL09 left, DPMpl12_l akira, Post-MBE18-37, Post-MBONs akira final, MB2ON-187, mw paired 69, pair of ds mPN right >= 5, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, pairs ds visual PNs >= 5, LEFT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, no way out 17150663, m reviewed, LHNs, axoDen mPNs, axoDen vPNs, mLHNs, vLHNs, putative LHN, hemilateral_pair_14133114_17166682, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, DPMpl1/2 L, mw axon split complete, mw brain neurons split, IPP/M IPA, #5T, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw forClaire possible MB2ONs, IPA IPP, mw brain matrix, mw brain ipsilateral, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, lv DS MBONs and L TOONs, lv MB2ONs_CNs DS all ORN PNs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-vPNs, mw LHN, mw CN, mw 14540633 upstream partners, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw thermo-warm 3rd_order, mw LHN-vPN, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, downMBONs, downPB, test2, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 63_level-7_clusterID-154_walksort-0.703, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 6_level-3_clusterID-13_signal-flow_-0.614, 13_level-4_clusterID-27_signal-flow_-0.716, 27_level-5_clusterID-56_signal-flow_-0.695, 49_level-6_clusterID-102_signal-flow_-0.746, 76_level-7_clusterID-169_signal-flow_-0.787, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs, ct CNs [MB2ON-187 (L1EM:14133114); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-187 (L1EM:17166682) [VFB_00102fcv]

Right BAla12 #9 Neuron 17166875, down-PVL09-19, Larisa circuits akira, ASB right, downstream of mPN iACT A1 right calyx, WB_BLDc R, LH downstream of mPN iACT A1 right, Check 49a PN-down, Post-MBE18-37, Post-MBONs akira final, ASB Right PN-LH Input, MB2ON-187, connect to locked, connect to locked MBE20, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, mw paired 69, paired ds mPNs right >= 5 synapses individual, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, pairs ds visual PNs >= 5, RIGHT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, m reviewed, LHNs, axoDen mPNs, axoDen vPNs, mLHNs, vLHNs, putative LHN, hemilateral_pair_14133114_17166682, mw brain neurons, mw brain neurons + SU, DPMpl1/2 R, DPMpl12_r akira, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, mw axon split complete, IPP/M IPA, mw brain neurons split, #5, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw forClaire possible MB2ONs, IPA IPP, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-vPNs, mw LHN, mw CN, mw 14540633 upstream partners, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw thermo-warm 3rd_order, mw LHN-vPN, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, downMBONs, downPB, test2, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 63_level-7_clusterID-154_walksort-0.703, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 6_level-3_clusterID-13_signal-flow_-0.614, 13_level-4_clusterID-27_signal-flow_-0.716, 27_level-5_clusterID-56_signal-flow_-0.695, 49_level-6_clusterID-102_signal-flow_-0.746, 76_level-7_clusterID-169_signal-flow_-0.787, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd LHNs, ct LHNs, ct CNs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; MB2ON-187 (L1EM:17166682); EM L1 Winding, Pedigo et al., 2023]

Tags:

MB2ON-188 (L1EM:10400440) [VFB_00102evp]

nadia, CM4 r, CM4 r diff cells, WB_CM4 L, ASB left, Post-MBE18-39, Post-MBONs akira final, CM4-vm_l akira, MB2ON-188, PB_upstream_akira, mw paired 139, Uncertain Continuation, LEFT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, hemilateral_pair_10400440_18264509, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, mw axon split complete, mw brain neurons split, mw current paired, UNI, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, mw 10875625 us partners, mw 18500915 us partners, stable, mw CN, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, sw;pairs;L, downMBONs, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd CNs, ct CNs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; MB2ON-188 (L1EM:10400440); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-188 (L1EM:18264509) [VFB_00102fjp]

Larisa PVL09 downstream, det pair, CM4-vm_r akira, ASB right, Post-MBE18-39, Post-MBONs akira final, MB2ON-188, connect to locked, connect to locked MBE20, downstream of mPN, ASB Downstream of Ipsi Bridges Right, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, PB_upstream_akira, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, Fragment with soma; CM4 ven pos 1, mw paired 139, potential paired ds mPNs right >= 3 synapses individual, RIGHT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, hemilateral_pair_10400440_18264509, mw brain neurons, mw brain neurons + SU, CM4 R, mw brain inventory, mw complete, mw right, mw axon split complete, UNI, mw brain neurons split, #3, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, mw 10875625 us partners, mw 18500915 us partners, stable, mw CN, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd CNs, ct CNs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; MB2ON-188 (L1EM:18264509); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-190 (L1EM:14659793) [VFB_00102f3g]

Fragment target neuron #2 MB PN, Post-MBE20-15, WB_DALcl12 L, Pre-MBONs akira, DALcl12-v_l akira, ASB left, Post-MBONs akira final, MB2ON-190, EB columns, down_oct_neur1, Rainbow A, LEFT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, DALcl1/2 v L, IPA com, mw left, mw brain few synapses, #1T, mw current paired, SACa, less than 150nm length, mw brain neurons + sensories, mw axon split complete, mw brain crosses commissure, IPA com, mw partially differentiated, mw CX, mw brain matrix, mw brain contralateral, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, stable, sw:brain_paired:L, sw;brainpair;L, mw partially differentiated non-KC, EB.b, mw not in matrix, sw;pairs;L, sw;mdeviants, EB-core, EB.d, EB-col-7, mw brain and inputs, ND_published, ND_all published et al [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; MB2ON-190 (L1EM:14659793); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-190 (L1EM:6651098) [VFB_00102eol]

Post-MBE20-15, WB_DALcl12 R, Pre-MBONs akira, DALcl12-v_r akira, DALcl12-v_r akira upper, PB bilateral coordination, Post-MBONs akira final, MB2ON-190, EB columns, down_oct_neur1, Rainbow A, RIGHT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, DALcl1/2 v R, IPA com, mw right, mw brain few synapses, #1, mw current paired, SACa, mw brain neurons + sensories, mw brain crosses commissure, mw axon split complete, IPA com, mw partially differentiated, mw CX, mw brain matrix, mw brain contralateral, IPa comp, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, stable, EB_neurons, ElizabethLauraCX, sw:brain_paired:R, sw;brainpair;R, mw partially differentiated non-KC, EB.b, mw not in matrix, sw;pairs;R, downMBONs, sw;mdeviants, EB-core, EB.d, EB-col-7, EB.b 2, mw brain and inputs, ND_published, ND_all published et al [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; MB2ON-190 (L1EM:6651098); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MB2ON-191 (L1EM:16617920) [VFB_00102fa4]

network fit_downstream pvl09, Post-MBE20-17, BR ; Right, Ingrid Name, ASB right, BLP12_r akira, Post-MBONs akira final, MB2ON-191, PB_upstream_akira, fragment, RIGHT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, IPA com, CP2/3 v R, #9, mw current paired, AUTO ascending neurons, mw colored-matrix-2019-09-12, FrMC, mw brain neurons + sensories, mw brain crosses commissure, IP VMC com 1, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, mw 14329745 ds contralateral partners, stable, mw 16753901 downstream partners, nr Tel-like 10 downstream 2-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw proprio 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, downMBONs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 79_level-7_clusterID-143_walksort-0.838, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; MB2ON-191 (L1EM:16617920)]

Tags:

MB2ON-191 (L1EM:5745929) [VFB_00102emr]

27 down 2, network fit_downstream pvl09, Post-MBE20-17, WB_CP23 L, BR ; Left, Ingrid Name, BLP12_l akira, Post-MBONs akira final, MB2ON-191, m review, Fragments 2014-01-18 14:57, m reviewed, PB_upstream_akira, LEFT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, IPA com, CP2/3 v L, mw current paired, mw colored-matrix-2019-09-12, FrMC, #9T, mw brain neurons + sensories, mw brain crosses commissure, IP VMC com 1, mw brain matrix, Merged: Fragments 2014-01-18 14:57, Merged: , ,, Merged: Neuron 21296481, mw brain contralateral, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, mw 14329745 ds contralateral partners, stable, mw 16753901 downstream partners, nr horseshoe, nr Tel-like 10 downstream 2-hop, sw:brain_paired:L, sw;brainpair;L, mw proprio 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 79_level-7_clusterID-143_walksort-0.838, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; MB2ON-191 (L1EM:5745929); CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-192 (L1EM:17110007) [VFB_00102fcn]

Fragments 2014-01-18 14:57, Post-MBE20-22, WB_DALcl12 L, BV ; Left, Ingrid Name, DALcl12-v_l akira, ASB left, Post-MBONs akira final, MB2ON-192, LAL wrap lower, LEFT, S10A2, U7A2, potential other MB2ON-193 pair, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, MB2ON-192-L, U7A2-Simplified, hemilateral_pair_17110007_17535542, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, DALcl1/2 v L, mw left, mw axon split complete, mw brain neurons split, LAL com ant, #1T, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL com ant, mw CX, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, VMCl L, mw ipsilateral dendrite, mw degree 30-40, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9965610 us partners, stable, mw ad hubs_in, mw 9870483 upstream partners, mw 16753901 upstream partners, mw 17105218 upstream partners, mw 9965610 upstream partners, nr Tel-like 10 downstream 2-hop, mw ad all_hubs, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integration 4-hop, mw 15516413 downstream partners, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw respiratory 4th_order, mw mechano-Ch 4th_order, EB downstream intersection, sw;pairs;L, downMBONs, downLAL, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, EB.d, remove FB.d, EB.b 2, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; MB2ON-192 (L1EM:17110007); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-192 (L1EM:6188181) [VFB_00102eo3]

WB_DALcl12 R, down_oct_fragment2, DALcl12-v_r akira, LNM_down_octop, LAL wrap lower, Post-MBE20-22, Post-MBONs akira final, MB2ON-192, RIGHT, S10A2, U7A2, potential other MB2ON-193 pair, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, MB2ON-192-R, U7A2-Simplified, mw brain neurons, mw brain neurons + SU, SH_T1down, mw brain inventory, mw previously complete, DALcl1/2 v R, mw right, mw axon split complete, mw brain neurons split, LAL com ant, #1, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL com ant, mw CX, mw brain matrix, mw open-ends unpublished, mw brain contralateral, VMCl, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9965610 us partners, stable, mw ad hubs_in, mw 9870483 upstream partners, mw 16753901 upstream partners, mw 17105218 upstream partners, mw 9965610 upstream partners, nr Tel-like 10 downstream 2-hop, mw ad all_hubs, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;R, mw 15516413 downstream partners, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw respiratory 4th_order, mw mechano-Ch 4th_order, sw;pairs;R, downLAL, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, EB.d, remove FB.d, EB.b 2, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; MB2ON-192 (L1EM:6188181); VFB CATMAID L1 CNS]

Tags:

MB2ON-193 (L1EM:17535542) [VFB_00102ffs]

WB_DALcl12 R, BW ; Right, Ingrid Name, Post-MBE20-23, ring candidate akira, DALcl12-v_r akira, ASB right, EB neurons, all post-MBONs of phenotypes, all post phenotype MBONs, all post-MBONs of phenotypes more than 5 synapses, Post-MBONs akira final, MB2ON-193, LAL wrap lower, RIGHT, potential other MB2ON-193 pair, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, hemilateral_pair_17110007_17535542, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, mw axon split complete, mw brain neurons split, DALcl1/2 v R, LAL com ant, #4, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL com ant, mw CX, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 9965610 us partners, stable, mw 9870483 upstream partners, mw 16753901 upstream partners, mw 17105218 upstream partners, mw 9965610 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integration 4-hop, mw 15516413 downstream partners, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, sw;pairs;R, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, EB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [MB2ON-193 (L1EM:17535542); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-193 (L1EM:9612903) [VFB_00102eu0]

WB_DALv23 L, potential other MB2ON-193 pair, DALcl12-v_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, LAL com ant, #4T, DALcl1/2 v L, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, mw brain crosses commissure, LAL com ant, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, LAL wrap lower, mw test matrices, mw 9965610 us partners, stable, mw 9870483 upstream partners, mw 16753901 upstream partners, mw 17105218 upstream partners, mw 9965610 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw 15516413 downstream partners, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, Dalv23 EB, mw interhemispheric integration 4-hop, sw;pairs;L, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, EB.d, remove FB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; MB2ON-193 (L1EM:9612903); VFB CATMAID L1 CNS]

Tags:

MB2ON-194 (L1EM:11356523) [VFB_00102eyc]

Ingrid review, No Way Out, Pre-MBE1d-11, Post-MBE23-7, AO ; Right, WB_BLVp3 R, Ingrid Name, Akira to Volker, Pre-MBINs akira final, Post-MBONs akira final, MB2IN-133, MB2ON-194, ASB Downstream of Ipsi Bridges Right, ASB downstream of right mPNs, RIGHT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2ONs_akira, MB2INs_akira, MB_FB_all_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, mw brain neurons + SU, mw brain inventory, mw draft complete, *BLVa_t_r akira, mw right, mw axon split complete, mw brain neurons split, mw current paired, BLAv1/2 v R, UNI, mw colored-matrix-2019-09-12, ADCp, #2, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 9503414 us partners, stable, mw ad hubs_in, mw 15566333 downstream partners, mw 14540633 downstream partners, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw gustatory-pharyngeal 3rd_order, mw mechano-II/III 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, upFBPBs, downMBONs, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 65_level-7_clusterID-152_walksort-0.723, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 67_level-7_clusterID-183_signal-flow_-0.529, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; MB2ON-194 (L1EM:11356523); VFB CATMAID L1 CNS]

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MB2ON-194 (L1EM:12364717) [VFB_00102ezu]

follows IPCs 20, Pre-MBE1d-11, Post-MBE23-7, AO ; Left, Ingrid Name, Neuron 17477532, Pre-MBINs akira final, Post-MBONs akira final, MB2IN-133, MB2ON-194, LEFT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2ONs_akira, MB2INs_akira, MB_FB_all_akira, MB_CN_all_akira, Other_MB2INs_for_fraction_akira, mw brain neurons + SU, mw brain inventory, mw draft complete, *BLVa_t_l akira, mw left, mw axon split complete, mw brain neurons split, mw current paired, BLAv1/2 v L, UNI, mw colored-matrix-2019-09-12, ADCp, #2T, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 9503414 us partners, stable, mw ad hubs_in, mw 15566333 downstream partners, mw 14540633 downstream partners, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw gustatory-pharyngeal 3rd_order, mw mechano-II/III 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, upFBPBs, downMBONs, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 65_level-7_clusterID-152_walksort-0.723, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 67_level-7_clusterID-183_signal-flow_-0.529, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; MB2ON-194 (L1EM:12364717); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-196 (L1EM:7688300) [VFB_00102eph]

Cluster of MBE4s, clock 2nd order interneuron, Post-MBE24b-22, WB_CP23 R, AW ; Right, Ingrid Name, Pre-MBONs akira, CPb, CPbl_r akira, Post-MBONs akira final, MB2ON-196, RIGHT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, hemilateral_pair_7688300_9078240, mw brain neurons, mw brain neurons + SU, CP2/3 d R, mw brain inventory, mw draft complete, mw right, mw axon split complete, IPL/M IPA, mw brain neurons split, #2, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL IPA, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 14073503 us partners, stable, mw 15566333 downstream partners, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw mechano-Ch 3rd_order, mw mechano-II/III 3rd_order, sw;pairs;R, downMBONs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 40_level-6_clusterID-111_signal-flow_-0.444, 61_level-7_clusterID-111_signal-flow_-0.444, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [MB2ON-196 (L1EM:7688300); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-196 (L1EM:9078240) [VFB_00102eso]

To Give To Fragments, Gap Crossings, r lineage 12, MB calyx after gap, Ingrid review, Post-MBE24b-22, IN, WB_CP23 L, AW ; Left, Ingrid Name, Pre-MBONs akira, CPbl_l akira, ASB left, Post-MBONs akira final, MB2ON-196, ASB downstream of right mPNs, LEFT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, hemilateral_pair_7688300_9078240, MB2IN19U, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, CP2/3 d L, mw axon split complete, mw brain neurons split, IPL/M IPA, mw current paired, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL IPA, mw brain matrix, MB2IN-19up3, mw brain ipsilateral, MB2ON-196-L, mw dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 14073503 us partners, stable, mw 15566333 downstream partners, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw mechano-Ch 3rd_order, mw mechano-II/III 3rd_order, mw interhemispheric integration 2-hop, sw;pairs;L, downMBONs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 40_level-6_clusterID-111_signal-flow_-0.444, 61_level-7_clusterID-111_signal-flow_-0.444, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [MB2ON-196 (L1EM:9078240); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-199 (L1EM:2439134) [VFB_00102ehj]

downstream to the 5th LN, leaf, downstream of mPN iACT A2 left, Post-MBE24b-28, Post-MBONs akira final, MB2ON-199, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li temp possible pair - 9, possible paired downstream of RIGHT uPN >= 3 synapses, mw paired 126, Fragment with MTs at gap 18642679, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, paired with #4099900, left-right NBlast: 0.577710382236216, pairs ds thermo PNs >= 5, Downstream of LEFT uPN with 3 synapses or more to any uPN, potential pairs ds visual PNs >= 5, m reviewed, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, ASB No Way Out A2 left 63, minor check LHON 5% input aver, LHNs, axoDen mPNs, axoDen tPNs, axoDen vPNs, mLHNs, tLHNs, vLHNs, putative LHN, hemilateral_pair_2439134_4099900, MB2IN19U, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, mw current paired, BLAd1-4 vl L, SLP IPA, mw colored-matrix-2019-09-12, #2T, mw brain neurons + sensories, SLP IPA*, mw brain matrix, mw brain ipsilateral, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *BLAd-vm_l akira, stable, mw ds-tPNs, mw LHN, mw 14540633 upstream partners, mw brain open-ends 3, BLAd1-4 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-cold 3rd_order, mw LHN-tPN, sw;pairs;L, downMBONs, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [MB2ON-199 (L1EM:2439134); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-199 (L1EM:4099900) [VFB_00102ek2]

WB_BLAv2 R, leaf, BLAd-vl_r akira, fragment, Check 49a PN-down, ASB DA-LH Neurons, Post-MBE24b-28, Post-MBONs akira final, downstream of handlebar-like, ASB Right PN-LH Input, ASB Dense Core, MB2ON-199, connect to locked, connect to locked MBE20, downstream of mPN, ASB mPN-Dorsal Lobe, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li downstream of RIGHT uPN with 3 synapses or more to any uPN, li temp possible pair - 9, Downstream of RIGHT uPN >= 3 synapses individual, all paired downstream of RIGHT uPN >= 3 synapses, possible paired downstream of RIGHT uPN >= 3 synapses, potential paired downstream of RIGHT uPN >= 3 synapses individual, mw paired 126, paired ds mPNs right >= 3 individual, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, paired with #2439134, left-right NBlast: 0.577710382236216, pairs ds thermo PNs >= 5, Downstream of RIGHT uPN with 3 synapses or more to any uPN, potential pairs ds visual PNs >= 5, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, minor check LHON 5% input aver, LHNs, axoDen mPNs, axoDen tPNs, axoDen vPNs, mLHNs, tLHNs, vLHNs, putative LHN, hemilateral_pair_2439134_4099900, MB2IN19U, neuron, mw brain neurons, mw brain neurons + SU, BLAd1-4 vl R, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, mw axon split complete, SLP IPA, mw brain neurons split, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SLP IPA, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-tPNs, mw LHN, mw 14540633 upstream partners, BLAd1-4 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-cold 3rd_order, mw LHN-tPN, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); MB2ON-199 (L1EM:4099900); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-200 (L1EM:16154290) [VFB_00102f7j]

Post-MBE26-12, DU ; Right, Ingrid Name, CM4-vm_r akira, downstream of mPN iACT A1 right calyx, Post-MBONs akira final, MB2ON-200, DNs akira-2, RIGHT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, mw brain neurons, mw brain neurons + SU, CM4 R, mw brain inventory, mw previously complete, mw right, mw axon split complete, mw brain neurons split, #1, VNC com CITd, mw current paired, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, IPP VMC com desc, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, avinash_new candidate 21, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, sw:brain_paired:R, sw;brainpair;R, lv dVNC to T3+A1, lv dVNC to A1, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dVNC to A1, mw dVNC to A1 mixed, cx descending l1, dVNCdownstreamCX, sw;pairs;R, mw candidate turn, dPNOins, downNO, NO.d, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, NO descending, CM5*, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [transmission electron microscopy (TEM); MB2ON-200 (L1EM:16154290); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

Tags:

MB2ON-200 (L1EM:19298625) [VFB_00102fl6]

nadia, pDM Bundle 7, CM4 r, CM4 r diff cells, Post-MBE26-12, WB_CM4 L, DU ; Left, Ingrid Name, ASB left, CM4-vm_l akira, Post-MBONs akira final, MB2ON-200, DNs akira-2, To Finish, LEFT, Downstream of mPN iACT A1 18067335, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, mw axon split complete, mw brain neurons split, VNC com CITd, mw current paired, AUTO descending neurons to VNC, #1T, mw colored-matrix-2019-09-12, Avi 122, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, IPP VMC com desc, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, sw:brain_paired:L, sw;brainpair;L, lv dVNC to T3+A1, lv dVNC to A1, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dVNC to A1, mw dVNC to A1 mixed, NO descending, dVNCdownstreamCX, sw;pairs;L, mw candidate turn, downFBMBONs, downMBONs, downNO, FB_laura, test2, test3, NO.d, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, NO.b descending, CM5*, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [MB2ON-200 (L1EM:19298625); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-201 (L1EM:10596949) [VFB_00102ew1]

nadia, DPMm1 r, DPMm1 r diff cells, DPMm1 r diff cell efeu, Pre-Mickey-29, Post-MBE26-14, WB_DPMm1 L, DX ; Left, Ingrid Name, Pre-MBONs akira, DPMm1_l akira, ipsi cross-layer CC pair, Columnar neurons akira, Columnar neurons akira-2, Post-MBONs akira final, MB2ON-201, LEFT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, MB2IN19U, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, mw axon split complete, mw brain neurons split, IP anti ipsi, mw current paired, IP ant ipsi, AUTO ascending neurons, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw forClaire possible MB2ONs, mw descending to interface between brain and SEZ, mw brain matrix, MB2IN-19up3, MB2IN-19up3pair, MB2ON-201-L, mw brain ipsilateral, IP VMC, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 10875625 ds ipsilateral partners, stable, mw 10411574 downstream partners, nr Tel-like 10 downstream 3-hop, mw brain open-ends 3, sw:brain_paired:L, NO.b, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, CX columnar, Cx columnar, mw noci 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, dPNOins, uPNOins, downFBMBONs, downFBPBs, downMBONs, downPB, downNO, test2, test3, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB.d, CX core, CX columnar system, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 77_level-7_clusterID-173_signal-flow_-0.801, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [MB2ON-201 (L1EM:10596949); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

Tags:

MB2ON-201 (L1EM:13411445) [VFB_00102f1o]

Post-MBE26-14, WB_DPMm1 R, DX ; Right, Ingrid Name, Pre-MBONs akira, DPMm1 ant int, DPMm1_r akira, ASB right, ipsi cross-layer CC pair, Columnar neurons akira, Columnar neurons akira-2, Post-MBONs akira final, MB2ON-201, RIGHT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, MB2IN19U, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, IP ant ipsi, mw axon split complete, mw brain neurons split, IP anti ipsi, #3, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw forClaire possible MB2ONs, mw descending to interface between brain and SEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain strahler >2 reviewed, MB2IN-19up3, MB2IN-19up3pair, MB2ON-201-R, mw brain ipsilateral, IP VMC, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 10875625 ds ipsilateral partners, stable, mw 10411574 downstream partners, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, CX columnar system, ElizabethLauraCX, sw:brain_paired:R, NO.b, sw;brainpair;R, Potential FB.b, Cx columnar, mw noci 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, dPNOins, uPNOins, downFBMBONs, downFBPBs, wrong annotation, downMBONs, downPB, downNO, test2, test3, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB.d, CX core, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 77_level-7_clusterID-173_signal-flow_-0.801, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; MB2ON-201 (L1EM:13411445)]

Tags:

MB2ON-202 (L1EM:13835439) [VFB_00102f2g]

ASB symmetric, ASB right, Post-MBE26-21, Post-MBONs akira final, BAla34_r akira, MB2ON-202, PB_upstream_akira, RIGHT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, TR f R, AUTO ascending neurons, mw colored-matrix-2019-09-12, #2, mw gap, mw draft complete, UNI, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ 2nd_order, mw dVNC 2nd_order, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 16561660 upstream partners, nr Tel-like 10 downstream 2-hop, mw brain unreviewed, UNI, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw dSEZ-feedback-1hop 2022-03-15, sw;pairs;R, upFBPBs, downNO, sw;mdev5, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, FB.b-neuromodulatory, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 80_level-7_clusterID-132_signal-flow_-0.848, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); MB2ON-202 (L1EM:13835439); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-202 (L1EM:14579509) [VFB_00102f38]

TRdl post_l akira, Post-MBE26-21, Post-MBONs akira final, MB2ON-202, PB_upstream_akira, LEFT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw mixed lineage neurons, mw left, mw axon split complete, mw brain neurons split, TR f L, AUTO ascending neurons, mw colored-matrix-2019-09-12, #2T, mw draft complete, UNI, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ 2nd_order, mw dVNC 2nd_order, mw dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 16561660 upstream partners, nr Tel-like 10 downstream 2-hop, mw brain unreviewed, mw brain open-ends 1, UNI, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw dSEZ-feedback-1hop 2022-03-15, sw;pairs;L, dPNOins, upFBPBs, downNO, sw;mdev5, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, NO.d, FB.b-neuromodulatory, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 80_level-7_clusterID-132_signal-flow_-0.848, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; MB2ON-202 (L1EM:14579509); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-203 (L1EM:16947349) [VFB_00102fbl]

#4 LAL LN - putative, WB_DALv23 R, VLP LAL, DALv23_r akira, DALv23 LAL ven pos, EB wedges, ASB right, Post-MBE26-22, Post-MBONs akira final, MB2ON-203, Pre-DN17-19, RIGHT, S12A2, LAL LN-2, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, mw brain neurons, mw brain neurons + SU, DALv2/3 R, mw brain inventory, mw previously complete, mw right, mw axon split complete, mw brain neurons split, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, LAL, mw CX, mw brain matrix, mw brain ipsilateral, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, sw:brain_paired:R, sw;brainpair;R, mw proprio 3rd_order, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 56_level-6_clusterID-71_signal-flow_-1.328, 87_level-7_clusterID-128_signal-flow_-1.325, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [MB2ON-203 (L1EM:16947349); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-203 (L1EM:9154024) [VFB_00102esu]

putative DALv2/3 right brain hemisphere: LAL, WB_DALv23 L, DALv23_l akira, ASB left, Post-MBE26-22, Post-MBONs akira final, MB2ON-203, Pre-DN17-19, LEFT, S12A2, LAL LN-2, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, mw brain neurons, mw brain neurons + SU, DALv2/3 L, mw brain inventory, mw previously complete, mw left, mw axon split complete, mw brain neurons split, #4T, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, post-post-proprioceptor in central complex, LAL, mw CX, mw brain matrix, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, sw:brain_paired:L, sw;brainpair;L, mw proprio 3rd_order, sw;pairs;L, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 56_level-6_clusterID-71_signal-flow_-1.328, 87_level-7_clusterID-128_signal-flow_-1.325, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; MB2ON-203 (L1EM:9154024); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MB2ON-204 (L1EM:16444544) [VFB_00102f8v]

Mushroom body non intrinsic left, WB_MB4 L, WB_MBNBd L, Columnar neurons akira-2, ASB downstream of right mPNs, PB to noduli, DPLc5_l akira, MB2IN19U, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, DPLc5 p L, IPM/P VMC, mw draft complete, AUTO ascending neurons, mw colored-matrix-2019-09-12, #1T, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw brain neurons + sensories, SMPm VMC, mw CX, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, MB2ON-204, mw 10875625 ds ipsilateral partners, mw 14329745 us partners, mw pre-dVNC 1%, mw pre-dSEZ 1%, stable, mw ds-vPNs, mw LHN, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:L, NO.b, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw thermo-warm 3rd_order, mw LHN-vPN, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, dPNOins, uPNOins, downFBMBONs, downFBPBs, downMBONs, downPB, downNO, test2, test3, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, PB.d, FB.d, CX core, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 77_level-7_clusterID-173_signal-flow_-0.801, putative non-intrinsic, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; MB2ON-204 (L1EM:16444544); CC-BY_4.0; VFB CATMAID L1 CNS]

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MB2ON-204 (L1EM:8981761) [VFB_00102esb]

less than 4 synapses, left_down_PVL09, somated, Larisa PVL09 downstream, det pair, EA ; Right, Ingrid Name, Columnar neurons akira-2, downstream of mPN iACT A1 right calyx, Post-MBE26-23, Post-MBONs akira final, DALv1 columnar system, ASB Right PN-LH Input, MB2ON-204, DPLc5_r akira, li downstream of mPNs everything more than 5 synapses, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, PB to noduli, pairs ds MBONs >= 5, RIGHT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, CNs 5%, axoAxo LHNs, axoDen LHNs, axoAxo MBONs, axoDen mPNs, MB2ON 5%, CN others 1_4_18, MB2IN19U, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw right, mw axon split complete, mw brain neurons split, DPLc5 p R, IPM/P VMC, #1, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw forClaire possible MB2ONs, SMPm VMC, mw CX, mw brain matrix, MB2IN-19up3, MB2IN-19up3pair, MB2ON-204-R, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 10875625 ds ipsilateral partners, mw 14329745 us partners, stable, mw ds-vPNs, mw LHN, nr Tel-like 10 downstream 3-hop, sw:brain_paired:R, NO.b, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw thermo-warm 3rd_order, mw LHN-vPN, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, uPNOins, downFBMBONs, upFBMBONs, downFBPBs, downMBONs, downPB, downNO, test2, test3, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB.d, PB.d, CX core, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 77_level-7_clusterID-173_signal-flow_-0.801, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); MB2ON-204 (L1EM:8981761); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MB2ON-205 (L1EM:13713529) [VFB_00102f1x]

Larisa PVL09 downstream, Larisa network PVL09_right, Descending LH to AL, det pair, WB_DPLcam R, DPLc_post_med_r akira, ASB right, Larisa fragment to solve, fragments downstream pvl09, ASB TODO A1-Calyx 2, downstream of mPN iACT A1 right calyx, Post-MBE26-24, Post-MBONs akira final, ASB Right PN-LH Input, MB2ON-205, DNs akira-2, Unfinished fragment, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, li temp upn downstream all non local, mw paired 118, paired ds mPNs right >= 5 synapses individual, downstream of SCAL, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, RIGHT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, mw brain neurons, mw brain neurons + SU, DPLc5 p R, mw brain inventory, mw previously complete, mw right, IPP VMC, mw brain neurons split, #1, mw current paired, mw colored-matrix-2019-09-12, AL to KC, mw brain neurons + sensories, IPM VMC, IPM VMC, mw descending to interface between brain and SEZ, mw preliminary LN, mw brain matrix, mw mixed axon/dendrite <0.2 segregation index, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, avinash_new candidate 21, stable, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, mw gustatory-external 2nd_order PN-old, cx descending l1, NO descending, sw;pairs;R, upFBMBONs, downNO, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 48_level-7_clusterID-170_walksort-0.540, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 58_level-7_clusterID-174_signal-flow_-0.375, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [transmission electron microscopy (TEM); MB2ON-205 (L1EM:13713529); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

Tags:

MB2ON-205 (L1EM:2797480) [VFB_00102ei2]

Mushroom body non intrinsic left, MB calyx after gap, WB_MB4 L, WB_MBNBd L, Post-MBE26-24, Post-MBONs akira final, DPLc_post_med_l akira, MB2ON-205, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, no way out 11095119, ASB Large Frag Uncertain Crossing 16806253; microtubules, mw paired 118, pair of ds mPN right >= 5, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, LEFT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, hemilateral_pair_2797480_17762417, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, mw brain neurons split, DPLc5 p L, IPP VMC, mw current paired, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPM VMC, IPM VMC, mw descending to interface between brain and SEZ, mw preliminary LN, mw brain matrix, mw mixed axon/dendrite <0.2 segregation index, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain open-ends 3, sw:brain_paired:L, possiblePBtoNO, sw;brainpair;L, Potential PBtoNO, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, mw gustatory-external 2nd_order PN-old, NO descending, sw;pairs;L, dPNOins, downNO, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 48_level-7_clusterID-170_walksort-0.540, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 58_level-7_clusterID-174_signal-flow_-0.375, putative non-intrinsic, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [MB2ON-205 (L1EM:2797480); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MB2ON-205 like left (L1EM:16444758) [VFB_00102f8y]

Mushroom body non intrinsic left, WB_MB4 L, WB_MBNBd L, Albert work list, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, mw brain neurons + SU, mw brain inventory, DPLc_post_med_l akira, mw left, mw draft complete, mw brain neurons split, DPLc5 p L, IPP VMC, AUTO neuron fragments at 1103 gap, AUTO ascending neurons, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPM VMC, IPM VMC, mw descending to interface between brain and SEZ, mw preliminary LN, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw mixed axon/dendrite <0.2 segregation index, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;pairs;L, downPB, downNO, test2, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, PB.d, mw FBN-cluster 48_level-7_clusterID-170_walksort-0.540, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 58_level-7_clusterID-174_signal-flow_-0.375, putative non-intrinsic, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; MB2ON-205 like left (L1EM:16444758); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-205 like right (L1EM:17762417) [VFB_00102fi7]

*DPLc_post_med_r akira, downstream of mPN iACT A1 right calyx, DPLc5, DPLc5_r akira, ni-neurons MB_r akira, PDLl, ASB Right PN-LH Input, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, unpaired ds mPNs right >= 5 synapses individual, ds olfactory mPNs >=5 synapses individual, unpaired ds olfactory mPNs >=5 synapses individual, ASB TODO A1-Calyx, hemilateral_pair_2797480_17762417, mw brain neurons, mw brain neurons + SU, DPLc5 p R, mw brain inventory, mw right, mw draft complete, IPP VMC, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPM VMC, IPM VMC, mw descending to interface between brain and SEZ, mw preliminary LN, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw mixed axon/dendrite <0.2 segregation index, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;pairs;R, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 48_level-7_clusterID-170_walksort-0.540, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 58_level-7_clusterID-174_signal-flow_-0.375, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; MB2ON-205 like right (L1EM:17762417); CC-BY_4.0; VFB CATMAID L1 CNS]

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MB2ON-206 (L1EM:11389855) [VFB_00102eyg]

nadia, pDM Bundle 1, Post-MBE30-5, ni-neurons MB_l akira, DPLc5_l akira, Post-MBONs akira final, MB2ON-206, PB_upstream_akira, li left uPN everything less than 90% reviewed, except “kc frag”, LEFT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, DPLc5 a L, SMP com, mw current paired, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, SMP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 58_level-7_clusterID-174_signal-flow_-0.375, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [MB2ON-206 (L1EM:11389855); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-206 (L1EM:16484888) [VFB_00102f97]

Post-MBE30-5, ni-neurons MB_r akira, DPLc5, DPLc5_r akira, ASB right, Post-MBONs akira final, MB2ON-206, ASB downstream of right mPNs, PB_upstream_akira, RIGHT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, mw brain neurons, mw brain neurons + SU, DPLc5 a R, mw brain inventory, mw draft complete, mw right, mw axon split complete, SMP com, mw brain neurons split, #1, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, SMP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 58_level-7_clusterID-174_signal-flow_-0.375, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; MB2ON-206 (L1EM:16484888); CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-207 (L1EM:12551020) [VFB_00102f0g]

Post-MBE30-6, WB_DALv1 L, HA ; Left, Ingrid Name, DALv1_l akira, new EB ring, PB horizontal fibers, Post-MBONs akira final, MB2ON-207, LEFT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, hemilateral_pair_12551020_14756061, mw brain neurons, mw brain neurons + SU, similarity matrix brain pairs left, similarity matrix brain lineage pairs left, mw brain inventory, mw previously complete, mw left, mw axon split complete, SMP IPM com, mw brain neurons split, #3T, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, SMPm com, mw CX, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, SMPm comp L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ad hubs_in, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, sw:brain_paired:L, PB.b, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw proprio 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, downFBPBs, downPB, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, FB.d, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 47_level-6_clusterID-110_signal-flow_-0.700, 73_level-7_clusterID-110_signal-flow_-0.700, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; MB2ON-207 (L1EM:12551020); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-207 (L1EM:14756061) [VFB_00102f3o]

Post-MBE30-6, WB_DALv1 R, HA ; Right, Ingrid Name, VLP LAL, DALv1_r akira, LV, ASB right, new EB ring, PB horizontal fibers, Post-MBONs akira final, MB2ON-207, clb:look_for, RIGHT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, hemilateral_pair_12551020_14756061, mw brain neurons, mw brain neurons + SU, similarity matrix brain pairs right, similarity matrix brain lineage pairs right, mw brain inventory, mw previously complete, mw right, SMP IPM com, mw axon split complete, mw brain neurons split, #3, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, SMPm com, mw CX, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, SMPm comp, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ad hubs_in, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, sw:brain_paired:R, PB.b, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw proprio 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, dPNOins, downFBPBs, downPB, downNO, test2, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, FB.d, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 47_level-6_clusterID-110_signal-flow_-0.700, 73_level-7_clusterID-110_signal-flow_-0.700, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [MB2ON-207 (L1EM:14756061); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-208 (L1EM:11329998) [VFB_00102eya]

DPMm1 r diff cells, nadia, DPMm1 r diff cells Ballet neuron, Post-MBE30-7, WB_DPMm1 L, HB ; Left, Ingrid Name, *DPMm1_l akira, FB tiled horizontal axons_left, TODO neuron no soma, Post-MBONs akira final, MB2ON-208, PB_upstream_akira, mw paired 133, LEFT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, DPLc5_l akira, mw left, mw axon split complete, mw brain neurons split, IP com, mw current paired, #2T, #4T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, Merged: [] UNK horseshoe left, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, SMP IPP VMC com, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, CX columnar system, stable, CX potential lineges, DPMm1 Laura, mw ad hubs_in, mw CN, mw ad all_hubs, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, FB.b, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, Potential FB.b, CX horizontal, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, downFB, bilateral Laura, sw;pairs;L, downFBMBONs, upFBPBs, downMBONs, downNO, FB_laura, test2, test3, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB.b horseshoes, FB.b columnar, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 37_level-6_clusterID-109_signal-flow_-0.400, 66_level-7_clusterID-177_signal-flow_-0.517, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd CNs, ct CNs, ct pre-DN-VNCs [MB2ON-208 (L1EM:11329998); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-208 (L1EM:13365464) [VFB_00102f1i]

DPMm1 l diff cells Ballet neuron, Post-MBE30-7, WB_DPMm1 R, HB ; Right, Ingrid Name, CX akira, CX columns akira, DPMm1_r akira, ASB right, FB tiled horizontal axons, PB and FB, FB tiled horizontal axons_right, downstream of mPN iACT B1 right, Post-MBONs akira final, ASB Right PN-LH Input, MB2ON-208, ASB Downstream of Ipsi Bridges Right, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, frag, li downstream of mPNs everything more than 5 synapses, PB_upstream_akira, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, mw paired 133, potential paired ds mPNs right >= 3 synapses individual, RIGHT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, IP com, mw axon split complete, mw brain neurons split, #4, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, SMP IPP VMC com, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, CX columnar system, stable, CX potential lineges, DPMm1 Laura, mw ad hubs_in, mw CN, mw ad all_hubs, mw brain reviewed <80%, sw:brain_paired:R, FB.b, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, Potential FB.b, CX horizontal, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, dPNOins, upFBPBs, downNO, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB.b horseshoes, FB.b columnar, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 37_level-6_clusterID-109_signal-flow_-0.400, 66_level-7_clusterID-177_signal-flow_-0.517, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd CNs, ct CNs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; MB2ON-208 (L1EM:13365464); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MB2ON-209 (L1EM:13081886) [VFB_00102f17]

Post-MBE30-8, FN ; Right, Ingrid Name, CM4-dm_r akira, CM4 descending with loop, downstream of mPN iACT A1 right calyx, ASB TODO A1-Calyx 1, Post-MBONs akira final, ASB Right PN-LH Input, MB2ON-209, DNs akira-2, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, mw paired 134, potential paired ds mPNs right >= 5 synapses individual, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, RIGHT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, MB2ON-209 R, Atlas_MB_FB_CN_right_akira, sVUMU1All, mw brain neurons, mw brain neurons + SU, CM4 R, mw brain inventory, mw draft complete, mw right, IP com SEZ, mw axon split complete, mw brain neurons split, #2, mw current paired, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, IP VMC com desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dVNC medial_dorsal, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-RGN feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 11782821 ds ipsilateral partners, stable, mw ad hubs_in, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw ad all_hubs, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, CCWA09Input, lv dVNC to T3+A1, lv dVNC to A1, CCWA09input, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw thermo-warm 3rd_order, mw dVNC not to A1, sw;pairs;R, mw candidate hunch_head-move, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 79_level-7_clusterID-143_walksort-0.838, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct pre-DN-SEZs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; MB2ON-209 (L1EM:13081886); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-209 (L1EM:6572414) [VFB_00102eof]

Output, Hugin synaptic partners, CM4 r, CM4 r diff cells, Upstreams of Goro akira, WB_CM4 L, ASB left, CM4-dm_l akira, downstream of AN-B2, DSB2A, DNs akira-2, ASB downstream of right mPNs, mw brain neurons, mw brain neurons + SU, SH_T1down, mw brain inventory, MB2ON-209, mw draft complete, EH_down_pre_MN, mw left, mw axon split complete, mw brain neurons split, T1 15 Beige, IP com SEZ, mw current paired, AUTO descending neurons to VNC, #2T, mw colored-matrix-2019-09-12, Avi 122, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, IP VMC com desc, mw brain matrix, mw brain contralateral, mw dVNC medial_dorsal, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 11782821 ds ipsilateral partners, stable, mw ad hubs_in, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw ad all_hubs, mw brain open-ends 3, sw:brain_paired:L, sw;brainpair;L, lv dVNC to T3+A1, lv dVNC to A1, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw thermo-warm 3rd_order, mw dVNC not to A1, sw;pairs;L, mw candidate hunch_head-move, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 79_level-7_clusterID-143_walksort-0.838, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct pre-DN-SEZs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; MB2ON-209 (L1EM:6572414); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-210 (L1EM:15431408) [VFB_00102f4h]

Post-MBE33-20, EJ ; Left, Ingrid Name, ASB left, DAMd23_l akira, Post-MBE35-18, Post-MBONs akira final, MB2ON-210, LEFT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, IPA/M VMC, BAmd2 L, mw brain neurons split, mw current paired, #5T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPA/P VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, IPA/P VMC com*, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw noci 3rd_order, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 42_level-6_clusterID-76_signal-flow_-0.513, 65_level-7_clusterID-76_signal-flow_-0.513, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; MB2ON-210 (L1EM:15431408); VFB CATMAID L1 CNS]

Tags:

MB2ON-210 (L1EM:16714214) [VFB_00102fap]

ipsilateral neuron with soma marked, Post-MBE33-20, EJ ; Right, Ingrid Name, DAMd23_r akira, Post-MBE35-18, Post-MBONs akira final, MB2ON-210, RIGHT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, mw axon split complete, IPA/M VMC, BAmd2 R, mw brain neurons split, #4, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPA/P VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, lv DS MBONs and R TOONs, lv MB2ONs_CNs DS all ORN PNs, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw noci 3rd_order, sw;pairs;R, downMBONs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 42_level-6_clusterID-76_signal-flow_-0.513, 65_level-7_clusterID-76_signal-flow_-0.513, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; MB2ON-210 (L1EM:16714214); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-226 (L1EM:10323628) [VFB_00102evf]

Pre-MBE4h-21, Post-MBE35-12, WB_DAMd L, Pre-Ipsigoro 2 Left, Pre-ipsigoro-4, Pre-MBONs akira, ADM034, ASB left, DAMd23_l akira, Pre-AVM11-12, Pre-MBINs akira final, Post-MBONs akira final, MB2IN-135, MB2ON-226, LEFT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2ONs_akira, MB2INs_akira, MB_FB_all_akira, MB_CN_all_akira, Other_MB2INs_for_fraction_akira, hemilateral_pair_8370111_10323628, mw brain neurons, mw brain neurons + SU, SH_T1down, mw brain inventory, EH-left_down_pre, mw draft complete, mw left, mw axon split complete, DAMd2/3 L, UNI, mw brain neurons split, #1T, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw all PNs, mw brain contralateral, mw dSEZ 2nd_order, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw crisscross, mw bilat-ipsi to plot, mw 14073503 us partners, stable, mw ad hubs_out, mw 9870483 upstream partners, mw 16753901 upstream partners, mw ad all_hubs, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, sw;8dev;L, mw respiratory 2nd_order, mw respiratory 2nd_order PN-old, mw dSEZ-feedback-1hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 64_level-7_clusterID-155_walksort-0.712, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 6_level-3_clusterID-13_signal-flow_-0.614, 13_level-4_clusterID-27_signal-flow_-0.716, 27_level-5_clusterID-56_signal-flow_-0.695, 49_level-6_clusterID-102_signal-flow_-0.746, 76_level-7_clusterID-169_signal-flow_-0.787, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; MB2ON-226 (L1EM:10323628); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

Tags:

MB2ON-226 (L1EM:8370111) [VFB_00102eqp]

MBE6s, MBE2as, MBE1s, TS08, mbe Timo, #2 MB PN target neurons, #2 MB PN target neurons ipsilateral brain hemisphere, DALv2/3 Target Neurons, DAMd1 l, pot ADM018, DAMd23 l, Pre-MBE4h-21, Post-MBE35-12, Pre-Ipsigoro 2 Right, Pre-ipsigoro-4, Pre-MBONs akira, ADM034, DAMd23_r akira, Pre-AVM11-12, Pre-MBINs akira final, Post-MBONs akira final, MB2IN-135, MB2ON-226, RIGHT, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2ONs_akira, MB2INs_akira, MB_FB_all_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, hemilateral_pair_8370111_10323628, mw brain neurons, mw brain neurons + SU, DAMd2/3 R, mw brain inventory, mw draft complete, mw right, UNI, mw axon split complete, mw brain neurons split, #1, mw current paired, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw all PNs, mw brain contralateral, mw dSEZ 2nd_order, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 14073503 us partners, stable, mw ad hubs_out, mw 9870483 upstream partners, mw 16753901 upstream partners, mw ad all_hubs, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, sw;8dev;R, mw respiratory 2nd_order, mw respiratory 2nd_order PN-old, mw dSEZ-feedback-1hop 2022-03-15, sw;pairs;R, downMBONs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 64_level-7_clusterID-155_walksort-0.712, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 6_level-3_clusterID-13_signal-flow_-0.614, 13_level-4_clusterID-27_signal-flow_-0.716, 27_level-5_clusterID-56_signal-flow_-0.695, 49_level-6_clusterID-102_signal-flow_-0.746, 76_level-7_clusterID-169_signal-flow_-0.787, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd PNs, ct PNs, ct pre-DN-VNCs [MB2ON-226 (L1EM:8370111); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-227 (L1EM:7582489) [VFB_00102epd]

Matching Downstream Neurons, ingrid27122, Thermo20140103, thermo, ThermoSensoryCircuit, to remove, ThermoSensoryCircuit 4th, PDL005, PDL05, Contri, Post-MBE35-15, WB_DPLm L, DH ; Left, Ingrid Name, Pre-MBONs akira, DPLm1_l akira, Bruno circuits akira, Post-MBONs akira final, MB2ON-227, downstream of left uPN, mw paired 91, paired ds mPNs right >= 5 synapses individual, pairs ds thermo PNs >= 5, LEFT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, m reviewed, LHNs, axoDen mPNs, axoDen tPNs, mLHNs, tLHNs, putative LHN, MB2IN19U, hemilateral_pair_7582489_7977834, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, IPL/M IPA, mw current paired, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain ipsilateral, SLP/SMP IPA, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 16486385 ds contralateral partners, stable, mw ds-tPNs, mw LHN, DPLm1 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-cold 3rd_order, mw mechano-Ch 3rd_order, mw LHN-tPN, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); MB2ON-227 (L1EM:7582489); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-227 (L1EM:7977834) [VFB_00102epo]

Matching Downstream Neurons, ingrid27122, thermo, PDL005, Contri, Post-MBE35-15, WB_DPLm R, DH ; Right, Ingrid Name, Pre-MBONs akira, DPLm1, DPLm1_r akira, Bruno circuits akira, downstream of mPN iACT A3 right, Post-MBONs akira final, ASB Right PN-LH Input, MB2ON-227, connect to locked, connect to locked MBE20, ASB downstream of right mPNs, ASB No Way Out A3 9, li temp upn downstream all non local, mw paired 91, pair of ds mPN right >= 5, pairs ds thermo PNs >= 5, RIGHT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, m reviewed, LHNs, axoDen mPNs, axoDen tPNs, mLHNs, tLHNs, putative LHN, MB2IN19U, hemilateral_pair_7582489_7977834, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, IPL/M IPA, mw axon split complete, mw brain neurons split, #2, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, MB2IN-19up3, mw brain ipsilateral, SLP/SMP IPA, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 16486385 ds contralateral partners, stable, mw ds-tPNs, mw LHN, mw brain open-ends 3, DPLm1 R, ac locked, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-cold 3rd_order, mw mechano-Ch 3rd_order, mw LHN-tPN, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd LHNs, ct LHNs [MB2ON-227 (L1EM:7977834); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-228 (L1EM:15068806) [VFB_00102f4b]

Post-MBE35-17, DI ; Right, Ingrid Name, Pre-MBONs akira, BLVp2_r akira, ASB right, Post-MBONs akira final, MB2ON-228, RIGHT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, MB2IN19U, mw brain neurons, mw brain neurons + SU, BLVp2 R, mw brain inventory, mw previously complete, mw right, mw axon split complete, IP com, mw brain neurons split, #5, mw current paired, mw colored-matrix-2019-09-12, ADC, mw brain neurons + sensories, mw brain crosses commissure, IP VMC com, mw brain matrix, MB2IN-19up3, MB2IN-19up3pair, MB2ON-228-R, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 14073503 us partners, stable, sw:brain_paired:R, sw;brainpair;R, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, downMBONs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw FBN-cluster 63_level-7_clusterID-154_walksort-0.703, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 55_level-7_clusterID-179_signal-flow_-0.325, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; MB2ON-228 (L1EM:15068806); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-228 (L1EM:16985194) [VFB_00102fc0]

no cell body, Post-MBE35-17, DI ; Left, Ingrid Name, Pre-MBONs akira, BLVp2_l akira, Post-MBONs akira final, MB2ON-228, ASB downstream of right mPNs, LEFT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, MB2IN19U, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, mw axon split complete, mw brain neurons split, mw current paired, BLVp2 L, IP com, AUTO ascending neurons at 1112 gap, mw colored-matrix-2019-09-12, ADC, #5T, mw brain neurons + sensories, mw brain crosses commissure, IP VMC com, mw brain matrix, MB2IN-19up3, MB2IN-19up3pair, MB2ON-288-L, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 14073503 us partners, stable, mw brain open-ends 3, sw:brain_paired:L, sw;brainpair;L, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw FBN-cluster 63_level-7_clusterID-154_walksort-0.703, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 55_level-7_clusterID-179_signal-flow_-0.325, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; MB2ON-228 (L1EM:16985194); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-235 (L1EM:10018260) [VFB_00102euv]

nadia, CM4 r diff cells, WB_CM4 L, Fragment to GAP, offPVL09 upstream_left, fragments downstream pvl09, CM4-dm_l akira, Search for EB, Alex No Way Out, downstream of handlebar-like, downstream of mPN, connect to locked MBE20, ASB Downstream of Ipsi Bridges Right, ASB downstream of right mPNs, mw paired 70, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, potential pairs ds MBONs >= 5, potential pairs ds visual PNs >= 5, laura to review mPNs, laura to review MB2ONs, putative MB2ONs, MB2ON-235, Post-MBONs akira final, LEFT, lost to gap 16240288 - MTs, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, potential GABA, LHNs, axoAmb LHNs, putative LHN, hemilateral_pair_10018260_17379372, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, mw brain neurons split, IP com, mw current paired, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPL/M com, mw preliminary LN, mw brain matrix, mw mixed axon/dendrite <0.2 segregation index, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw bilateral axon, mw check cool bi, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, mw aa hubs_in, mw ds-vPNs, mw LHN, mw bilateral axon asymmetrical neurons, mw 9792178 upstream partners, mw aa all_hubs, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw thermo-warm 3rd_order, mw LHN-vPN, downFB, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 48_level-7_clusterID-170_walksort-0.540, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 27_level-6_clusterID-108_signal-flow_0.011, 47_level-7_clusterID-176_signal-flow_0.010, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [MB2ON-235 (L1EM:10018260); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-235 (L1EM:17379372) [VFB_00102ff1]

Large Fragment, pDM Bundle 1, Uncertain Continuation, nadia, WB_DPMpm R, CX columns akira, *CM4-dm_r akira, ASB right, Search for EB, ASB No Way Out 14, mPN iACT A1 downstream fragments, downstream of mPN iACT A1 right calyx, downstream of handlebar-like, ASB Right PN-LH Input, ASB mPN-Dorsal Lobe, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, mw paired 70, potential paired ds mPNs right >= 5 synapses individual, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, pairs ds MBONs >= 5, potential pairs ds visual PNs >= 5, laura to review mPNs, m reviewed, laura to review MB2ONs, putative MB2ONs, potential pairs ds MBONs >= 5, MB2ON-235, Post-MBONs akira final, RIGHT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, potential GABA, LHNs, axoAmb LHNs, putative LHN, hemilateral_pair_10018260_17379372, DPMpl3_r akira, mw brain neurons, mw brain neurons + SU, CM4 R, mw brain inventory, mw previously complete, mw right, IP com, mw brain neurons split, #2, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPL/M com, mw preliminary LN, mw brain matrix, mw mixed axon/dendrite <0.2 segregation index, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, mw aa hubs_in, mw ds-vPNs, mw LHN, mw bilateral axon asymmetrical neurons, mw 9792178 upstream partners, mw aa all_hubs, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw thermo-warm 3rd_order, mw LHN-vPN, downFB, sw;pairs;R, downFBMBONs, downMBONs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 48_level-7_clusterID-170_walksort-0.540, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 27_level-6_clusterID-108_signal-flow_0.011, 47_level-7_clusterID-176_signal-flow_0.010, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd LHNs, ct LHNs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; MB2ON-235 (L1EM:17379372); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

Tags:

MB2ON-236 (L1EM:14241490) [VFB_00102f2t]

CM1 r diff cells, D, pDM Bundle 7, nadia, CM1 r young cells, r lineage 5, young cells right hemisphere, \x08no soma, Commissure neuron, pairs ds MBONs >= 5, laura to review MB2ONs, putative MB2ONs, MB2ON-236, Post-MBONs akira final, LEFT, Selected Post-MBONs akira final-2, MB2ON >= 5% input aver TODO, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, axoDen MBONs, MB2ON 5%, CM13_med_l akira, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, CM1/3 m L, mw axon split complete, mw brain neurons split, CM1/3 L, LAL com, #11T, mw current paired, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, LALshellmed L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, LAL com posterior L, mw 14329745 ds contralateral partners, stable, mw 10964258 downstream partners, nr Tel-like 10 downstream 3-hop, mw brain open-ends 3, LAL com 1, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw dSEZ-feedback-2hop 2022-03-15, mw interhemispheric integration 4-hop, sw;pairs;L, downMBONs, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, remove FB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [MB2ON-236 (L1EM:14241490); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-236 (L1EM:16924423) [VFB_00102fbb]

Andi AL, left gap helpers, CM5, columns, CM13_med_r akira, Gap Helper, Wall BAla, Commissure neuron, pairs ds MBONs >= 5, putative MB2ONs, MB2ON-236, Post-MBONs akira final, RIGHT, Selected Post-MBONs akira final-2, m reviewed, MB2ON >= 5% input aver TODO, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, axoDen MBONs, MB2ON 5%, mw brain neurons, mw brain neurons + SU, CM1/3 m R, mw brain inventory, mw previously complete, LAL com, mw right, mw axon split complete, mw brain neurons split, CM1/3 R, #11, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, LALshellmed, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 14329745 ds contralateral partners, stable, mw 10964258 downstream partners, nr Tel-like 10 downstream 3-hop, LAL com 1, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integration 4-hop, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, remove FB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; MB2ON-236 (L1EM:16924423); VFB CATMAID L1 CNS]

Tags:

MB2ON-241 (L1EM:15481779) [VFB_00102f4l]

WB_DPLcam R, DPLc_post_med_r akira, ASB right, DALv1 columnar system, DNs akira-2, ASB downstream of right mPNs, PB to noduli, DLPc_post_med-1 potential pair, pairs ds MBONs >= 5, potential pairs ds MBONs >= 5, laura to review MB2ONs, putative MB2ONs, MB2ON-241, Post-MBONs akira final, RIGHT, Selected Post-MBONs akira final-2, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, check MB2ON, CNs 5%, axoAxo LHNs, axoDen LHNs, axoAxo MBONs, axoDen mPNs, MB2ON 5%, CN others 1_4_18, MB2IN19U, mw brain neurons, mw brain neurons + SU, DPLc5 p R, mw brain inventory, mw previously complete, mw right, IPM/P VMC, mw axon split complete, mw brain neurons split, #3, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SMPm VMC, mw CX, mw brain matrix, MB2IN-19up3, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, avinash_new candidate 21, mw 10875625 ds ipsilateral partners, mw 14329745 us partners, stable, sw:brain_paired:R, NO.b, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, uPNOins, upFBMBONs, downFBPBs, downPB, downNO, test2, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, PB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 77_level-7_clusterID-173_signal-flow_-0.801, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; MB2ON-241 (L1EM:15481779); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

Tags:

MB2ON-241 (L1EM:16445073) [VFB_00102f8z]

Mushroom body non intrinsic left, WB_MB4 L, WB_MBNBd L, Post-MBE26-23, Post-MBONs akira final, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, PB to noduli, pairs ds MBONs >= 5, LEFT, m reviewed, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, DPLc5_l akira, CNs 5%, axoAxo LHNs, axoDen LHNs, axoAxo MBONs, axoDen mPNs, MB2ON 5%, CN others 1_4_18, MB2IN19U, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, mw axon split complete, mw brain neurons split, mw current paired, DPLc5 p L, IPM/P VMC, mw colored-matrix-2019-09-12, #3T, mw brain neurons + sensories, mw forClaire possible MB2ONs, SMPm VMC, mw CX, mw brain matrix, MB2IN-19up3, MB2IN-19up3pair, MB2ON-204-L, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, MB2ON-241, mw 10875625 ds ipsilateral partners, mw 14329745 us partners, stable, sw:brain_paired:L, NO.b, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, downFB, sw;pairs;L, dPNOins, uPNOins, downFBMBONs, downFBPBs, downMBONs, downPB, downNO, test2, test3, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, PB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 77_level-7_clusterID-173_signal-flow_-0.801, putative non-intrinsic, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [MB2ON-241 (L1EM:16445073); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-242 (L1EM:15676571) [VFB_00102f6a]

WB_DPLl2 R, DPLp_r akira, Uncertain Continuation, No Way Out, ASB LH Interneuron, ASB Right PN-LH Input, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li left uPN everything less than 90% reviewed, except “kc frag”, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, mw paired 123, paired ds mPNs right >= 5 synapses individual, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, pairs ds MBONs >= 5, laura to review mPNs, laura to review MB2ONs, putative MB2ONs, MB2ON-242, Post-MBONs akira final, RIGHT, potential MB2ON i-posMBONs, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, CNs 5%, axoAxo LHNs, axoDen LHNs, axoDen MBONs, axoAxo mPNs, axoDen mPNs, MB2ON 5%, CN negIntegrators 1_4_18, hemilateral_pair_15676571_16799939, mw brain neurons, mw brain neurons + SU, DPLp1/2 R, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, IPL/M, mw axon split complete, mw brain neurons split, #2, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw forClaire possible MB2ONs, mw brain matrix, mw brain ipsilateral, IPL/M, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, mw CN, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, downFBMBONs, downMBONs, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 37_level-6_clusterID-109_signal-flow_-0.400, 43_level-7_clusterID-178_signal-flow_0.071, mw cascade-5-hop integrative 2022-11-03, mw 19880740 downstream partners, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd CNs, ct CNs [EM L1 Winding, Pedigo et al., 2023; MB2ON-242 (L1EM:15676571); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-242 (L1EM:16799939) [VFB_00102fas]

WB_DPLl2 L, ASB left, DPLp_l akira, mw paired 123, pair of ds mPN right >= 5, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, pairs ds MBONs >= 5, laura to review mPNs, laura to review MB2ONs, putative MB2ONs, MB2ON-242, Post-MBONs akira final, LEFT, potential MB2ON i-posMBONs, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, CNs 5%, axoAxo LHNs, axoDen LHNs, axoDen MBONs, axoAxo mPNs, axoDen mPNs, MB2ON 5%, CN negIntegrators 1_4_18, hemilateral_pair_15676571_16799939, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, DPLp1/2 L, IPL/M, mw current paired, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw forClaire possible MB2ONs, mw brain matrix, mw brain ipsilateral, IPL/M, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, mw CN, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, downFBMBONs, downMBONs, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 37_level-6_clusterID-109_signal-flow_-0.400, 43_level-7_clusterID-178_signal-flow_0.071, mw cascade-5-hop integrative 2022-11-03, mw 19880740 downstream partners, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd CNs, ct CNs [MB2ON-242 (L1EM:16799939); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-246 (L1EM:15601640) [VFB_00102f5f]

WB_DALv1 R, VLP LAL, LV, DALl1_r akira, ASB right, bilateral cross-layer CC, ASB TODO B1 right, ASB Right PN-LH Input, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, PB_upstream_akira, SLT_, pairs ds MBONs >= 5, m reviewed, putative MB2ONs, MB2ON-246, Post-MBONs akira final, RIGHT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, minor check MB2ON, axoAxo LHNs, mw brain neurons, mw brain neurons + SU, DALl1 R, mw brain inventory, mw previously complete, mw right, IPL/M com, mw axon split complete, mw brain neurons split, #3, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPL/M/P com, mw brain matrix, mw brain contralateral, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, sw:brain_paired:R, ElizabethLauraCX, PossiblePB, sw;brainpair;R, Potential PB.b, FB horizontal fibers, mw noci 4th_order, sw;pairs;R, upFBPBs, downMBONs, downPB, test2, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, PB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw gustatory-external 4th_order, mw mechano-Ch 4th_order, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; MB2ON-246 (L1EM:15601640)]

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MB2ON-246 (L1EM:16348875) [VFB_00102f88]

WB_DALv1 L, ASB left, PB_upstream_akira, SLT_, pairs ds MBONs >= 5, m reviewed, putative MB2ONs, MB2ON-246, Post-MBONs akira final, LEFT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, minor check MB2ON, axoAxo LHNs, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, DALl1 L, mw axon split complete, IPL/M com, mw brain neurons split, #3T, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPL/M/P com*, mw brain matrix, mw brain contralateral, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, *DALl1_l akira, stable, nr Tel-like 10 downstream 3-hop, sw:brain_paired:L, sw;brainpair;L, FB horizontal fibers, mw noci 4th_order, sw;pairs;L, upFBPBs, downPB, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, PB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw gustatory-external 4th_order, mw mechano-Ch 4th_order, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [MB2ON-246 (L1EM:16348875); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MB2ON-249 (L1EM:2963280) [VFB_00102eie]

WB_DPLl2 R, DPLp_r akira, ascending_hairbrush, downstream of mPN iACT A1 right calyx, mPN iACT A1 downstream fragments, ASB LH Interneuron, ASB Right PN-LH Input, ASB Dense Core, ASB No Way Out B3 right 19, ASB Right uPN-LH Input, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li temp everything downstream of left upn with 3 synapses combined, li downstream of RIGHT uPN with 3 synapses or more to any uPN, li temp possible pair - 5, Downstream of RIGHT uPN >= 3 synapses individual, all paired downstream of RIGHT uPN >= 3 synapses, possible paired downstream of RIGHT uPN >= 3 synapses, potential paired downstream of RIGHT uPN >= 3 synapses individual, mw paired 106, potential paired ds mPNs right >= 3 synapses individual, paired with #6494382, left-right NBlast: 0.530478738315266, potential pairs ds MBONs >= 5, Downstream of RIGHT uPN with 3 synapses or more to any uPN, putative MB2ONs, MB2ON-249, Post-MBONs akira final, pairs ds uPNs >= 5, potential MB2ON i-posMBONs, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, check CN 5% input aver, low priority check, minor check LHON 5% input aver, LHNs, axoAxo mPNs, axoDen mPNs, axoDen uPNs, uLHNs, mLHNs, axoAxo LHNs, axoDen LHNs, putative LHN, hemilateral_pair_2963280_6494382, mw brain neurons, mw brain neurons + SU, DPLp1/2 R, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, IPL/M, mw axon split complete, mw brain neurons split, #1, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain ipsilateral, IPL/M, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, lv DS MBONs and L TOONs, lv DS MBONs and R TOONs, lv MB2ONs_CNs DS all ORN PNs, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, mw 1961182 us partners, mw 11782821 ds contralateral partners, stable, mw ds-uPNs, mw LHN-from-uPN, mw CN, mw 3820148 upstream partners, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, mw interhemispheric integration 2-hop, sw;pairs;R, downFBMBONs, downMBONs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, remove FB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 37_level-6_clusterID-109_signal-flow_-0.400, 43_level-7_clusterID-178_signal-flow_0.071, mw cascade-5-hop integrative 2022-11-03, mw 5678582 downstream partners, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd LHNs, ct LHNs, ct CNs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; MB2ON-249 (L1EM:2963280); CC-BY_4.0; VFB CATMAID L1 CNS]

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MB2ON-249 (L1EM:6494382) [VFB_00102eod]

WB_DPLl2 L, ASB left, DPLp_l akira, downstream of left uPN, ASB downstream of right mPNs, li left uPN everything less than 90% reviewed, except “kc frag”, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li temp everything downstream of left upn with 3 synapses combined, li temp possible pair - 5, possible paired downstream of RIGHT uPN >= 3 synapses, mw paired 106, paired with #2963280, left-right NBlast: 0.530478738315266, potential pairs ds MBONs >= 5, Downstream of LEFT uPN with 3 synapses or more to any uPN, putative MB2ONs, MB2ON-249, Post-MBONs akira final, pairs ds uPNs >= 5, potential MB2ON i-posMBONs, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, check CN 5% input aver, low priority check, m reviewed, minor check LHON 5% input aver, LHNs, axoAxo mPNs, axoDen mPNs, axoDen uPNs, uLHNs, mLHNs, axoAxo LHNs, axoDen LHNs, putative LHN, hemilateral_pair_2963280_6494382, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, DPLp1/2 L, IPL/M, mw current paired, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain ipsilateral, IPL/M, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, mw 1961182 us partners, mw 11782821 ds contralateral partners, stable, mw ds-uPNs, mw LHN-from-uPN, mw CN, mw 3820148 upstream partners, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, cx descending l1, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 37_level-6_clusterID-109_signal-flow_-0.400, 43_level-7_clusterID-178_signal-flow_0.071, mw cascade-5-hop integrative 2022-11-03, mw 5678582 downstream partners, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs, ct CNs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; MB2ON-249 (L1EM:6494382); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-255 (L1EM:16383966) [VFB_00102f8e]

BAmd1_l akira, MB2ON-255, Post-MBONs akira final, LEFT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, mw axon split complete, BAmd1 L, IP com, mw brain neurons split, mw current paired, #3T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 16846805 ds contralateral partners, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw enteric 4th_order, sw;pairs;L, sw;mdev5, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 42_level-6_clusterID-76_signal-flow_-0.513, 65_level-7_clusterID-76_signal-flow_-0.513, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [MB2ON-255 (L1EM:16383966); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-255 (L1EM:7371184) [VFB_00102ep1]

WB_BAmd1 R, BAmd1_r akira, Kathak group, MB2ON-255, Post-MBONs akira final, RIGHT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, IP com, mw axon split complete, mw brain neurons split, #3, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 16846805 ds contralateral partners, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw enteric 4th_order, sw;pairs;R, sw;mdev5, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 42_level-6_clusterID-76_signal-flow_-0.513, 65_level-7_clusterID-76_signal-flow_-0.513, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; MB2ON-255 (L1EM:7371184); VFB CATMAID L1 CNS]

Tags:

MB2ON-256 (L1EM:17000062) [VFB_00102fc2]

WB_BAmd1 L, Post-MBONs akira final, LEFT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, mw brain neurons + SU, mw brain inventory, DAMd23_l akira, MB2ON-256, mw draft complete, mw left, mw axon split complete, IPA/M VMC, BAmd2 L, mw brain neurons split, mw current paired, #4T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPA/P VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ 2nd_order, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw noci 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, downFBPBs, downPB, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 80_level-7_clusterID-132_signal-flow_-0.848, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [MB2ON-256 (L1EM:17000062); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

Tags:

MB2ON-256 (L1EM:17755491) [VFB_00102fi5]

WB_BAmd2 R, MB2ON-256, Post-MBONs akira final, RIGHT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, mw brain neurons + SU, mw brain inventory, DAMd23_r akira, mw draft complete, mw right, IPA/M VMC, mw axon split complete, mw brain neurons split, #5, mw current paired, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPA/P VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ 2nd_order, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw noci 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, downMBONs, downPB, test2, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 80_level-7_clusterID-132_signal-flow_-0.848, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; MB2ON-256 (L1EM:17755491); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MB2ON-258 (L1EM:10427055) [VFB_00102evr]

nadia, pDM Bundle 1, Bundle q, MB calyx after gap, WB_CM3 L, CM13_lat_l akira, ASB downstream of right mPNs, mw paired 68, potential pair of ds mPN right >= 5, m missing branch, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, no soma fragment, m named, m reviewed, Ouroboros, potential pairs ds visual PNs >= 5, MB2IN-210, Pre-MBINs akira final, MB2ON-258, LEFT, Post-MBONs akira final, Rest of MB2INs akira, Other MB2INs akira, pairs ds mPNs >= 10, MB_FB_CN_all_akira, MB2ONs_akira, MB2INs_akira, MB_FB_all_akira, MB_CN_all_akira, Other_MB2INs_for_fraction_akira, LHNs, axoDen mPNs, axoDen vPNs, mLHNs, vLHNs, putative LHN, hemilateral_pair_10427055_17437725, MB2IN19U, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, CM1/3 L, VMC SEZ, mw current paired, #5T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SMP VMC SEZ, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-vPNs, mw LHN, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw thermo-warm 3rd_order, mw LHN-vPN, sw;pairs;L, downFBMBONs, downFBPBs, downMBONs, downPB, test2, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, PB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 55_level-7_clusterID-179_signal-flow_-0.325, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; MB2ON-258 (L1EM:10427055); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MB2ON-258 (L1EM:17437725) [VFB_00102fff]

CM13_lat_r akira, CM13 lat 17, pDM Bundle 1, det pair, nadia, A LH Neuron, downstream of mPN iACT A1 right calyx, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, mw paired 68, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, m named, m reviewed, Ouroboros, potential pairs ds visual PNs >= 5, MB2IN-210, Pre-MBINs akira final, MB2ON-258, RIGHT, Post-MBONs akira final, Rest of MB2INs akira, Other MB2INs akira, pairs ds mPNs >= 10, MB_FB_CN_all_akira, MB2ONs_akira, MB2INs_akira, MB_FB_all_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, LHNs, axoDen mPNs, axoDen vPNs, mLHNs, vLHNs, putative LHN, hemilateral_pair_10427055_17437725, MB2IN19U, mw brain neurons, mw brain neurons + SU, CM1/3 l R, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, VMC SEZ, mw right, mw axon split complete, mw brain neurons split, CM1/3 R, #5, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SMP VMC SEZ, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-vPNs, mw LHN, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw thermo-warm 3rd_order, mw LHN-vPN, sw;pairs;R, downFBMBONs, upFBMBONs, downFBPBs, downMBONs, downPB, test2, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, PB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 55_level-7_clusterID-179_signal-flow_-0.325, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; MB2ON-258 (L1EM:17437725); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-259 (L1EM:12049797) [VFB_00102ezg]

Cluster of MBE4s, Pre-Mickey-37, WB_CP23 R, CPc, Pre-MBONs-25, CPc_r akira, ASB right, Pre-MBE4h-36, Pre-MBINs akira final, MB2IN-154, m review, MB2ON-259, RIGHT, Post-MBONs akira final, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2ONs_akira, MB2INs_akira, MB_FB_all_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, mw brain neurons, mw brain neurons + SU, CP2/3 d R, SH_T1down, mw brain inventory, mw draft complete, mw right, IPA com, mw brain neurons split, #1, mw current paired, FrMCa, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPA com, mw preliminary LN, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw mixed axon/dendrite <0.2 segregation index, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, mw interhemispheric integration 3-hop, sw;pairs;R, downMBONs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 65_level-7_clusterID-152_walksort-0.723, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 6_level-3_clusterID-13_signal-flow_-0.614, 13_level-4_clusterID-27_signal-flow_-0.716, 28_level-5_clusterID-55_signal-flow_-0.847, 52_level-6_clusterID-55_signal-flow_-0.847, 79_level-7_clusterID-55_signal-flow_-0.847, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); MB2ON-259 (L1EM:12049797); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-259 (L1EM:15770140) [VFB_00102f6p]

Gap Crossings, r lineage 12, Pre-Mickey-37, WB_CP23 L, Pre-MBONs-25, CPc_l akira, Pre-MBE4h-36, Pre-MBINs akira final, MB2IN-154, m review, MB2ON-259, LEFT, Post-MBONs akira final, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2ONs_akira, MB2INs_akira, MB_FB_all_akira, MB_CN_all_akira, Other_MB2INs_for_fraction_akira, Uncertain Continuation, MB2IN19U, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, CP2/3 d L, mw brain neurons split, IPA com, #1T, mw current paired, AUTO ascending neurons, SEC, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPA com, mw preliminary LN, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw mixed axon/dendrite <0.2 segregation index, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, downMBONs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 65_level-7_clusterID-152_walksort-0.723, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 6_level-3_clusterID-13_signal-flow_-0.614, 13_level-4_clusterID-27_signal-flow_-0.716, 28_level-5_clusterID-55_signal-flow_-0.847, 52_level-6_clusterID-55_signal-flow_-0.847, 79_level-7_clusterID-55_signal-flow_-0.847, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; MB2ON-259 (L1EM:15770140); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

Tags:

MB2ON-260 (L1EM:12424940) [VFB_00102f07]

Javier Brain, Left, r lineage 12, CP23 r d, CP23 r d MB VL, MBE24, Pre-MBE4g-9, WB_CP23 L, GA ; Left, Ingrid Name, Pre-MBONs akira, CPc_l akira, fragment, Pre-MBINs akira final, MB2IN-152, ASB Downstream of Ipsi Bridges Right, pairs ds MBONs >= 5, MB2ON-260, LEFT, Post-MBONs akira final, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2ONs_akira, MB2INs_akira, MB_FB_all_akira, MB_CN_all_akira, Other_MB2INs_for_fraction_akira, axoAxo LHNs, axoDen LHNs, hemilateral_pair_5971400_12424940, MB2IN19U, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, CP2/3 d L, mw axon split complete, mw brain neurons split, IPA com, mw current paired, #3T, mw colored-matrix-2019-09-12, SEC, mw brain neurons + sensories, mw brain crosses commissure, IPA com, mw brain matrix, MB2IN-19up3, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ad hubs_in, mw aa hubs_out, nr Tel-like 10 downstream 3-hop, mw aa all_hubs, mw ad all_hubs, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, downMBONs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 65_level-7_clusterID-152_walksort-0.723, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 6_level-3_clusterID-13_signal-flow_-0.614, 12_level-4_clusterID-28_signal-flow_-0.526, 25_level-5_clusterID-58_signal-flow_-0.614, 50_level-6_clusterID-105_signal-flow_-0.755, 75_level-7_clusterID-105_signal-flow_-0.755, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, TH-GAL4, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); MB2ON-260 (L1EM:12424940); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-260 (L1EM:5971400) [VFB_00102eno]

left gap helpers, Gap Helper, MBE 4 a,e, MBE 4 cluster, Cluster of MBE4s, no way out for Li, li check if MBE4f, Pre-MBE4g-9, WB_CP23 R, GA ; Right, Ingrid Name, Pre-MBONs akira, CPc, CPc_r akira, Pre-MBINs akira final, MB2IN-152, ASB Downstream of Ipsi Bridges Right, synapse too far, see tag, pairs ds MBONs >= 5, No Way Out, MB2ON-260, RIGHT, Post-MBONs akira final, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2ONs_akira, MB2INs_akira, MB_FB_all_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, axoAxo LHNs, axoDen LHNs, hemilateral_pair_5971400_12424940, MB2IN19U, mw brain neurons, mw brain neurons + SU, CP2/3 d R, mw brain inventory, mw previously complete, mw right, mw axon split complete, IPA com, mw brain neurons split, mw current paired, mw colored-matrix-2019-09-12, #3, SEC, mw brain neurons + sensories, mw brain crosses commissure, IPA com, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw check dendrite, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ad hubs_in, mw aa hubs_out, nr Tel-like 10 downstream 3-hop, mw aa all_hubs, mw ad all_hubs, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, downMBONs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 65_level-7_clusterID-152_walksort-0.723, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 6_level-3_clusterID-13_signal-flow_-0.614, 12_level-4_clusterID-28_signal-flow_-0.526, 25_level-5_clusterID-58_signal-flow_-0.614, 50_level-6_clusterID-105_signal-flow_-0.755, 75_level-7_clusterID-105_signal-flow_-0.755, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, TH-GAL4, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; MB2ON-260 (L1EM:5971400); VFB CATMAID L1 CNS]

Tags:

MB2ON-261 (L1EM:8469124) [VFB_00102eqw]

Bridge-like, downstream of MBE b, det pair, Pre-MBE1c-12, No Way Out, Pre-MBE1b-3, Pre-MBE1d-2, AF ; Right, WB_BLDn R, Ingrid Name, Pre-MBONs akira, BLAd dor med, BLAl_r akira, ASB TODO B2 right, Uncertain Continuation, ASB TODO A1-Calyx 8, downstream of mPN iACT A1 right calyx, Pre-MBINs akira final, ASB Right PN-LH Input, MB2IN-144, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, mw paired 82, paired ds mPNs right >= 5 synapses individual, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, MB2ON-261, RIGHT, Post-MBONs akira final, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2ONs_akira, MB2INs_akira, MB_FB_all_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, MB2IN19U, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw right, mw axon split complete, mw brain neurons split, #4, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, BLAl R, IPL/M a IPA, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10018260 ds contralateral partners, stable, mw ds-vPNs, mw LHN, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw thermo-warm 3rd_order, mw LHN-vPN, sw;pairs;R, downFBMBONs, downMBONs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 55_level-7_clusterID-179_signal-flow_-0.325, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); MB2ON-261 (L1EM:8469124); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-261 (L1EM:8582134) [VFB_00102er5]

Pre-MBE1c-12, Pre-MBE1b-3, Pre-MBE1d-2, AF ; Left, WB_BLDn L, Ingrid Name, Pre-MBONs akira, BLAl_l akira, ASB left, Pre-MBINs akira final, MB2IN-144, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, mw paired 82, pair of ds mPN right >= 5, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, MB2ON-261, LEFT, Post-MBONs akira final, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2ONs_akira, MB2INs_akira, MB_FB_all_akira, MB_CN_all_akira, Other_MB2INs_for_fraction_akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, mw current paired, mw colored-matrix-2019-09-12, #4T, mw brain neurons + sensories, BLAl L, IPL/M a IPA, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10018260 ds contralateral partners, stable, mw ds-vPNs, mw LHN, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw thermo-warm 3rd_order, mw LHN-vPN, sw;pairs;L, downFBMBONs, downMBONs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 55_level-7_clusterID-179_signal-flow_-0.325, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; MB2ON-261 (L1EM:8582134); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-262 (L1EM:11003551) [VFB_00102exc]

nadia, DPMpl lat r, DPMpl lat r young cells, WB_DPMpl1 L, Pre-MBONs-28, brain downstream of A08s2_a2r, clb:todo, clb:soma, clb:joined, DPMpl12_l akira, Pre-AVM11-16, Pre-MBINs akira final, MB2IN-139, clb:todo_A08, MB2ON-262, LEFT, Post-MBONs akira final, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2ONs_akira, MB2INs_akira, MB_FB_all_akira, MB_CN_all_akira, Other_MB2INs_for_fraction_akira, hemilateral_pair_11003551_17913199, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, DPMpl1/2 L, mw axon split complete, mw brain neurons split, IPP/M IPA, mw current paired, #6T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPA IPP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, nr Tel-like 10 downstream 2-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, mw noci 2nd_order PN-old, mw interhemispheric integration 3-hop, sw;pairs;L, downMBONs, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 63_level-7_clusterID-154_walksort-0.703, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 6_level-3_clusterID-13_signal-flow_-0.614, 13_level-4_clusterID-27_signal-flow_-0.716, 27_level-5_clusterID-56_signal-flow_-0.695, 46_level-6_clusterID-101_signal-flow_-0.652, 81_level-7_clusterID-167_signal-flow_-0.859, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; MB2ON-262 (L1EM:11003551); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MB2ON-262 (L1EM:17913199) [VFB_00102fis]

downstream of mPN iACT A1 right calyx, mPN iACT A1 downstream fragments, MB2IN-139, Pre-MBINs akira final, DPMpl12_r akira, DPMpl12 tiled axons, Pre-MBONs-28, Pre-AVM11-16, WB_DPMpl2 R, downstream of mPN iACT B1 right, DPMpl lat 3 loSM, ASB downstream of right mPNs, MB2ON-262, RIGHT, Post-MBONs akira final, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2ONs_akira, MB2INs_akira, MB_FB_all_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, Other_MB2INs_for_fraction_akira, hemilateral_pair_11003551_17913199, mw brain neurons, mw brain neurons + SU, DPMpl1/2 R, mw brain inventory, mw draft complete, mw right, mw axon split complete, IPP/M IPA, mw brain neurons split, #6, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPA IPP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, nr Tel-like 10 downstream 2-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;pairs;R, downMBONs, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 63_level-7_clusterID-154_walksort-0.703, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 6_level-3_clusterID-13_signal-flow_-0.614, 13_level-4_clusterID-27_signal-flow_-0.716, 27_level-5_clusterID-56_signal-flow_-0.695, 46_level-6_clusterID-101_signal-flow_-0.652, 81_level-7_clusterID-167_signal-flow_-0.859, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; MB2ON-262 (L1EM:17913199); VFB CATMAID L1 CNS]

Tags:

MBE29a? 1 left (L1EM:11656349) [VFB_00102eyn]

TS03, TS02, TS01, MBE2as, li left KC output input, Pre-Mickey-25, WB_BAmas L, ASB left, BAmas12_ven_l akira, downstream of AN-B2, DSB2A, downstream of SCAN2A, hemilateral_pair_11656349_16188942, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, mw axon split complete, TR IPA com, mw brain neurons split, #3T, mw colored-matrix-2019-09-12, BAmas1/2 L, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw AN_MN PN putative, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw MN PN, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw bilateral axon, SMP comp L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, TRdm comp L, mw test matrices, mw PNs to plot, stable, TR IPA com, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, sw;pairs;L, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 31_level-6_clusterID-113_signal-flow_-0.048, 35_level-7_clusterID-181_signal-flow_0.218, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; MBE29a? 1 left (L1EM:11656349); CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

MBE29a? 1 right (L1EM:16297403) [VFB_00102f7t]

ventral cellbody dorsal midline crossing, li kc input 1, li kc synapse more than 5, li kc vl lineage, SOG-MB-VL 1d, SOG to MB, Andi VL, Pre-Mickey-25, WB_BAmas R, BAmas12_ven_r akira, SOG MBE, downstream of AN-B2, DSB2A, ASB downstream of right mPNs, downstream of SCAN2A, FBN-3-like, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw right, TR IPA com, mw axon split complete, mw brain neurons split, #3, mw colored-matrix-2019-09-12, Purkinje-like Frank Hirth, BAmas1/2 R, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw AN_MN PN putative, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw MN PN, mw brain contralateral, mw brain matrix + A1, SMP comp, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, TRdm comp, mw test matrices, mw PNs to plot, stable, TR IPA com, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, sw;pairs;R, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 31_level-6_clusterID-113_signal-flow_-0.048, 35_level-7_clusterID-181_signal-flow_0.218, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; MBE29a? 1 right (L1EM:16297403); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MBE29b? 2 left (L1EM:5053417) [VFB_00102eli]

MBE left, 29, ventral cellbody dorsal midline crossing, AVM015, WB_BAmas L, BAmas12_ven_l akira, downstream of AN-B2, DSB2A, ASB Downstream of Ipsi Bridges Right, downstream of SCAN2A, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, BAmas1/2 L, TR IPA com, mw axon split complete, mw brain neurons split, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN PN putative, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw MN PN, mw brain contralateral, mw dSEZ 2nd_order, mw brain matrix + A1, mw bilateral axon, SMP comp L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, TRdm comp L, mw test matrices, mw PNs to plot, stable, TR IPA com, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, sw;7dev;L, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, sw;pairs;L, sw;mdev4, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, sw;mdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 31_level-6_clusterID-113_signal-flow_-0.048, 35_level-7_clusterID-181_signal-flow_0.218, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, sw;deviants, sw;questions, sw;deviants strong, ND_published, ND_all published et al, sw;check, ctd PNs, ct PNs [MBE29b? 2 left (L1EM:5053417); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MBE29b? 2 right (L1EM:16188942) [VFB_00102f7o]

li kc output 3 input 1, li kc synapse more than 5, li kc vl lineage, SOG-MB-VL 1c, SOG to MB, Andi VL, WB_BAmas R, BAmas12_ven_r akira, SOG MBE, downstream of AN-B2, DSB2A, ASB Downstream of Ipsi Bridges Right, downstream of SCAN2A, FBN-3-like, hemilateral_pair_11656349_16188942, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw right, TR IPA com, mw axon split complete, mw brain neurons split, #2, mw colored-matrix-2019-09-12, Purkinje-like Frank Hirth, BAmas1/2 R, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw AN_MN PN putative, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw MN PN, mw brain contralateral, mw dSEZ 2nd_order, mw brain matrix + A1, SMP comp, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, TRdm comp, mw test matrices, mw PNs to plot, stable, TR IPA com, sw:brain_paired:R, sw;brainpair;R, sw;7dev;R, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, sw;pairs;R, sw;mdev4, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, sw;mdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 31_level-6_clusterID-113_signal-flow_-0.048, 35_level-7_clusterID-181_signal-flow_0.218, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, sw;deviants, clb brainpaircensus mw right, sw;questions, sw;deviants strong, ND_published, ND_all published et al, sw;check, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; MBE29b? 2 right (L1EM:16188942); VFB CATMAID L1 CNS]

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mdIV_a? (L1EM:2684056) [VFB_00102efv]

Putative class IV, Sensory neurons, Search, Imambocus et al, ND_all published et al [mdIV_a? (L1EM:2684056); EM L1 Imambocus et al., 2022; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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mechanosensory neuron of terminal organ distal group [FBbt_00048369]

Mechanosensory neuron that has a dendrite in the terminal organ on the surface of the larval head and has a soma located in the terminal organ ganglion, it projects via the antennal nerve (Rist and Thum, 2017). There are 6 of these neurons, one innervating each of: campaniform sensillum P1, P2 and P3, pit sensillum T1 and T5, and the spot sensillum of the distal group (Rist and Thum, 2017). Thought to be mechanosensory based on the presence of a tubular body (Rist and Thum, 2017).

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mechanosensory neuron of terminal organ dorsolateral group [FBbt_00048359]

Mechanosensory neuron with a dendrite in the terminal organ on the surface of the larval head, but whose soma is located in the dorsal organ ganglion (Rist and Thum, 2017). There are 2 of these neurons, one innervating the dorsolateral papilla and one innervating the spot sensillum, and they project via the antennal nerve (Rist and Thum, 2017). Thought to be mechanosensory based on the presence of a tubular body (Rist and Thum, 2017).

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medial cervical tract [FBbt_00001631]

Tract that forms part of the larval cervical connective (Nassif et al., 1998; Hartenstein et al., 2015). It is pioneered by axons from the deutocerebral/tritocerebral cluster during embryonic development (Nassif et al., 1998). Axons that project ventrally fasciculate with the incoming maxillary pCC axon and pioneer the ventral part of the tract (Nassif et al., 1998). Axons that project dorsally converge upon the P2l cluster and pioneer the dorsal part of the tract (Nassif et al., 1998).

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medial dorsal subperineurial glial cell [FBbt_00001285]

Surface-associated, subperineurial glial cell located on the ventral surface of the embryonic/larval ventral nerve cord. It lies between the intersegmental nerve roots, at 30-60% along the medio-lateral axis, slightly antero-lateral to the medial intersegmental nerve root glial cell. It develops from the NB1-3 neuroblast (Beckervordersandforth et al., 2008).

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medial intersegmental nerve root glial cell [FBbt_00001305]

Intersegmental nerve glial cell that is located at the medial end of the anterior branch of the intersegmental nerve root, above the lateral neuropil. It contacts both the perineurium and the cortex/neuropil interface and its position is slightly lateral to the B-SPG. It sends a process laterally along the nerve root, showing a characteristic triangular morphology. It develops from the NB1-3 neuroblast (Beckervordersandforth et al., 2008). The medial intersegmental nerve root glial cell corresponds to segment boundary cell (SBC) described by Goodman and Doe (1993) and ISPG1 described by Klambt and Goodman (1991) (Ito et al., 1995).

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medial lateral subperineurial glial cell [FBbt_00001301]

Subperineurial glial cell with a relatively medial lateral location, that is generated by the NB7-4 neuroblast (Beckervordersandforth et al., 2008). Reclassified as subperineurial (from cell body) glial cell by Beckervordersandforth et al. (2008) based on marker expression and nucleus shape.

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medial lobe of larval mushroom body [FBbt_00110188]

The medial lobe of the larval mushroom body. It is associated with appetitive memory (Eschbach et al., 2020). At third instar, the medial lobe comprise three types of Kenyon cells: embryonic-born gamma neurons, larval-born gamma neurons and larval born alpha’/beta’ neurons (Pauls et al., 2010).

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medial segmental nerve root glial cell [FBbt_00100496]

Segmental nerve root glial cell located along the longitudinal axis of the segmental nerve. There are two cells in this class that lie in tandem covering several branches of the nerve root and, unlike the medial intersegmental nerve glial cells, are slightly detached from the neuropil proper.

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medial ventral subperineurial glial cell [FBbt_00001290]

Surface-associated, subperineurial glial cell located on the ventral surface of the embryonic/larval ventral nerve cord, and lies more medially than the lateral ventral subperineurial glial cell. In the abdominal segments, it lies 50% along the antero-posterior axis and 30-50% along the medio-lateral axis, but it lies slightly more medially in the thoracic segments. It develops from the NB5-6 neuroblast (Beckervordersandforth et al., 2008).

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medial-most cell body glial cell [FBbt_00001299]

Cell body glial cell that lies close to the midline of the embryonic/larval ventral nerve cord. It lies between 10-20% along the mediolateral axis, and at approximately 50% along the anterioposterior axis, and flanks the ventral unpaired median (VUM) neuron cluster on the midline. In the early larva, each thoracic hemineuromere has two medial-most cell body glial cells, whilst each abdominal hemineuromere has one (Ito et al., 1995). It develops from the NB6-4 neuroblast (Beckervordersandforth et al., 2008). The medial-most cell body glial cells are likely the VUM-support cells described by Klambt and Goodman (1991), and Menne and Klambt (1994) (Ito et al., 1995).

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mesothoracic VPM neuron [FBbt_00047568]

Octopaminergic, bilaterally-paired neuron of the mesothoracic neuromere of the larval ventral nerve cord. There is one of these neurons per hemisphere. They form a cluster with the VUM neuron cell bodies, but unlike the VUM neurons, the VPM neurons are restricted to the CNS. The mesothoracic VPM neuron arborizes in the contralateral medial neuropil of the prothoracic neuromere and the subesophageal ganglion. A secondary neurite bifurcates in the contralateral prothoracic neuromere to innervate the mediodorsal subesophageal ganglion and the tritocerebrum (Selcho et al., 2012).

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mesothoracic VUM motor neuron [FBbt_00047566]

Octopaminergic VUM motor neuron with its cell body in the larval mesothoracic neuromere. There are three of these cells with very similar innervation patterns within the ventral nerve cord. The neuron projects dorsally, then branches laterally in both directions to form a T-shape. Ramifications are mostly found in the lateral neuropil of T2 and T1. It also innervates the anterior part of T3 with dorsomedial bifurcations. Generally, two of these neurons (tVUM2sn) project via the segmental nerve with the other projecting via the intersegmental nerve (tVUM2isn), but this is sometimes the opposite way (Selcho et al., 2012). Innervation pattern has not been studied, so it is unclear how the three subclasses differ and whether they belong to the dorsal, lateral and ventral groups identified for abdominal neurons.

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metathoracic VPM neuron [FBbt_00047569]

Octopaminergic, bilaterally-paired neuron of the metathoracic neuromere of the larval ventral nerve cord. There is one of these neurons per hemisphere. They form a cluster with the VUM neuron cell bodies, but unlike the VUM neurons, the VPM neurons are restricted to the CNS. The metathoracic VPM neuron bifurcates after crossing the midline, with one process running anteriorly to the subesophageal ganglion. The other process innervates the dorsomedial and dorsolateral neuropil of the thoracic neuromeres. The metathoracic VPN neuron also arborizes in the basal protocerebrum (Selcho et al., 2012).

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metathoracic VUM motor neuron [FBbt_00047567]

Octopaminergic VUM motor neuron with its cell body in the larval mesothoracic neuromere. There are three of these cells with very similar innervation patterns within the ventral nerve cord. The neuron projects dorsally, then branches laterally in both directions to form a T-shape. Ramifications are mostly found in the lateral neuropil of T3 and T2. It also innervates the anterior part of A1 with dorsomedial bifurcations. Generally, two of these neurons (tVUM3sn) project via the segmental nerve with the other projecting via the intersegmental nerve (tVUM3isn), but this is sometimes the opposite way (Selcho et al., 2012). Innervation pattern has not been studied, so it is unclear how the three subclasses differ and whether they belong to the dorsal, lateral and ventral groups identified for abdominal neurons.

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midgut imaginal island [FBbt_00001837]

A cluster consisting of adult midgut precursor cells and peripheral cells found adjacent to the basement membrane of the larval midgut. These clusters are scattered throughout the larval midgut. They form by division of adult midgut precursor cells during larval stages. The first division is asymmetrical, producing a peripheral cell, which extends its processes around the adult midgut precursor cells (Mathur et al., 2010).

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midline glial cell [FBbt_00001315]

Neuropil associated CNS glial cell located along the midline in the ventral nerve cord. There are three to four midline glia per neuromere, in the anterior region, arranged and above (dorsal to) and below (ventral to) the neuropil. These cells originate from a group of 7-8 cells at embryonic stage 13 which are reduced by apoptosis to 3-4 glial cells by embryonic stage 16. These glial cells ensheath the anterior and posterior axon commissures, with cytoplasmic extensions restricted to the midline, covering the medial part of the commissure neuropil. Fine extensions are also observed within the neuropil. Ito et al. (1995) states that there are generally three or four midline glial cells per neuromere, but occasionally there are more than four. The thoracic neuromeres are more likely than the abdominal neuromeres to have more. Midline glia are repo (FBgn0011701) negative and are eliminated by apoptosis during the pupal stage.

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Midline Projection Neuron - A05? (L1EM:13985838) [VFB_00102egk]

td VNC tract interneuron, A23, Midline projection fragment, SH_T1down, green, VLB R at 2400, AUTO ascending neurons at 1112 gap, Imambocus et al, atit_a4_CIII_circuit, ND_all published et al [EM L1 Imambocus et al., 2022; Midline Projection Neuron - A05? (L1EM:13985838); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Midline Projection Neuron with additional ipsilateral axon/dendrite _ a1l (L1EM:19040382) [VFB_001015di]

[embryonic/larval neuron; Midline Projection Neuron with additional ipsilateral axon/dendrite _ a1l (L1EM:19040382); transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia]

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Midline Projection Neuron_ a5l (L1EM:11434579) [VFB_00102egh]

td VNC tract interneuron right, A23, green, VLB R at 2400, Imambocus et al, FOR21, FOR21_inter, ND_all published et al [EM L1 Imambocus et al., 2022; Midline Projection Neuron_ a5l (L1EM:11434579); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MIXED bilateral 2 left (L1EM:12273754) [VFB_00102ezl]

BLAvm ant_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLAvm a L, VLP IPL com, mw colored-matrix-2019-09-12, #2T, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, mw mixed lineage neurons, mw brain crosses commissure, VLP IPL com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw bilateral axon partially asymmetrical neurons, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;idev5, sw;pairs;L, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; MIXED bilateral 2 left (L1EM:12273754); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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MIXED bilateral 2 right (L1EM:17654624) [VFB_00102fgc]

BLVa34_r akira, WB_BLVp2 R, Ingrid Check, mw brain neurons, mw brain neurons + SU, BLAvm a R, mw brain inventory, mw right, UNI, #1, VOLKER CHECK, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, SOMA MISSING, mw brain neurons + sensories, mw axon split complete, mw mixed lineage neurons, mw brain crosses commissure, UNI, mw brain matrix, mw brain contralateral, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw bilateral axon partially asymmetrical neurons, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;R, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;idev5, sw;pairs;R, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [EM L1 Winding, Pedigo et al., 2023; MIXED bilateral 2 right (L1EM:17654624); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MIXED bilateral left (L1EM:21136945) [VFB_00102fmj]

WB_BLVp3 L, BLAv12_post_l akira, mw brain neurons, mw brain neurons + SU, BLAv12_post todo, mw brain inventory, mw left, AUTO ascending neurons at 1112 gap, BLAv1/2 p L, UNI, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, #6, Merged: Neuron 21135343, mw brain todo, mw brain neurons + sensories, mw brain unpaired todo 1-13-20, UNI, mw brain matrix, mw open-ends <80% reviewed, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, Albert TODO, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw brain contralateral, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, mw 16686371 us partners, stable, mw ad hubs_out, mw ad all_hubs, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 21_level-6_clusterID-69_signal-flow_0.217, 46_level-7_clusterID-123_signal-flow_0.013, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; MIXED bilateral left (L1EM:21136945); CC-BY_4.0; VFB CATMAID L1 CNS]

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MIXED bilateral right (L1EM:17654638) [VFB_00102fge]

Akira to Volker, BLAvm ant/post todo, BLAvm ant_r akira, BLAvm a R, mw brain neurons + SU, mw brain inventory, mw right, mw axon split complete, VLP IPL com, mw brain neurons split, mw draft complete, #2, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLP IPL com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, mw 16686371 us partners, stable, mw ad hubs_out, mw ad all_hubs, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 21_level-6_clusterID-69_signal-flow_0.217, 46_level-7_clusterID-123_signal-flow_0.013, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; MIXED bilateral right (L1EM:17654638); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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mixed bpl terminal left (L1EM:19919566) [VFB_00102flk]

mw brain neurons, mw brain neurons + SU, mw brain inventory, BLP12_l akira, mw left, mw brain neurons split, mw draft complete, BLP1/2 a L, VLP, AUTO ascending neurons, mw colored-matrix-2019-09-12, VLP 1, #1T, mw brain neurons + sensories, VLP1, mw preliminary LN, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain strahler >2 reviewed, mw mixed axon/dendrite <0.2 segregation index, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 17165621 us partners, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, YYCWMLEH, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;L, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [transmission electron microscopy (TEM); mixed bpl terminal left (L1EM:19919566); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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mixed bpl terminal right (L1EM:1137946) [VFB_00102eh3]

Left CIT PN, WB_BLP12ab R, BLP12_r akira, BLP12 b 3, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, mw brain neurons split, mw draft complete, VLP, BLP1/2 a R, mw colored-matrix-2019-09-12, VLP 1, #1, mw brain neurons + sensories, VLP1, mw preliminary LN, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw mixed axon/dendrite <0.2 segregation index, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 17165621 us partners, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, YYCWMLEH, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;R, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato [mixed bpl terminal right (L1EM:1137946); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MIXED brancher left (L1EM:5577650) [VFB_00102em4]

mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw draft complete, mw mixed lineage neurons, BLAl L, IPL/M, mw colored-matrix-2019-09-12, #5T, mw brain neurons + sensories, IPL/M p*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *BLAl_l akira, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw proprio 4th_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, ND_published, ND_all published et al, ctd other, ct other [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; MIXED brancher left (L1EM:5577650); EM L1 Winding, Pedigo et al., 2023]

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MIXED brancher right (L1EM:13358515) [VFB_00102f1h]

mw brain neurons + SU, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, BLAl_r akira, mw draft complete, mw mixed lineage neurons, BLAl R, IPL/M, mw colored-matrix-2019-09-12, #5, less than 150nm length, mw brain neurons + sensories, IPL/M p, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, IPL/Mall, IPLMall, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw proprio 4th_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, ND_published, ND_all published et al, ctd other, ct other [MIXED brancher right (L1EM:13358515); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MIXED crinkled left; Down to Multi PNs (L1EM:9971209) [VFB_00102eun]

Hugin Inputs, brain local ipsilateral, MB calyx after gap, BLD5/6_l akira, ASB left, Fragments 2014-01-18 14:57, downstream of mPN iACT A2 left, fragment_obvious at gap, ASB downstream of right mPNs, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, UNI, #1T, mw unpaired 2019-10-09, mw 5th work, BLD2-4 L, INGRID REVIEW, mw brain neurons + sensories, UNI*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *unknown_dorsal_lineage_l akira, Upstream CN29, stable, mw 3820148 upstream partners, mw 9792178 upstream partners, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw LN, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, mw brain 3rd_order LN gustatory-external, mw brain 3rd_order LN gustatory-pharyngeal, mw LNs_cohort, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 17_level-6_clusterID-100_signal-flow_0.497, 22_level-7_clusterID-165_signal-flow_0.653, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LNs, ct LNs [MIXED crinkled left; Down to Multi PNs (L1EM:9971209); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MIXED crinkled right; BLAd ant med 2 meets Larderet neuron 8812079 (L1EM:8812078) [VFB_00102eru]

BLAd-vm_r akira, downstream of mPN iACT A3 right, ASB LH Interneuron, downstream of handlebar-like, ASB Right PN-LH Input, ASB Downstream of Ipsi Bridges Right, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, unpaired ds mPNs right >= 5 synapses individual, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, mw brain neurons, mw brain neurons + SU, BLAd1-4 vm R, mw brain inventory, mw right, mw axon split complete, SLP, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw 5th work, mw draft complete, mw brain neurons + sensories, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, SLPc comp, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 3820148 upstream partners, mw 9792178 upstream partners, SLP 1, BLAd1-4 R, sw:brain_paired:R, sw;brainpair;R, mw LN, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, mw brain 3rd_order LN gustatory-external, mw brain 3rd_order LN gustatory-pharyngeal, mw LNs_cohort, mw interhemispheric integration 2-hop, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 17_level-6_clusterID-100_signal-flow_0.497, 22_level-7_clusterID-165_signal-flow_0.653, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LNs, ct LNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; MIXED crinkled right; BLAd ant med 2 meets Larderet neuron 8812079 (L1EM:8812078); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MIXED descending T left (L1EM:17354403) [VFB_00102fds]

DPLc4 l, WB_DPLc4 L, DPMl_ant_dor_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, DPMl_ant_dor todo, mw left, IPM/P VMC, Descending Neurons, DPMl1/2 a, AUTO descending neurons to VNC, #2T, Avi 122, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw descending unpaired, mw brain neurons + sensories, mw dVNC, mw mixed lineage neurons, mw axon split complete, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, IPP VMC SEZ, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 8142831 downstream partners, mw brain unreviewed, mw brain open-ends 1, DPMl2 L, sw:brain_paired:L, sw;brainpair;L, YYCWMLEH, lv dVNC to T3+A1, mw gustatory-external 4th_order, mw olfactory 4th_order, mw proprio 4th_order, mw gustatory-pharyngeal 4th_order, mw dVNC not to A1, mw 20379247 downstream partners, cx descending l1, dVNCdownstreamCX, sw;pairs;L, mw candidate hunch_head-move, downPB, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, PB.d, PB descending, PB descending to thorax, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [MIXED descending T left (L1EM:17354403); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MIXED descending T right TODO axon to VNC across gap (L1EM:12030078) [VFB_00102eze]

DPLc4 r, WB_DPLc4 R, DPMm2_r akira, ASB right, Columnar neurons akira-2, DNs akira-2, clb:look_for, Avi_Matt_Doe neurons, mw brain neurons, mw brain neurons + SU, mw brain inventory, DPMm2 todo, mw brain todo, mw right, IPM/P VMC, #2, DPMl1/2 a, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw gap severe, mw brain neurons + sensories, mw dVNC, mw descending missing axon, mw mixed lineage neurons, mw axon split complete, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, IPP VMC SEZ, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw missing axon, stable, mw 8142831 downstream partners, mw brain unreviewed, mw brain open-ends 1, mw brain incomplete, DPMl2 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw proprio 4th_order, mw gustatory-pharyngeal 4th_order, mw dVNC not to A1, mw 20379247 downstream partners, dVNCdownstreamCX, sw;pairs;R, mw candidate hunch_head-move, downFBPBs, downPB, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, PB.d, PB descending to thorax, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw right incomplete, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; MIXED descending T right TODO axon to VNC across gap (L1EM:12030078); CC-BY_4.0; VFB CATMAID L1 CNS]

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MIXED forked left (L1EM:6623049) [VFB_00102eoi]

Larisa fragment to solve, fragments downstream pvl09, det pair, BLVa12_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw draft complete, mw mixed lineage neurons, BLVa3/4 a L, mw colored-matrix-2019-09-12, #1T, IPM, mw brain neurons + sensories, VLP IPM, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 2-hop, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw LN, mw noci 3rd_order, mw brain 3rd_order LN noci, mw LNs_cohort, sw;idev3, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, ND_published, ND_all published et al, ctd LNs, ct LNs, ct pre-DN-VNCs [MIXED forked left (L1EM:6623049); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MIXED forked right (L1EM:17654634) [VFB_00102fgd]

BLVa3/4 a R, mw brain neurons + SU, mw brain inventory, BLVa34_r akira, mw right, mw draft complete, mw mixed lineage neurons, #1, IPM, mw brain neurons + sensories, mw axon split complete, VLP IPM, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, nr Tel-like 10 downstream 2-hop, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw LN, mw noci 3rd_order, mw brain 3rd_order LN noci, mw LNs_cohort, sw;idev3, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, ND_published, ND_all published et al, ctd LNs, ct LNs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; MIXED forked right (L1EM:17654634); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MIXED local left (L1EM:16059134) [VFB_00102f79]

mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, BLVa1/2 a L, VLP, AUTO ascending neurons, AUTO multiple presynapses to brain, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, #1T, mw brain neurons + sensories, mw axon split complete, VLP*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *BLVa12_l akira, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, VLPall L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 12273754 ds contralateral partners, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 18_level-6_clusterID-89_signal-flow_0.487, 27_level-7_clusterID-89_signal-flow_0.487, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [MIXED local left (L1EM:16059134); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MIXED local right; BLVa12 a 3 (L1EM:10725068) [VFB_00102ewb]

WB_BLVp1 R, BLVa12_r akira, mw brain neurons, mw brain neurons + SU, BLVa1/2 a R, mw brain inventory, mw right, mw axon split complete, VLP, mw brain neurons split, #1, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, VLPall, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 12273754 ds contralateral partners, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 18_level-6_clusterID-89_signal-flow_0.487, 27_level-7_clusterID-89_signal-flow_0.487, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; MIXED local right; BLVa12 a 3 (L1EM:10725068); is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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MIXED looper left (L1EM:12420377) [VFB_00102f02]

mw brain neurons + SU, BLP12_l akira, mw mixed lineage neurons, mw draft complete, mw axon split complete, UNI, CP2/3 v L, #2T, mw colored-matrix-2019-09-12, mw left, less than 150nm length, mw brain neurons + sensories, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw noci 4th_order, mw respiratory 4th_order, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; MIXED looper left (L1EM:12420377); CC-BY_4.0; VFB CATMAID L1 CNS]

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MIXED looper right (L1EM:13242252) [VFB_00102f1e]

fragments downstream pvl09, det pair, mw brain neurons + SU, mw brain inventory, CPb_r akira, mw right, mw axon split complete, mw brain neurons split, mw mixed lineage neurons, mw draft complete, UNI, CP2/3 v R, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw noci 4th_order, mw respiratory 4th_order, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; MIXED looper right (L1EM:13242252); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MIXED pointer-like left (L1EM:20981306) [VFB_00102fmf]

ASB left, BLAv12_lat_l akira, mw brain neurons, mw brain neurons + SU, BLAv12 lat todo, Fragments 2014-01-18 14:57, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, AUTO ascending neurons at 1112 gap, mw colored-matrix-2019-09-12, INC, BLAv1/2 l L, VLP d, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, #2T, mw brain neurons + sensories, VLPl, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain strahler >2 reviewed, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, Albert TODO, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 19_level-7_clusterID-150_signal-flow_0.684, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; MIXED pointer-like left (L1EM:20981306); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MIXED pointer-like right (L1EM:2842451) [VFB_00102ei3]

mw brain neurons + SU, mw brain inventory, mw brain todo, mw right, VLP, BLP1/2 a R, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, VLP 1, #2, less than 150nm length, mw brain neurons + sensories, mw brain unpaired todo 1-13-20, VLP1*, *BLP12_r akira, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, Merged: Neuron 20402858, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 19_level-7_clusterID-150_signal-flow_0.684, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); MIXED pointer-like right (L1EM:2842451); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MIXED small fork left (L1EM:17165429) [VFB_00102fcs]

BLAd_l akira, BLDc todo, mw brain neurons + SU, mw brain inventory, mw left, VLP, BLD2-4 L, #11T, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw brain neurons + sensories, mw brain todo, mw brain unpaired todo 1-13-20, VLP*, mw brain matrix, mw open-ends <80% reviewed, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw brain matrix and A1, mw brain paper all neurons, mw unpaired 2021-04-13, mw missing axon, stable, nr Tel-like 10 downstream 1-hop, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, mw brain open-ends 2, mw ipsilateral axon, mw ipsilateral dendrite, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); MIXED small fork left (L1EM:17165429); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MIXED small fork right (L1EM:9513911) [VFB_00102etn]

WB_BLDc R, BLDc_r akira, ASB BPL Interneurons, mw brain neurons, mw brain neurons + SU, BLD2-4 R, mw brain inventory, mw right, VLP, mw brain neurons split, #11, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, mw brain unpaired checked once, VLP, mw preliminary LN, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw mixed axon/dendrite <0.2 segregation index, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, stable, nr Tel-like 10 downstream 1-hop, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [MIXED small fork right (L1EM:9513911); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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MN-L-Sens-B2-ACp-11 (Olfactory Gustatory connector 2) (L1EM:15674262) [VFB_00101913]

[transmission electron microscopy (TEM); MN-L-Sens-B2-ACp-11 (Olfactory Gustatory connector 2) (L1EM:15674262); larval maxillary-labial nerve sensory neuron; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia]

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MN-L-Sens-B2-ACpl-01 (Awesome MN sensory 2) (L1EM:15714639) [VFB_00101944]

[transmission electron microscopy (TEM); MN-L-Sens-B2-ACpl-01 (Awesome MN sensory 2) (L1EM:15714639); larval maxillary-labial nerve sensory neuron; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia]

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MN-L-Sens-B2-ACpl-02 (Awesome MN sensory 1) (L1EM:15716934) [VFB_00101953]

[transmission electron microscopy (TEM); MN-L-Sens-B2-ACpl-02 (Awesome MN sensory 1) (L1EM:15716934); larval maxillary-labial nerve sensory neuron; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia]

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MN-R-Sens-B2-ACpl-01 (Awesome MN sensory 2) (L1EM:15595950) [VFB_00101858]

[transmission electron microscopy (TEM); larval maxillary-labial nerve sensory neuron; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; MN-R-Sens-B2-ACpl-01 (Awesome MN sensory 2) (L1EM:15595950)]

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MN-R-Sens-B2-ACpl-02 (Awesome MN sensory 1) (L1EM:15746421) [VFB_00101974]

[transmission electron microscopy (TEM); larval maxillary-labial nerve sensory neuron; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; MN-R-Sens-B2-ACpl-02 (Awesome MN sensory 1) (L1EM:15746421)]

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mouth hook [FBbt_00001846]

A moveable chitinous structures at the anterior tip of the cephalopharyngeal skeleton of the larva. There is a bilateral pair of these, with one on either side of the atrium. Each mouth hook has three processes: a hooked oral process extending anteriorly, a ventral process, and a dorsal process extending dorso-posteriorly to the median tooth. The mouth hooks develop from the maxillary segment.

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MP1 neuron [FBbt_00001599]

Interneuron residing slightly anterior and ventral to the posterior commissure in the corner formed by the connectives and the posterior commissure (Bossing and Technau, 1994). Its ipsilateral projection bifurcates in an anterior and posterior branch (which spans up to three neuromeres) that run within the medial sector of the connective. It is a peptidergic neurosecretory cell (Manning et al., 2012).

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MP1a neuron [FBbt_00001600]

Lateral-most of the two bilateral MP1 neurons found at the midline, anterior to the posterior commissure (Schmid et al., 1999). Doe et al., (1988) distinguish the MP1-progeny by referring to them as left or right. However, as this changes the identity of the cell depending on whether the right or left side of the animal is observed, we have adopted a nomenclature based on reference to the midline.

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MP1b neuron [FBbt_00001601]

Medial-most of the two bilateral MP1 neurons found at the midline, anterior to the posterior commissure (Schmid et al., 1999). Doe et al., (1988) distinguish the MP1-progeny by referring to them as left or right. However, as this changes the identity of the cell depending on whether the right or left side of the animal is observed, we have adopted a nomenclature based on reference to the midline.

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Multiglomerular PN 6 (L1EM:11123016) [VFB_00102exs]

MB calyx after gap, Neuron 11116345 Missing Soma, downOLP1-3, DPMm2_l akira, mw paired 98, potential pair of ds mPN right >= 5, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, from upper looping PN - peptidergic pair, pairs ds thermo PNs >= 5, m reviewed, LHNs, axoAxo mPNs, axoAxo tPNs, axoDen mPNs, mLHNs, putative LHN, hemilateral_pair_4152020_11123016, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, UNI, #1T, DPMl1/2 a, mw colored-matrix-2019-09-12, Multiglomerular PN 6, mw MB for Priebe Group, mw brain neurons + sensories, mw brain matrix, mw brain ipsilateral, UNI, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, DPMl2 L, lv_cb_pre, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw upstream KCs, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 9_level-5_clusterID-53_signal-flow_0.718, 16_level-6_clusterID-97_signal-flow_0.534, 28_level-7_clusterID-159_signal-flow_0.421, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); Multiglomerular PN 6 (L1EM:11123016); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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n_down pOLP&PVL09-2 left (L1EM:5762666) [VFB_00102emx]

somated neurons, visual down, potential DP1 cell bodies, BLVp1_l akira, potential pair of ds mPN right >= 5, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, potential pairs ds visual PNs >= 5, n_down pOLP pair, LHNs, axoDen vPNs, vLHNs, putative LHN, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, VLP com, BLVp1 L, AUTO ascending neurons, mw colored-matrix-2019-09-12, #8T, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, VLPall L, mw ipsilateral dendrite, mw degree 30-40, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 17165621 us partners, stable, mw ad hubs_out, mw ds-vPNs, mw LHN, mw 4680995 downstream partners, mw ad all_hubs, mw brain open-ends 3, sw:brain_paired:L, sw;brainpair;L, sw;6dev;L, mw noci 2nd_order, mw mechano-Ch 2nd_order, mw noci 2nd_order PN-old, mw mechano-Ch 2nd_order PN-old, mw LHN-vPN, sw;pairs;L, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 21_level-6_clusterID-69_signal-flow_0.217, 26_level-7_clusterID-124_signal-flow_0.499, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct PNs-somato, ct LHNs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; n_down pOLP&PVL09-2 left (L1EM:5762666); CC-BY_4.0; VFB CATMAID L1 CNS]

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n_down pOLP&PVL09-2 right (L1EM:17777259) [VFB_00102fic]

Larisa PVL09 downstream, fragments downstream pvl09, pairs ds visual PNs >= 5, m reviewed, n_down pOLP pair, lost to gap 7715918, LHNs, axoDen vPNs, vLHNs, putative LHN, BLVp1 R, BLVp1_r akira, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, mw axon split complete, VLP com, mw brain neurons split, #8, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, VLPall, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 17165621 us partners, stable, mw ad hubs_out, mw ds-vPNs, mw LHN, mw 4680995 downstream partners, mw ad all_hubs, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;R, sw;6dev;R, mw noci 2nd_order, mw mechano-Ch 2nd_order, mw noci 2nd_order PN-old, mw mechano-Ch 2nd_order PN-old, mw LHN-vPN, sw;pairs;R, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 21_level-6_clusterID-69_signal-flow_0.217, 26_level-7_clusterID-124_signal-flow_0.499, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct PNs-somato, ct LHNs, ct pre-DN-SEZs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; n_down pOLP&PVL09-2 right (L1EM:17777259); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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Nag left (L1EM:15718981) [VFB_00102f6i]

WB_BAla34 L, downstream of AN-B2, DSB2A, downstream of SCAN2A, downstream of SCAN3B, BAla34_l akira, hemilateral_pair_1591270_15718981, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, BAla3/4 L, mw left, UNI, mw axon split complete, mw brain neurons split, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ 2nd_order, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 15605301 us partners, stable, mw 10411574 upstream partners, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, CCWA09Input, CCWA09input, mw gustatory-external 3rd_order, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, sw;pairs;L, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; Nag left (L1EM:15718981); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Nag right (L1EM:1591270) [VFB_00102eh5]

WB_BAla12 R, BAla34_r akira, hemilateral_pair_1591270_15718981, mw brain neurons, mw brain neurons + SU, Right, BAla3/4 R, mw complete, mw brain inventory, mw right, UNI, mw axon split complete, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ 2nd_order, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 15605301 us partners, stable, mw 10411574 upstream partners, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, sw;pairs;R, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; Nag right (L1EM:1591270)]

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NB5-2 lineage 6 (HMD X?)_a1r (L1EM:13774384) [VFB_00102f28]

ASB right, clb:todo_ddaD, A1 neurons, A1R, A1_12, putatitive3/12, NB5-2, post_sensory, Ventral, m_19_all, a7 unknown Neuron 19698815, A12c6, m19_a1, DALd downstream, Lin Q2 m A1 R, Cd com, down right DALd LAL, post-post-proprioceptor >5, NB5-2 Lin 6 A1 R, mw A1 neurons, mw A1 wider set, mw right, mw A1 neurons paired, mw A1 ascending issues, mw A1 neurons paired ascending, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw A1 ascending tight dendrite, AC_A1_NB6_5-2_bundle, mw A1 ascending proprio, mw contralateral axon, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, sw:brain_paired:R, YYCWMLEH, mw A1 ds_dVNC, mw A1 ds_dVNC sens, mw A1 ds_dVNC mixed, mw ascending temp, sw;pairs;R, sw;mdev3, mw A1 zigzag ascending, mw A1 interneuron Proprio 2nd/3rd-order, mw A1 interneuron Proprio 2nd_order, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 72_level-7_clusterID-135_signal-flow_-0.692, mw A1 post-sens plot, ND_published, ND_all published et al, ctd ascendings, ct ascendings [NB5-2 lineage 6 (HMD X?)_a1r (L1EM:13774384); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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neu1_left (L1EM:9429085) [VFB_00102etf]

brain downstream of A08s2_a2r, clb:todo, clb:blocked, clb:todo_A08, li:clb:unblocked, mw brain neurons + SU, mw brain inventory, mw left, mw draft complete, mw axon split complete, mw brain neurons split, DALcm1/2 v L, VMC, #4T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, VMC*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *DALcm12-v_l akira, mw brain ipsilateral, mw ds-pre-dVNC, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw enteric 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, cx descending l1, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 86_level-7_clusterID-134_signal-flow_-1.092, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); neu1_left (L1EM:9429085); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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neu1_right (L1EM:17247877) [VFB_00102fd3]

mw brain neurons + SU, mw brain inventory, mw right, mw draft complete, mw axon split complete, mw brain neurons split, DALcm1/2 v R, VMC, #4, mw colored-matrix-2019-09-12, less than 150nm length, mw brain neurons + sensories, VMC*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *DALcm12-v_r akira, mw brain ipsilateral, mw ds-pre-dVNC, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw enteric 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 86_level-7_clusterID-134_signal-flow_-1.092, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [neu1_right (L1EM:17247877); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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neuron 11890710 (L1EM:11890709) [VFB_00102egi]

Julie Tran, bundles, To Be Reviewed / Named, nusreen to check gap crossing, A1_pMNs, AUTO ascending neurons at 1112 gap, Imambocus et al, FOR21, FOR21_inter, RGPNs_upstream_AM, ND_all published et al [EM L1 Imambocus et al., 2022; neuron 11890710 (L1EM:11890709); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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neuron 14839447 (L1EM:14839446) [VFB_00102egm]

Lin Q3 al LB, Lin Q2 LB R, AUTO ascending neurons at 1112 gap, Imambocus et al, NB5-2 Lin 06 LB R, Maxime2022, Maxime2022 Unpublished, ND_all published et al [EM L1 Imambocus et al., 2022; neuron 14839447 (L1EM:14839446); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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neuron 16911429 rev_A2l (L1EM:16911428) [VFB_00102egs]

td VNC tract interneuron, green, VLB R at 2400, Imambocus et al, ND_all published et al [EM L1 Imambocus et al., 2022; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; neuron 16911429 rev_A2l (L1EM:16911428); VFB CATMAID L1 CNS]

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neuron 21744904 (L1EM:21744903) [VFB_00102efm]

BAmv12 s, SU LEFT, SU Neuron - Ingrid, BAmv12 dor s, BAm s, BAmv s, mw brain neurons + SU, mw brain inventory, BAmv1/2 L, su, mw brain SU neurons, mw potential SU, Merged: BAmv1/2 L, , BAmv12 dor s 8 Left, {su}, AM_published, ND_all published et al [neuron 21744904 (L1EM:21744903); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; EM L1 Andrade et al. 2019; L1 larval CNS ssTEM - Cardona/Janelia; CC-BY-SA_4.0; embryonic/larval neuron; VFB CATMAID L1 CNS]

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neuron 3918937 (L1EM:3918936) [VFB_00102eg0]

AUTO ascending neurons at 1112 gap, Imambocus et al, ND_all published et al [EM L1 Imambocus et al., 2022; neuron 3918937 (L1EM:3918936); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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neuron 5532548 (L1EM:5532547) [VFB_00102eg7]

Imambocus et al, ND_all published et al [EM L1 Imambocus et al., 2022; neuron 5532548 (L1EM:5532547); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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neuron 5613778 (L1EM:5613777) [VFB_00102eg8]

downstream of AN-B2, DSB2A, AUTO ascending neurons at 1112 gap, Imambocus et al, ND_all published et al [EM L1 Imambocus et al., 2022; transmission electron microscopy (TEM); is part of; neuron 5613778 (L1EM:5613777); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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ni contralateral 1 left (L1EM:9235545) [VFB_00102et1]

NIMB, Mushroom body non intrinsic left, WB_MB4 L, DC 1 ; Left, ni-neurons MB_l akira, brain downstream of A08s2_a2r, clb:todo, clb:joined, clb:soma, clb:todo_A08, Fragment, mw brain neurons + SU, mw brain inventory, mw left, mw draft complete, mw axon split complete, mw brain neurons split, LAL com, MB AL L, EE, mw colored-matrix-2019-09-12, #1T, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, LAL com posterior L, stable, mw 10964258 downstream partners, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, EE*, LAL com*, sw:brain_paired:L, sw;brainpair;L, mw proprio 3rd_order, sw;pairs;L, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, putative non-intrinsic, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); ni contralateral 1 left (L1EM:9235545); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

Tags:

ni contralateral 1 right (L1EM:17435815) [VFB_00102ffe]

NI, Mushroom body non intrinsic right, WB_MBNBd R, mw brain neurons + SU, mw brain inventory, MB AL R, EE, MEF, mw right, ni-neurons MB_r akira, mw draft complete, mw axon split complete, LAL com, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, LAL com posterior, stable, mw 10964258 downstream partners, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, EE*, LAL com*, sw:brain_paired:R, sw;brainpair;R, mw proprio 3rd_order, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, putative non-intrinsic, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; ni contralateral 1 right (L1EM:17435815); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

ni contralateral 2 left (L1EM:16444754) [VFB_00102f8x]

Mushroom body non intrinsic left, WB_MB4 L, WB_MBNBd L, ni-neurons MB_l akira, VLP LAL, WB_BLVp3 R, WB_BLAv R, mw brain neurons + SU, mw brain inventory, MB AL L, EE, MEF, mw left, mw draft complete, mw axon split complete, mw brain neurons split, LAL com, mw colored-matrix-2019-09-12, #2T, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, LAL com posterior L, mw 16686371 ds contralateral partners, stable, mw ad hubs_in, mw 10964258 upstream partners, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, mw brain unreviewed, EE*, LAL com*, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integration 4-hop, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw respiratory 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw dSEZ-feedback-2hop 2022-03-15, downFB, bilateral Laura, sw;pairs;L, downFBPBs, downPB, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB.d, PB.d, CX core, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 80_level-7_clusterID-132_signal-flow_-0.848, putative non-intrinsic, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); ni contralateral 2 left (L1EM:16444754); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

ni contralateral 2 right (L1EM:9072560) [VFB_00102esm]

NIMB, Mushroom body non intrinsic right, WB_MBNBd R, ni-neurons MB_r akira, mw brain neurons + SU, mw brain inventory, MB AL R, EE, MEF, mw right, mw draft complete, mw axon split complete, LAL com, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, LAL com posterior, mw 16686371 ds contralateral partners, stable, mw ad hubs_in, mw 10964258 upstream partners, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, mw brain unreviewed, mw brain open-ends 1, EE*, LAL com*, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integration 4-hop, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw respiratory 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, downFBPBs, downPB, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB.d, CX core, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 80_level-7_clusterID-132_signal-flow_-0.848, putative non-intrinsic, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; ni contralateral 2 right (L1EM:9072560); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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ni contralateral 3 left (L1EM:9480916) [VFB_00102eti]

NIMB, Mushroom body non intrinsic left, WB_MB4 L, WB_MBNBd L, mw brain neurons + SU, mw brain inventory, ni-neurons MB_l akira, mw draft complete, MB AL L, EE, MEF, mw left, mw axon split complete, mw brain neurons split, LAL com, AUTO ascending neurons, mw colored-matrix-2019-09-12, #3T, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, LAL com posterior L, mw 17729973 ds contralateral partners, stable, mw brain unreviewed, EE*, LAL com*, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw gustatory-pharyngeal 4th_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, downFBPBs, downPB, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB.d, CX core, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, putative non-intrinsic, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); ni contralateral 3 left (L1EM:9480916); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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ni contralateral 3 right (L1EM:9077224) [VFB_00102esn]

NIMB, Mushroom body non intrinsic right, fragment, WB_MBNBd R, ni-neurons MB_r akira, mw brain neurons + SU, mw brain inventory, mw draft complete, MB AL R, EE, MEF, mw right, mw axon split complete, LAL com, mw brain neurons split, #3, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, LAL com posterior, mw 17729973 ds contralateral partners, stable, mw brain unreviewed, mw brain open-ends 1, EE*, LAL com*, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integration 4-hop, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw gustatory-pharyngeal 4th_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, downFBPBs, downPB, downLAL, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB.d, PB.d, CX core, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, putative non-intrinsic, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); ni contralateral 3 right (L1EM:9077224); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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ni contralateral 4 left (L1EM:9239759) [VFB_00102et4]

NIMB, Mushroom body non intrinsic left, WB_MB4 L, WB_MBNBd L, Pre-MBONs-27, mw brain neurons + SU, mw brain inventory, ni-neurons MB_l akira, MB AL L, EE, MEF, mw left, mw draft complete, mw axon split complete, mw brain neurons split, LAL com, mw colored-matrix-2019-09-12, #4T, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, LAL com posterior L, stable, mw brain unreviewed, mw brain open-ends 1, EE*, LAL com*, sw:brain_paired:L, sw;brainpair;L, sw;deviant;L, sw;4dev;L, mw gustatory-external 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, FB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, putative non-intrinsic, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [ni contralateral 4 left (L1EM:9239759); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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ni contralateral 4 right (L1EM:9034378) [VFB_00102esd]

NIMB, antennal sensory to ni1 circuit, Mushroom body non intrinsic right, neuron, WB_MBNBd R, Pre-MBONs-27, ni-neurons MB_r akira, mw brain neurons + SU, mw brain inventory, MB AL R, EE, MEF, mw right, mw draft complete, mw axon split complete, LAL com, mw brain neurons split, #4, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, LAL com posterior, stable, EE*, LAL com*, sw:brain_paired:R, sw;brainpair;R, sw;deviant;R, sw;4dev;R, mw gustatory-external 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, FB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, putative non-intrinsic, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; ni contralateral 4 right (L1EM:9034378); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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ni right or very young KC (L1EM:16471397) [VFB_00102f93]

NI, Mushroom body non intrinsic right, WB_MBNBd R, mw brain neurons + SU, mw brain inventory, mw previously complete, Lineage MBNB D right, MB AL R, mw right, mw brain few synapses, su, KeC, mw brain neurons + sensories, mw partially differentiated, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, KeC R, mw brain matrix + A1, mw brain matrix and A1, mw brain paper all neurons, stable, mw brain unreviewed, mw brain unpaired, mw partially differentiated non-KC, mw brain and inputs, putative non-intrinsic, ND_published, ND_all published et al [ni right or very young KC (L1EM:16471397); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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non-functional larval spiracle [FBbt_00000412]

Spiracle that only opens during moulting, allowing ejection of the chitinous lining of or the trachea of the previous instar. The rest of the time, these are only identifiable as a thickening of the cuticle. During larval stages, the spiracles of tracheal metameres 2-9 are all of this type. The spiracle of the first tracheal metamere of first instar larvae is non-functional (Manning and Krasnow, 1993).

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ocellar complex precursor cell [FBbt_00058141]

A cell of the anterior and dorsal region of the eye disc that will give rise to the ocelli and the interocellar cuticle. It expresses ocelliless, which is initially expressed throughout the eye disc but whose expression is restricted to this type of cell by the third instar larval stage (Brockmann et al., 2011; Dominguez-Cejudo and Casares, 2015; Ariss et al., 2018).

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olfactory receptor neuron of dorsal organ [FBbt_00007190]

Odorant receptor expressing bipolar neuron whose dendrite innervates the central dome sensillum of the larval dorsal organ, whose cell body is part of the dorsal organ ganglion and whose axon is carried by the antennal nerve to innervate a larval antennal lobe glomerulus. There are 21 neurons of this type. They receive input from and send output to local neurons in the antennal lobe (Berck et al., 2016).

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ommatidial precursor cluster [FBbt_00001770]

A cluster of cells in the eye-disc that is the precursor to an adult ommatidium. Eventually there are approximately 750 ommatidial precursor clusters per eye-disc, the first forming at approximately 70hrs before pupation along the morphogenic furrow. A new row of adult ommatidial precursors then emerges from the morphogenic furrow roughly every 1.5 hours.

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only soma 17729029 (L1EM:17729029) [VFB_00102fh8]

mw brain neurons + SU, mw brain inventory, mw brain todo, mw left, BLAv1/2 L, VLP d, BLAv1/2 l L, AUTO ascending neurons, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, #5T, mw gap severe, less than 150nm length, mw brain neurons + sensories, mw brain unpaired todo 1-13-20, VLPl*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *BLAv12_ant_l akira, mw brain ipsilateral, mw brain matrix + A1, VLPlat L, mw brain matrix and A1, mw brain paper all neurons, mw brain incomplete, mw unpaired 2021-04-13, mw missing axon, mw missing dendrite, stable, mw brain unreviewed, mw brain very incomplete, mw brain and inputs, mw left incomplete, ND_published, ND_all published et al [only soma 17729029 (L1EM:17729029); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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optic lobe neuroepithelial cell [FBbt_00111738]

A cell with epithelial properties and a columnar morphology that will give rise to the neuroblasts of the larval optic anlagen (inner and outer). It divides symmetrically until a subset of these cells, in the medial region of the optic anlage, gives rise to neuroblasts. These neuroblasts then divide asymmetrically to generate the neurons of the adult optic lobe. This fate transition happens from the second larval instar. Once it takes place, the neuroblasts accumulate in the medial region of the optic anlage.

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optic lobe pioneer neuron [FBbt_00003703]

Neuron located in the distal region of the optic lobe (Tix et al., 1989), which persists through development and pioneers Bolwig’s nerve. In the developing optic lobe, at larval stage, this group of three neurons are fully differentiated before there is any detectable fiber growth in the rest of the optic lobe. Following this, other neuron projections from the optic lobe follow the same path as these pioneers and fasciculate to form Bolwig’s nerve (Tix et al., 1989). They have their cell bodies located together on the ventrolateral side of the larval optic neuropil (Larderet et al., 2017). Tix et al., (1989) state that in 57 out of 62 third instar larval brain samples only three optic pioneer neurons were observed. However, they found three brains showing four of these neurons, and two cases displaying only two. Larderet et al., 2017 also found variability - three in the left hemisphere, four in the right hemisphere.

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optic lobe pioneer neuron 1 [FBbt_00003704]

One of the three optic lobe pioneer neurons, which persist through development (Tix et al., 1989). In the larva, this is a cholinergic cell, with its cell body on the ventrolateral side of the optic neuropil, whose dense arbors are fully contained within the optic neuropil (Larderet et al., 2017). It is synapsed by Rh6 photoreceptor neurons and it synapses onto larval visual projection interneurons (Larderet et al., 2017). 1/2/3 designation appears to be arbitrary and is not used by authors [FBC:CP].

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optic lobe pioneer neuron 2 [FBbt_00003705]

One of the three optic lobe pioneer neurons, which persist through development (Tix et al., 1989). In the larva, this is a glutamatergic cell, with its cell body on the ventrolateral side of the optic lobe, whose dense arbors are fully contained within the optic lobe (Larderet et al., 2017). It is synapsed by Rh6 photoreceptor neurons and it synapses onto larval visual projection interneurons (Larderet et al., 2017). 1/2/3 designation appears to be arbitrary and is not used by authors [FBC:CP]. There are sometimes two of these cells in one hemisphere (Larderet et al., 2017).

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optic lobe pioneer neuron 3 [FBbt_00003706]

One of the three optic lobe pioneer neurons, which persist through development (Tix et al., 1989). This is a projection neuron that receives input in the larval optic neuropil and has outputs in the lower lateral horn (Larderet et al., 2017). 1/2/3 designation appears to be arbitrary and is not used by authors [FBC:CP].

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Optix-expressing compartment of the outer optic anlage [FBbt_00047465]

Subset of the neuroepithelium of the larval outer optic anlage that expresses Optix. There are two symmetrical regions per outer optic anlage, distinct from the regions that express Vsx1. Neurons of the Optix-expressing lineage form much of the medulla and part of the lamina. Cells from this compartment do not migrate across the clearly-defined regional boundaries.

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outer layer of the larval mushroom body [FBbt_00110201]

Outer layer of the third instar larval mushroom body, encompassing the pedunculus and lobes. It is surrounded by the surface layer. Part of the larval-born gamma type Kenyon cells are contained in this layer. This layer was identified by staining with a FasII antibody. The outer layer is FasII-positive, and displays the strongest labelling. At the second larval instar, the outer and inner layers are part of the same middle layer (Pauls et al., 2010; Kurusu et al., 2002).

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outer optic anlage neuroblast [FBbt_00007418]

A neuroblast that is located in the larval outer optic anlage and that will give rise the to neurons of the adult lamina and outer medulla. It develops from a neuroepithelial cell in the medial region of the outer optic anlage. Neuroblasts in the medial edge give rise to the outer medulla neurons, whereas neuroblasts at the lateral edge give rise to lamina neurons.

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Output of Munin 3 left - PAIR #1 (L1EM:3931398) [VFB_00102ejv]

Output, Hugin synaptic partners, cuff DALcm t, r lineage 11, WB_CP4 L, paired with #3793760, CPd_l akira, downstream PL, hemilateral_pair_3793760_3931398, mw brain neurons, mw brain neurons + SU, SH_T1down, mw brain inventory, mw left, mw draft complete, mw axon split complete, mw brain neurons split, SMP IPA com, mw colored-matrix-2019-09-12, SEC, #4T, mw brain neurons + sensories, mw brain crosses commissure, SMP IPA com, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw ad hubs_in, mw 14540633 downstream partners, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, sw:brain_paired:L, sw;brainpair;L, mw mechano-II/III 2nd_order, mw mechano-II/III 2nd_order PN-old, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 65_level-7_clusterID-152_walksort-0.723, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 67_level-7_clusterID-183_signal-flow_-0.529, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, mw CPd for nadine, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs [Output of Munin 3 left - PAIR #1 (L1EM:3931398); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Output of Munin 3 right - PAIR #1; CP4 9 (L1EM:3793760) [VFB_00102efy]

Output, Hugin synaptic partners, Cluster of MBE4s, WB_CP4 R, WB_DAMv12 R, AS ; Right, paired with #3931398, CPd, CPd_r akira, ASB Downstream of Ipsi Bridges Right, hemilateral_pair_3793760_3931398, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, mw draft complete, mw axon split complete, SMP IPA com, mw brain neurons split, #4, mw colored-matrix-2019-09-12, SEC, mw brain neurons + sensories, mw brain crosses commissure, SMP IPA com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, Imambocus et al, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw ad hubs_in, mw 14540633 downstream partners, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw mechano-II/III 2nd_order, mw mechano-II/III 2nd_order PN-old, mw dSEZ-feedback-2hop 2022-03-15, mw interhemispheric integration 3-hop, sw;pairs;R, upFBPBs, downMBONs, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 65_level-7_clusterID-152_walksort-0.723, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 67_level-7_clusterID-183_signal-flow_-0.529, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, mw CPd for nadine, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; EM L1 Imambocus et al., 2022; embryonic/larval nervous system; Output of Munin 3 right - PAIR #1; CP4 9 (L1EM:3793760); is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia]

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Output of PC Hugin left (L1EM:3944330) [VFB_00102ejx]

Output, Hugin synaptic partners, WB_BAmd1 L, DNs akira-2, MB2IN19U, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw mixed lineage neurons, Fragments 2014-01-18 14:57, mw gap, mw draft complete, mw axon split complete, BAmd2 L, VMC SEZ com, mw brain neurons split, #4T, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dSEZ, mw brain crosses commissure, VMC SEZ com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ 2nd_order, mw dVNC 2nd_order, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, VMCm L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *BAmd2_v_l akira, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw mechano-II/III 3rd_order, sw;pairs;L, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 42_level-6_clusterID-76_signal-flow_-0.513, 65_level-7_clusterID-76_signal-flow_-0.513, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; Output of PC Hugin left (L1EM:3944330); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Output of PC Hugin right (L1EM:15732050) [VFB_00102f6k]

WB_BAmd1 R, BAmd2, BAmd2 v, BAmd2_v_r akira, ASB right, mw brain neurons, mw brain neurons + SU, BAmd2 R, mw brain inventory, mw right, mw mixed lineage neurons, mw gap, mw draft complete, VMC SEZ com, mw axon split complete, mw brain neurons split, #4, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dSEZ, mw brain crosses commissure, VMC SEZ com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ 2nd_order, mw dVNC 2nd_order, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, VMCm, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw mechano-II/III 3rd_order, sw;pairs;R, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 42_level-6_clusterID-76_signal-flow_-0.513, 65_level-7_clusterID-76_signal-flow_-0.513, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; Output of PC Hugin right (L1EM:15732050); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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output to SEZ left (L1EM:19054481) [VFB_00102fkt]

Avi_Matt_Doe neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, DPMm1_l akira, MN-Sens-Int-2, mw left, mw axon split complete, mw brain neurons split, DILP L, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, Chiasm MBDL, NON-IPC, mw brain neurons + sensories, mw dSEZ, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain contralateral, #13T, SMP TR com ncc2, mw brain matrix + A1, SMP comp L, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw contralateral dendrite, mw contralateral axon, stable, mw pre-dSEZ, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 5_level-7_clusterID-147_signal-flow_1.320, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; output to SEZ left (L1EM:19054481); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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output to SEZ right (L1EM:17351780) [VFB_00102fdo]

WB_DPMm1 R, CX columns akira, DPMm1_r akira, downstream of AN-B2, downstream of AN-B1, DSB2B, downstream of B1 and B2, downstream of SCAL, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, MN-Sens-Int-2, mw right, mw axon split complete, mw brain neurons split, DILP R, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, NON-IPC, mw brain neurons + sensories, mw dSEZ, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain contralateral, #13, SMP TR com ncc2, mw brain matrix + A1, SMP comp, mw check dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw contralateral dendrite, mw contralateral axon, stable, mw pre-dSEZ, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 5_level-7_clusterID-147_signal-flow_1.320, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; output to SEZ right (L1EM:17351780); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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P2l fiber tract founder cluster [FBbt_00001609]

Fiber tract founder cluster located at the junction between the protocerebrum and the deutocerebrum. Along with the P2m founder cluster, fibers from the P2l form a transverse track that pioneers the supraesophageal commissure. This cluster derives from the Dc1 or the Dc2 lineage. See Nassif et al., (1998) for a schematic view of founder cluster location.

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P4l fiber tract founder cluster [FBbt_00001613]

Fiber tract founder cluster located in the protocerebrum posterior to founder cluster P3m. Along with founder clusters P5l and P5m, fibers developing from the P4l fiber tract founder cluster pioneer a lateral component of the protocerebral connective. See Nassif et al., (1998) for a schematic view of founder cluster location.

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P4m fiber tract founder cluster [FBbt_00001614]

The P4m fiber tract founder cluster in a relatively large group of neurons situated posterior to the P3m founder cluster in the medial cortex of the supraesophageal ganglion. Fibers originating from this cluster pioneer a medial component of the protocerebral connective. See Nassif et al., (1998) for a schematic view of founder cluster location.

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P5l fiber tract founder cluster [FBbt_00001615]

The P5l fiber tract founder cluster is located in the posterior-ventral region of the protocerebrum, adjacent to the optic lobes. Along with founder clusters P4l and P5m, fibers developing from the P5l fiber tract founder cluster pioneer a lateral component of the protocerebral connective. See Nassif et al., (1998) for a schematic view of founder cluster location.

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P5m fiber tract founder cluster [FBbt_00001616]

The P5m fiber tract founder cluster is located in the posterior-ventral region of the protocerebrum, adjacent to the optic lobes. Along with founder clusters P4l and P5l, fibers developing from the P5m fiber tract founder cluster pioneer a lateral component of the protocerebral connective. See Nassif et al., (1998) for a schematic view of founder cluster location. Nassif et al., (1998) claim that double immunolabelling with Mab22C10 and Fas2 reveals that the P5m fiber tract founder cluster correspond to the ‘optic lobe pioneers’.

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Pad1 neuroblast [FBbt_00005842]

Neuroblast 1 of the dorsal anterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pad10 neuroblast [FBbt_00005851]

Neuroblast 10 of the dorsal anterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pad11 neuroblast [FBbt_00005852]

Neuroblast 11 of the dorsal anterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pad12 neuroblast [FBbt_00005853]

Neuroblast 12 of the dorsal anterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pad13 neuroblast [FBbt_00005854]

Neuroblast 13 of the dorsal anterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pad14 neuroblast [FBbt_00005855]

Neuroblast 14 of the dorsal anterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pad15 neuroblast [FBbt_00005856]

Neuroblast 15 of the dorsal anterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pad16 neuroblast [FBbt_00005857]

Neuroblast 16 of the dorsal anterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pad17 neuroblast [FBbt_00005858]

Neuroblast 17 of the dorsal anterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pad18 neuroblast [FBbt_00005859]

Neuroblast 18 of the dorsal anterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pad2 neuroblast [FBbt_00005843]

Neuroblast 2 of the dorsal anterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pad3 neuroblast [FBbt_00005844]

Neuroblast 3 of the dorsal anterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pad4 neuroblast [FBbt_00005845]

Neuroblast 4 of the dorsal anterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pad5 neuroblast [FBbt_00005846]

Neuroblast 5 of the dorsal anterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pad6 neuroblast [FBbt_00005847]

Neuroblast 6 of the dorsal anterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pad7 neuroblast [FBbt_00005848]

Neuroblast 7 of the dorsal anterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pad8 neuroblast [FBbt_00005849]

Neuroblast 8 of the dorsal anterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pad9 neuroblast [FBbt_00005850]

Neuroblast 9 of the dorsal anterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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PaN Hugin Input 6 - paired with 1 - gap crossings unfinished (L1EM:4641120) [VFB_00100790]

[PaN Hugin Input 6 - paired with 1 - gap crossings unfinished (L1EM:4641120); transmission electron microscopy (TEM); larval prothoracic accessory nerve sensory neuron; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia]

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paraesophageal ganglion [FBbt_00002635]

Small ganglion of the embryonic/larval stomatogastric nervous system located on the right hand side of the larva, between the two brain hemispheres, behind the supraesophageal commissure. It is elongated, less compact than the hypoesophageal ganglion and occupies a more ventral position, closely attached to the esophageal wall. It contains 10-12 neurons.

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Pav1 neuroblast [FBbt_00005862]

Neuroblast 2 of the ventral anterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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pCC neuron [FBbt_00001448]

Interneuron that is born from the first GMC to bud from neuroblast NB1-1 (GMC1-1a) and is part of the Notch ON hemilineage (Skeath and Doe, 1998). Its large, round cell body is located just posterior, medial and ventral to its sibling, the MN-DA1 (aCC) motor neuron (FBbt:00001447). It extends a neurite anteriorly along one of the longitudinal fascicles (Doe et al., 1988). It expresses even-skipped (Manning et al., 2012).

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Pcd1 neuroblast [FBbt_00005864]

Neuroblast 1 of the dorsal central protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pcd10 neuroblast [FBbt_00005880]

Neuroblast 10 of the central dorsal protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pcd11 neuroblast [FBbt_00005881]

Neuroblast 11 of the central dorsal protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pcd12 neuroblast [FBbt_00005989]

Neuroblast 12 of the dorsal central protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pcd13 neuroblast [FBbt_00005990]

Neuroblast 13 of the dorsal central protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pcd14 neuroblast [FBbt_00005991]

Neuroblast 14 of the dorsal central protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pcd15 neuroblast [FBbt_00005992]

Neuroblast 15 of the dorsal central protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pcd16 neuroblast [FBbt_00005993]

Neuroblast 16 of the dorsal central protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pcd17 neuroblast [FBbt_00005994]

Neuroblast 17 of the dorsal central protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pcd18 neuroblast [FBbt_00005995]

Neuroblast 18 of the dorsal central protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pcd19 neuroblast [FBbt_00005996]

Neuroblast 19 of the dorsal central protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pcd2 neuroblast [FBbt_00005865]

Neuroblast of the dorsal central protocerebrum (Urbach et al., 2003) that produces larval Kenyon cells that have their cell bodies in a relatively dorsal cluster (Kunz et al., 2012). It also produces non-Kenyon cells (Kunz et al., 2012). Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pcd20 neuroblast [FBbt_00005997]

Neuroblast 20 of the dorsal central protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pcd21 neuroblast [FBbt_00005998]

Neuroblast 21 of the dorsal central protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pcd3 neuroblast [FBbt_00005866]

Neuroblast 3 of the dorsal central protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pcd4 neuroblast [FBbt_00005867]

Neuroblast of the dorsal central protocerebrum (Urbach et al., 2003) that produces larval Kenyon cells that have their cell bodies in a relatively posterior cluster (Kunz et al., 2012). It also produces non-Kenyon cells, including a characteristic primary neuron that projects to the ventral nerve cord (Kunz et al., 2012). Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pcd5 neuroblast [FBbt_00005868]

Neuroblast 5 of the dorsal central protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pcd6 neuroblast [FBbt_00005869]

Neuroblast 6 of the dorsal central protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pcd7 neuroblast [FBbt_00005870]

Neuroblast 7 of the dorsal central protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pcd8 neuroblast [FBbt_00005871]

Neuroblast 8 of the dorsal central protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pcd9 neuroblast [FBbt_00005879]

Neuroblast of the central dorsal protocerebrum (Urbach et al., 2003) that produces larval Kenyon cells that have their cell bodies in a relatively ventral, lateral cluster (Kunz et al., 2012). It also produces non-Kenyon cells (Kunz et al., 2012). Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pcv1 neuroblast [FBbt_00006000]

Neuroblast 1 of the ventral central protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pcv2 neuroblast [FBbt_00005894]

Neuroblast 2 of the central ventral protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pcv3 neuroblast [FBbt_00005895]

Neuroblast 3 of the central ventral protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pcv4 neuroblast [FBbt_00005896]

Neuroblast 4 of the central ventral protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pcv5 neuroblast [FBbt_00006002]

Neuroblast 5 of the ventral central protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pcv6 neuroblast [FBbt_00006003]

Neuroblast 6 of the ventral central protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pcv7 neuroblast [FBbt_00006004]

Neuroblast 7 of the ventral central protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pcv8 neuroblast [FBbt_00006005]

Neuroblast 8 of the ventral central protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Pcv9 neuroblast [FBbt_00006006]

Neuroblast of the ventral central protocerebrum (Urbach et al., 2003) that produces larval Kenyon cells that have their cell bodies in a relatively medial cluster (Kunz et al., 2012). It also produces non-Kenyon cells, including a characteristic type of primary neuron that exits the mushroom body pedunculus at the spur region and does not innervate the lobes (Kunz et al., 2012). Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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PDL005-like left (L1EM:4607160) [VFB_00102ekz]

Matching Downstream Neurons, thermo, Pre-Conv-13, WB_DPLm L, Pre-MBONs-31, downstream of left uPN, PDL005-like pair, potential pairs ds thermo PNs >= 5, m reviewed, LHNs, axoDen mPNs, axoDen tPNs, mLHNs, tLHNs, putative LHN, DPLm1_l akira, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, IPL/M IPA, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain ipsilateral, SLP/SMP IPA, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 16486385 ds ipsilateral partners, mw 16486385 ds contralateral partners, stable, DPLm1 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; PDL005-like left (L1EM:4607160); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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PDL005-like right- (D CB)2 Right (L1EM:9287199) [VFB_00102et6]

To Give To Fragments, Pre-Conv-13, WB_DPLm R, Pre-MBONs-31, *DPLm_r akira, DPLm1, DPLm1_r akira, downstream of mPN iACT A3 right, connect to locked, connect to locked MBE20, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, ASB No Way Out A3 5, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, unpaired ds mPNs right >= 3 synapses individual, PDL005-like pair, potential pairs ds thermo PNs >= 5, LHNs, axoDen mPNs, axoDen tPNs, mLHNs, tLHNs, putative LHN, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, IPL/M IPA, mw axon split complete, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain ipsilateral, SLP/SMP IPA, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 16486385 ds ipsilateral partners, mw 16486385 ds contralateral partners, stable, DPLm1 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [PDL005-like right- (D CB)2 Right (L1EM:9287199); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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PDL1_left (L1EM:17420035) [VFB_00102ff9]

MB calyx after gap, downstream of mPN iACT A2 left, pairs ds thermo PNs >= 5, potential pairs ds thermo PNs >= 5, pairs ds olfactory mPNs >=5 synapses individual, small fragment, LHNs, axoAxo mPNs, axoDen tPNs, axoDen vPNs, tLHNs, vLHNs, putative LHN, PDL1 pair, DPLm2_l akira, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, SLP, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain ipsilateral, SLP, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 5745110 us partners, stable, mw ds-vPNs, mw ds-tPNs, mw LHN, mw 9792178 upstream partners, DPLm2 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw thermo-cold 3rd_order, mw LHN-vPN and LHN-tPN, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; PDL1_left (L1EM:17420035); VFB CATMAID L1 CNS]

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PDL1_right (L1EM:8705088) [VFB_00102erg]

incomplete neurons with soma, Brain, Posterior, WB_DPLm R, DPLm2_r akira, downstream of mPN iACT A2 right, ASB LH Interneuron, ASB Right PN-LH Input, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li temp upn downstream all non local, ds olfactory mPNs >=5 synapses individual, pairs ds thermo PNs >= 5, potential pairs ds thermo PNs >= 5, pairs ds olfactory mPNs >=5 synapses individual, m reviewed, small fragment, upstream PL, LHNs, axoAxo mPNs, axoDen tPNs, axoDen vPNs, tLHNs, vLHNs, putative LHN, PDL1 pair, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, SLP, mw axon split complete, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, Pankratz pre, mw brain ipsilateral, SLP, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 5745110 us partners, stable, mw ds-vPNs, mw ds-tPNs, mw LHN, mw 9792178 upstream partners, DPLm2 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw thermo-cold 3rd_order, mw LHN-vPN and LHN-tPN, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [PDL1_right (L1EM:8705088); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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PDM1 left (L1EM:8203947) [VFB_00102eq8]

CM4 r diff cells, WB_CM4 L, At Gap, ASB left, CM4-dm_l akira, ASB TODO B2 right, ASB Right PN-LH Input, downstream of mPN, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, mw paired 160, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, m reviewed, potential pairs ds visual PNs >= 5, S6A2ai, pairs ds mPNs >= 10, LHNs, axoAmb mPNs, mLHNs, putative LHN, hemilateral_pair_8203947_17952967, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, IP com, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPL/M com, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, lv R TOONs minus ORN PNs and KCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, mw 18500915 us partners, stable, mw ad hubs_in, mw ds-vPNs, mw LHN, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, mw brain open-ends 3, sw:brain_paired:L, sw;brainpair;L, sw;deviant;L, sw;3dev;L, CCWA09Input, CCWA09input, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw noci 3rd_order, mw thermo-warm 3rd_order, mw LHN-vPN, sw;pairs;L, downFBMBONs, upFBMBONs, downMBONs, sw;mdev3, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, remove FB.d, mw FBN-cluster 48_level-7_clusterID-170_walksort-0.540, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 27_level-6_clusterID-108_signal-flow_0.011, 47_level-7_clusterID-176_signal-flow_0.010, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; PDM1 left (L1EM:8203947); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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PDM1 right (L1EM:17952967) [VFB_00102fj0]

#2 MB PN target neurons, ASB TODO, Larisa PVL09 downstream, det pair, CM4-dm_r akira, CM4 l diff cells, li all neurons worked on since Feb 25th, cuff t, HC ; Right, Alex Now Way Out, fragments downstream pvl09, ASB TODO 1, WB_CM4 R, nadia, central complex layers PB FB EB, Nest region, ML 1+0 DPMpm d 1 dor comm ; CM4 dor ant 11 TODO, CX columns akira, DALv2/3 Target Neurons, MBE11 and 12, ASB No Way Out 11, LNM_down_octop, Larisa fragment to solve, CM4 LH neurons, Frag, downstream of handlebar-like, ASB Right PN-LH Input, downstream of mPN, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, ASB No Way Out 40, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, unpaired ds mPNs right >= 5 synapses individual, mw paired 160, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, potential pairs ds visual PNs >= 5, S6A2ai, pairs ds mPNs >= 10, LHNs, axoAmb mPNs, mLHNs, putative LHN, hemilateral_pair_8203947_17952967, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, IP com, mw axon split complete, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPL/M com, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, lv R TOONs minus ORN PNs and KCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, mw 18500915 us partners, stable, mw ad hubs_in, mw ds-vPNs, mw LHN, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, sw:brain_paired:R, sw;brainpair;R, sw;deviant;R, sw;3dev;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw noci 3rd_order, mw thermo-warm 3rd_order, mw LHN-vPN, sw;pairs;R, downFBMBONs, upFBMBONs, downMBONs, sw;mdev3, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, remove FB.d, mw FBN-cluster 48_level-7_clusterID-170_walksort-0.540, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 27_level-6_clusterID-108_signal-flow_0.011, 47_level-7_clusterID-176_signal-flow_0.010, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd LHNs, ct LHNs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; PDM1 right (L1EM:17952967); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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peptidergic with docked vesicles_left (L1EM:8755914) [VFB_00102ero]

left, MB calyx after gap, PVM010, Descending Neurons, VMT, DNs akira-2, li temp 5 more with single mPN, mw paired 6, pair of ds mPN right >= 5, m reviewed, pairs ds mPNs >= 10, LHNs, axoDen mPNs, mLHNs, putative LHN, CPf_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, AUTO descending neurons to VNC, CP1 v L, IPL/M desc, #8T, mw colored-matrix-2019-09-12, Avi 122, mw brain neurons + sensories, mw dVNC, IPL/M desc, mw brain matrix, mw brain ipsilateral, mw dVNC medial_ventral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain open-ends 3, sw:brain_paired:L, sw;brainpair;L, sw;deviant;L, sw;3dev;L, CCWA09Input, lv dVNC to A8+A9, CCWA09input, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dVNC not to A1, mw interhemispheric integration 2-hop, sw;pairs;L, mw candidate speed-modulation, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw 19880740 downstream partners, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; peptidergic with docked vesicles_left (L1EM:8755914); VFB CATMAID L1 CNS]

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peptidergic with docked vesicles_right (L1EM:8741619) [VFB_00102ern]

right, PVM010, Descending Neurons, VMT, downstream of mPN iACT A3 right, downstream of handlebar-like, ASB Right PN-LH Input, connect to locked, connect to locked MBE20, DNs akira-2, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, frag, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, ASB No Way Out A3 3, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, li temp upn downstream all non local, mw paired 6, paired ds mPNs right >= 5 synapses individual, paired ds mPNs right >= 10 synapses individual, pairs ds mPNs >= 10, MacLeod, LHNs, axoDen mPNs, mLHNs, putative LHN, CPf_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, mw axon split complete, mw brain neurons split, cyan, T1 8 Cyan, T1 13 Pink, CP1 v R, IPL/M desc, #8, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, mw brain neurons + sensories, mw dVNC, IPL/M desc, mw brain matrix, mw brain ipsilateral, mw dVNC medial_ventral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, screen-list-zqh, stable, sw:brain_paired:R, sw;brainpair;R, sw;deviant;R, sw;3dev;R, CCWA09Input, lv dVNC to A8+A9, CCWA09input, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dVNC not to A1, mw interhemispheric integration 2-hop, sw;pairs;R, mw candidate speed-modulation, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw 19880740 downstream partners, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; peptidergic with docked vesicles_right (L1EM:8741619); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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period-positive median segmental interneuron [FBbt_00111047]

Glutamatergic, period-expressing, interneuron of the larval ventral nerve cord whose soma is located near the ventral midline of each segment (Kohsaka et al., 2014; Kohsaka et al., 2019). Its axon projects dorsally toward the dorsal midline, turns laterally and extends toward the lateral edge of the neuropil; it then makes a loop around the DL fascicle and projects back medially (Kohsaka et al., 2014; Kohsaka et al., 2019). Its terminals are mainly found in the dorsal neuropil region of the same segment as its soma (Kohsaka et al., 2014). There are around 10 of these interneurons in each hemineuromere (Kohsaka et al., 2014; Kohsaka et al., 2019), which develop from the NB2-1 neuroblast (Kohsaka et al., 2019; Mark et al., 2021). Kohsaka et al. (2014) and Kohsaka et al. (2019) claim there are only 10 PMSI neurons per hemineuromere (A02a-j). McNamee et al. (2016) - FBrf0232247 and Mark et al. (2021) seem to consider all lineage 2 neurons to be PMSIs (despite some lacking the characteristic dorsal loop).

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peripheral cell [FBbt_00110875]

A cell in the larval midgut and early pupal midgut that extends its processes around the midgut imaginal islands (Mathur et al., 2010). These cells are formed at late second larval instar, usually by the first, asymmetric, division of an adult midgut progenitor cell (AMP) (Mathur et al., 2010). There is usually one peripheral cell per imaginal island (Mathur et al., 2010). These cells undergo apoptosis shortly after pupariation (0-2h APF) and do not contribute to the adult midgut (Mathur et al., 2010). Peripheral cells act as a niche for AMPs to keep them undifferentiated until metamorphosis (Mathur et al., 2010). These cells can be identified by their expression of a Su(H)GBE reporter, indicating active Notch signalling (Mathur et al., 2010).

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peripodial epithelium [FBbt_00001762]

A squamous epithelium that makes up one side of the epithelial sac of which each imaginal disc consists, with the other side being the columnar epithelium that will form the main adult structure generated by the disc (Gibson et al., 2000). The anterior-posterior compartment boundary of each disc runs through the middle of this epithelium. During the third larval instar stage, some of the cells in this epithelium send out long processes, known as lumenal extensions, which traverse the disc lumen to contact the columnar cells cells of the disc (Gibson et al., 2000). During metamorphosis, peripodial epithelia tend to give rise to parts of the body wall integument (Milner et al., 1984; Gibson et al., 2000).

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pharyngeal branch [FBbt_00000394]

Embryonic/larval trachea that arises from a bifurcation of the cerebropharyngeal branch and targets (tracheates) the pharynx. To note that the dorsal cervical anterior pupal trachea (FBbt:00002966) corresponds to the pupal cerebral branch, not the pharyngeal branch, following figure 23 in of Manning and Krasnow, 1993 (FlyBase:FBrf0064787) and figure 2 of Whitten (1957) (FlyBase:FBrf0011558).

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photoreceptor cell of Bolwig organ [FBbt_00007253]

Photoreceptor cell that is part of a Bolwig’s organ. Unlike the photoreceptors of the adult eye, eyelet and ocellus, these photoreceptors do not contain rhabdomeres, but instead have apical surfaces which are folded into numerous microtubule containing lamellae (Green et al., 1993). There are around 12 of these per hemisphere and their axons enter the brain ventrolaterally via the Bolwig nerve and terminate in the larval optic neuropil (Larderet et al., 2017). Because of their structure, these photoreceptors may be considered cilium-like (Green et al., 1993).

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pit sensillum T1 [FBbt_00002701]

The most ventral of the five pit sensilla located in the distal region of the terminal organ, on the head of the embryo/larva. It is innervated by three dendrites, one of which terminates more proximally and ends with a tubular body, indicative of mechanosensation, the other two are the chemosensitive gustatory receptor C10 and C11 neurons (Rist and Thum, 2017).

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pit sensillum T5 [FBbt_00002705]

One of the five pit sensilla located in the distal region of the terminal organ, on the head of the embryo/larva. It is distal to pit sensillum T4. It is innervated by three dendrites, one of which terminates more proximally and ends with a tubular body, indicative of mechanosensation and one of which is gustatory receptor neuron C4 (Rist and Thum, 2017).

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plume left; Left Bridge IV ???? (L1EM:16637377) [VFB_00102fa9]

MB calyx after gap, plume, WB_DPLl L, CK ; Left, Ingrid Name, Pre-MBONs-18, DPLl_l akira, downstream of mPN iACT A2 left, downstream of left uPN, ASB PN-Dorsal Lobe, li left uPN everything less than 90% reviewed, except “kc frag”, li temp everything downstream of left upn with 3 synapses combined, li temp left side left, mw paired 79, mw paired 100, pair of ds mPN right >= 5, potential pair of ds mPN right >= 5, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, li temp possible pair - 23, hemilateral_pair_7962986_16637377, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, DPLl1-3 p L, IPL d IPA, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 11782821 ds contralateral partners, stable, mw 15566333 upstream partners, mw brain reviewed <80%, SLP IPA 3, DPLl1-3 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, upFBMBONs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; plume left; Left Bridge IV ???? (L1EM:16637377); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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plume right (L1EM:7962986) [VFB_00102epn]

off lower loopy L, plume, locked, WB_DPLl R, Pre-MBONs-18, DPLl_r akira, downstream of mPN, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li left uPN everything less than 90% reviewed, except “kc frag”, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, li temp upn downstream all non local, mw paired 100, paired ds mPNs right >= 5 synapses individual, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, hemilateral_pair_7962986_16637377, mw brain neurons, mw brain neurons + SU, DPLl1-3 p R, mw brain inventory, mw draft complete, mw right, mw axon split complete, IPL d IPA, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 11782821 ds contralateral partners, stable, mw 15566333 upstream partners, mw brain reviewed <80%, DPLl1-3 R, SLP IPA 3, mw backup locked, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, upFBMBONs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; plume right (L1EM:7962986); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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PM neuron [FBbt_00001580]

Neuron that is part of a cluster of 10-12 eagle (FBgn0000560) expressing neurons deriving from multiple neuroblasts. These neurons develop form the same cluster as EG neurons, but leave the cluster in early stage 13. At embryonic stage 15, these neurons are found just medial to the EG cluster, both anterior and posteriorly. It might correspond to a motorneuron, as at stages 14-15, the axon projects caudally, turning laterally and exiting the CNS along the segmental nerve (Higashijima et al., 1996).

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PN (L1EM:13858824) [VFB_00102f2l]

CSD Related PN right, Andi AL, gap fragment, det pair, Check 49a PN-down, ASB right, Post-MBE18-36, Post-MBONs akira final, BAmv3_r akira, all PNs akira, MB2ON-124, connect to locked, connect to locked MBE20, downstream of mPN, RIGHT, ASB downstream of right mPNs, li temp upn downstream all non local, downstream of SCAL, paired with #17743170, left-right NBlast: 0.685363662969307, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, ORN-PN_KC_MBIN_MBON_FAN_FBN_FFN_akira, hemilateral_pair_13858824_17743170, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, MN-Sens-Int-2, mw right, BAlc R, CA LH mALT ug, mw axon split complete, mw brain neurons split, #4, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, AL CA SLP, AL CA SLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw MN PN, mw MN only PN, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Extended_avinash, stable, mw ad hubs_out, mw 4680995 upstream partners, mw ad all_hubs, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-external 2nd_order PN-old, sw;pairs;R, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_out, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 17_level-6_clusterID-100_signal-flow_0.497, 22_level-7_clusterID-165_signal-flow_0.653, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd PNs, ct PNs [PN (L1EM:13858824); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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PN (L1EM:17743170) [VFB_00102fi3]

BAmv3_l akira, Post-MBE18-36, Post-MBONs akira final, all PNs akira, MB2ON-124, Can’t reach, downstream of left uPN, LEFT, li temp 10 25 2016 below 1500 nodes all left downstream of all right orn pns, ASB downstream of right mPNs, ASB very large polysynaptic fragment, downstream of SCAL, paired with #13858824, left-right NBlast: 0.685363662969307, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, ORN-PN_KC_MBIN_MBON_FAN_FBN_FFN_akira, hemilateral_pair_13858824_17743170, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, BAlc L, CA LH mALT ug, mw brain neurons split, #4T, mw current paired, mw colored-matrix-2019-09-12, VOLKER CHECK, mw brain neurons + sensories, AL CA SLP, AL CA SLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw MN 2nd_order only, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw MN PN, mw MN only PN, mw brain ipsilateral, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Extended_avinash, stable, mw ad hubs_out, mw 4680995 upstream partners, mw ad all_hubs, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-external 2nd_order PN-old, sw;pairs;L, downMBONs, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_out, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 17_level-6_clusterID-100_signal-flow_0.497, 22_level-7_clusterID-165_signal-flow_0.653, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; PN (L1EM:17743170); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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PN (L1EM:3869488) [VFB_00102ejs]

Suckerfish PN, Temperature Neurons, Temperature Projection Neurons, BrunoThermo, ThermoPN20130726, ThermoLeft201309, ingrid27122, ThermoSensoryCircuit, Thermosensory PNs, suckerfish, CURRENT, Andi AL, det pair, WB_BAmv3 R, BAmv3 AL post, BAmv3_r akira, Calyx inputs final, all PNs akira, connect to locked, connect to locked MBE20, downstream of mPN, RIGHT, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, frag, li temp upn downstream all non local, downstream of SCAN3A, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, tPNs, hemilateral_pair_3869488_8293958, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, BAmv3 acc, BAmv3 acc R, mw axon split complete, mw brain neurons split, #5, mw colored-matrix-2019-09-12, TR SLP mALT, mw brain neurons + sensories, TR SLP, mw tPN, mw brain matrix, mw all PNs, mw brain ipsilateral, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ad hubs_out, mw ad all_hubs, lv_cb_pre, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw thermo-cold 2nd_order, mw gustatory-external 2nd_order PN-old, mw thermo-cold 2nd_order PN-old, sw;pairs;R, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 9_level-5_clusterID-53_signal-flow_0.718, 16_level-6_clusterID-97_signal-flow_0.534, 28_level-7_clusterID-159_signal-flow_0.421, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd PNs, ct PNs [PN (L1EM:3869488); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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PN (L1EM:8293958) [VFB_00102eqf]

Suckerfish PN, Temperature Neurons, Temperature Projection Neurons, Thermo20140103, ThermoSensoryCircuit, Thermosensory PNs, WB_BAmv3 L, BAmv3_l akira, all PNs akira, LEFT, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, downstream of SCAN3A, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, tPNs, hemilateral_pair_3869488_8293958, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, MN-Sens-Int-2, mw left, BAmv3 acc, BAmv3 acc L, mw axon split complete, mw brain neurons split, #5T, mw colored-matrix-2019-09-12, TR SLP mALT, mw brain neurons + sensories, TR SLP, mw tPN, mw brain matrix, mw all PNs, mw brain ipsilateral, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ad hubs_out, mw ad all_hubs, lv_cb_pre, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw thermo-cold 2nd_order, mw gustatory-external 2nd_order PN-old, mw thermo-cold 2nd_order PN-old, sw;pairs;L, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 9_level-5_clusterID-53_signal-flow_0.718, 16_level-6_clusterID-97_signal-flow_0.534, 28_level-7_clusterID-159_signal-flow_0.421, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; PN (L1EM:8293958); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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PN of GPhN to LH (left) (L1EM:3650006) [VFB_00102ejb]

AVM013 cluster, GPhN, downstream of GPhN, WB_BAla34 L, BAla34_l akira, downstream of mPN iACT A2 left, downstream of AN-B2, DSB2A, downstream of SCAN2A, downstream of SCAN3A, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, BAla3/4 L, mw left, TR VMC, mw axon split complete, mw brain neurons split, #7T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR VMC, mw brain matrix, mw AN_MN PN putative, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw MN PN, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw SEZ-center dendrite, mw degree 30-40, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw PNs to plot, mw 15686444 us partners, stable, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, sw;pairs;L, mw dSEZ-efference-1hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; PN of GPhN to LH (left) (L1EM:3650006); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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PN of GPhN to LH; in mACT(?) right (L1EM:15829660) [VFB_00102f6v]

GPhN, BAla34_r akira, ASB right, ASB GPNs TODO, downstream of AN-B2, DSB2A, PN of GPhN to LH, downstream of SCAN2A, downstream of SCAN3A, mw brain neurons, mw brain neurons + SU, Right, BAla3/4 R, mw brain inventory, mw complete, mw right, TR VMC, mw axon split complete, mw brain neurons split, #7, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR VMC, mw brain matrix, mw AN_MN PN putative, mw all PNs, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw AN PN, mw MN PN, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw SEZ-center dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw PNs to plot, mw 15686444 us partners, stable, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, mw gustatory-external 2nd_order PN-old, mw gustatory-pharyngeal 2nd_order PN-old, sw;pairs;R, mw dSEZ-efference-1hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 25_level-6_clusterID-65_signal-flow_0.170, 31_level-7_clusterID-117_signal-flow_0.340, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; PN of GPhN to LH; in mACT(?) right (L1EM:15829660); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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posterior ellipsoid body primordium [FBbt_00051445]

Posterior part of the primordium of the ellipsoid body in the larval brain (Lovick et al., 2017). It is formed by dense, anteriorly directed filopodial tufts emerging from the dense posterior plexus of the fan-shaped body primordium (Lovick et al., 2017). It separates from the fan-shaped body primordium during metamorphosis and merges with the anterior part of the ellipsoid body primordium (Lovick et al., 2017).

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posterior spiracular gland [FBbt_00000435]

Spiracular gland of the posterior spiracle. It is a single, elongated and club-shaped cell with a polytene nucleus. It has an efferent duct leading to a very small opening in the spiracular plate near the outer edge of the spiracular opening. There are three of these glands per spiracle. The third duct (and spiracular opening) is absent in first instar larva (Whitten, 1980).

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potential sensory fragment (L1EM:15304721) [VFB_00102egn]

sam_working2, A1R, green, VLB R at 2400, Imambocus et al, mw A1 wider set, mw A1 neurons, ND_all published et al [EM L1 Imambocus et al., 2022; potential sensory fragment (L1EM:15304721); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Ppd1 neuroblast [FBbt_00005924]

Neuroblast 1 of the posterior dorsal protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Ppd10 neuroblast [FBbt_00005936]

Neuroblast 10 of the dorsal posterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Ppd11 neuroblast [FBbt_00005937]

Neuroblast 11 of the dorsal posterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Ppd12 neuroblast [FBbt_00005938]

Neuroblast 12 of the dorsal posterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Ppd13 neuroblast [FBbt_00005939]

Neuroblast 13 of the dorsal posterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Ppd14 neuroblast [FBbt_00005940]

Neuroblast 14 of the dorsal posterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Ppd15 neuroblast [FBbt_00005941]

Neuroblast 15 of the dorsal posterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Ppd16 neuroblast [FBbt_00005942]

Neuroblast 16 of the dorsal posterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Ppd17 neuroblast [FBbt_00005943]

Neuroblast 17 of the dorsal posterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Ppd18 neuroblast [FBbt_00005944]

Neuroblast 18 of the dorsal posterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Ppd19 neuroblast [FBbt_00005945]

Neuroblast 19 of the dorsal posterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Ppd2 neuroblast [FBbt_00005872]

Neuroblast 2 of the posterior dorsal protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Ppd20 neuroblast [FBbt_00005946]

Neuroblast 20 of the dorsal posterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Ppd3 neuroblast [FBbt_00005873]

Neuroblast 3 of the posterior dorsal protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Ppd4 neuroblast [FBbt_00005930]

Neuroblast 4 of the posterior dorsal protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Ppd5 neuroblast [FBbt_00005931]

Neuroblast 5 of the dorsal posterior protocerebrum (Urbach et al., 2003). It generates ring neurons and neurons that project to the superior protocerebrum (Bridi et al., 2019). Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo. Bridi et al. (2019) suggest that Ppd5 corresponds to EBa1/p1 and DALv2/3.

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Ppd6 neuroblast [FBbt_00005932]

Neuroblast 6 of the dorsal posterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Ppd7 neuroblast [FBbt_00005933]

Neuroblast 7 of the dorsal posterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Ppd8 neuroblast [FBbt_00005934]

Neuroblast 8 of the dorsal posterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Ppd9 neuroblast [FBbt_00005935]

Neuroblast 9 of the dorsal posterior protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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PPLV-1 left (L1EM:4637677) [VFB_00102el1]

Matching Downstream Neurons, Common dwnst partners of left pdfLNs, ThermoSensoryCircuit, oPAT, WB_BLVa L, BLP1/2_l akira, Neuron 17487345, BLP34_l akira, downstream of mPN iACT A2 left, ASB TODO A2 left, ASB downstream of right mPNs, ASB Unresolvable Frag 11041637, PPLV-1 pair, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, BLP3/4 a L, mw axon split complete, mw brain neurons split, SLP, #3T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw brain neurons + sensories, SLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain strahler >2 reviewed, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, sw:brain_paired:L, sw;brainpair;L, mw visual 3rd_order, sw;pairs;L, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 9_level-5_clusterID-53_signal-flow_0.718, 16_level-6_clusterID-97_signal-flow_0.534, 17_level-7_clusterID-160_signal-flow_0.791, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); PPLV-1 left (L1EM:4637677); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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PPLV-1 right (L1EM:17913185) [VFB_00102fir]

ASB TODO, PPLV-1 pair, upstream PL, BLP3/4 a R, BLP34_r akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw right, mw axon split complete, SLP, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw brain neurons + sensories, SLP, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw visual 3rd_order, sw;pairs;R, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 9_level-5_clusterID-53_signal-flow_0.718, 16_level-6_clusterID-97_signal-flow_0.534, 17_level-7_clusterID-160_signal-flow_0.791, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); PPLV-1 right (L1EM:17913185); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Ppv1 neuroblast [FBbt_00005925]

Neuroblast 1 of the posterior ventral protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Ppv2 neuroblast [FBbt_00005928]

Neuroblast 2 of the posterior ventral protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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Ppv3 neuroblast [FBbt_00005929]

Neuroblast 3 of the posterior ventral protocerebrum. Numbering also indicates relative position: we follow the nomenclature of Urbach et al., (2003), in which neuroblasts are numbered from anterior-to-posterior and ventral-to-dorsal (so that numbers reflect relative positions along the dorsoventral axis). Figure 1 of Urbach et al., 2003, provides a survey of the spatial organization of the embryonic head and brain neuroblasts of a stage 11 embryo.

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PQ neuron [FBbt_00001581]

Interneuron that is part of a cluster of 10-12 eagle (FBgn0000560) expressing neurons deriving from multiple neuroblasts. These neurons develop form the same cluster as EG neurons, but leave the cluster in early stage 13. At embryonic stage 15, these neurons are found just medial to the EG cluster, both anterior and posteriorly. At stage 16, they become undetectable.

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primary lobe of embryonic/larval lymph gland [FBbt_00001669]

Anterior-most and largest of the 3-6 lobe pairs of the third instar embryonic/larval lymph gland. These lobes are bulbous. Three distinct zones are identified: the medullary zone in the center, the cortical zone in the periphery and the posterior signaling center. At the late third instar the posterior signalling center functions as a stem-cell niche, the medullary zone contains quiescent prohemocytes, and the cortical zone the proliferating hemocytes (plasmatocytes) and procrystal and crystal cells.

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prothoracic gland [FBbt_00001724]

Component of the larval ring gland that is continuous with the corpus cardiacum at its ventroposterior end, encircles the aorta, and surrounds the medially-located corpus allatum at its dorsoanterior end (Dai and Gilbert, 1991; de Velasco et al., 2004; Nassel and Zandawala, 2020). It is composed of very few cells in the late embryo, but these increase in size and number during larval development (de Velasco et al., 2004). It produces ecdysone and is most active in the early wandering third instar (Dai and Gilbert, 1991; Nassel and Zandawala, 2020). During pupal development, its cells separate, shrink and degenerate and none are found attached to the adult corpus allatum or corpus cardiacum after eclosion (Dai and Gilbert, 1991).

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prothoracic gland innervating neuron PG-LP [FBbt_00007457]

Larval neurosecretory neuron that secretes prothoracicotropic hormone (FBgn0013323; McBrayer et al., 2007) and innervates the prothoracic gland. The somata of these neurons (2 per hemisphere) lie in the cortex of the lateral protocerebrum. Their axons, which form extensive collaterals in the brain, run along the anterior brain at the cortex/neuropil interface before traversing the midline and entering the contralateral nervus corporis cardiaci I (NccI) through which they travel to the ring gland. Within the ring gland these axons bypass the corpora cardiaca to innervate the prothoracic gland where they arborize extensively. McBrayer et al., (2007) used enhancer trap expression to confirm that their PG neurons are identical to the PG-LP neurons identified by Siegmund and Korge (2001).

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prothoracic VPM neuron [FBbt_00047560]

Octopaminergic, bilaterally-paired neuron of the prothoracic neuromere of the larval ventral nerve cord. There is one of these neurons per hemisphere. They form a cluster with the VUM neuron cell bodies, but unlike the VUM neurons, the VPM neurons are restricted to the CNS (Selcho et al., 2012). Selcho et al., 2012 did not see an individual prothoracic VPM neuron in any of their flp-out larvae, so were unable to analyze one in detail.

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prothoracic VUM motor neuron [FBbt_00047565]

Octopaminergic VUM motor neuron with its cell body in the larval prothoracic neuromere. There are three of these cells with very similar innervation patterns within the ventral nerve cord. The neuron projects dorsally, then branches laterally in both directions to form a T-shape. Ramifications are mostly found in the lateral neuropil of T1 and the posterior subesophageal ganglion. It also innervates the anterior part of T2 with dorsomedial bifurcations. Generally, two of these neurons (tVUM1sn) project via the segmental nerve with the other projecting via the intersegmental nerve (tVUM1isn), but this is sometimes the opposite way (Selcho et al., 2012). Innervation pattern has not been studied, so it is unclear how the three subclasses differ and whether they belong to the dorsal, lateral and ventral groups identified for abdominal neurons.

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PT ; DALcm12 m ant med 14_left (L1EM:15539984) [VFB_00102f4x]

WB_DALcm12 L, DALcm12-m_l akira, ASB left, ADL004 neurons akira, Pre-DN17-13, hemilateral_pair_8271875_15539984, mw brain neurons, mw brain neurons + SU, DALcm1/2 m L, mw brain inventory, mw previously complete, mw left, mw axon split complete, mw brain neurons split, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL com, mw brain matrix, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9965610 ds contralateral partners, stable, mw 4966994 upstream partners, mw 9870483 downstream partners, mw 16753901 downstream partners, mw 9965610 downstream partners, nr Tel-like 10 downstream 3-hop, LAL com, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw respiratory 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw 17383431 downstream partners, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); PT ; DALcm12 m ant med 14_left (L1EM:15539984); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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PT ; DALcm12 m ant med 14_right (L1EM:8271875) [VFB_00102eqe]

TS03, WB_DALcm12 R, DALcm12-m_r akira, brain downstream of A08s2_a2r, clb:todo, clb:joined, clb:soma, ADL004 neurons akira, clb:todo_A08, Pre-DN17-13, hemilateral_pair_8271875_15539984, mw brain neurons, mw brain neurons + SU, DALcm1/2 m R, mw brain inventory, mw previously complete, mw right, mw axon split complete, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL com, mw brain matrix, mw brain contralateral, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 9965610 ds contralateral partners, stable, mw 4966994 upstream partners, mw 9870483 downstream partners, mw 16753901 downstream partners, mw 9965610 downstream partners, nr Tel-like 10 downstream 3-hop, LAL com, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw respiratory 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw 17383431 downstream partners, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; PT ; DALcm12 m ant med 14_right (L1EM:8271875); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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pupal large descending DN Tachykinin neuron [FBbt_00110038]

Pupal neuron that expresses Tachykinin (FBgn0037976), whose cell body is located in the lateral protocerebrum and that innervates the ventral nerve cord (Winther et al., 2003). This neuron probably corresponds to the larval and adult large descending DN neurons. Tachykinin expression was observed by in situ hybridization and immunostaining (Winther et al., 2003).

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putative 11H10 left (L1EM:6604203) [VFB_00102eog]

nadia, pDM Bundle 1, CM4-vm_l akira, MB2IN19U, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw gap, mw draft complete, mw brain neurons split, CITv/BLPT, 2 orange, T1 2 Orange, AUTO descending neurons to VNC, AUTO ascending neurons at 1112 gap, CM4 L, UNI, mw colored-matrix-2019-09-12, Avi 122, #5T, mw descending axons need work, mw brain neurons + sensories, mw brain crosses commissure, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw mixed axon/dendrite <0.2 segregation index, mw brain contralateral, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw contralateral axon, Albert TODO, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw dSEZ, stable, mw pre-dVNC, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-VNCs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; putative 11H10 left (L1EM:6604203); VFB CATMAID L1 CNS]

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putative 11H10 right (L1EM:2670619) [VFB_00102ehy]

Akira to Volker, mw brain neurons + SU, mw brain inventory, mw right, mw gap, CM4-vm_r akira, mw draft complete, mw brain neurons split, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, CM4 R, UNI, mw colored-matrix-2019-09-12, #5, mw descending axons need work, mw brain neurons + sensories, mw brain crosses commissure, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw mixed axon/dendrite <0.2 segregation index, mw brain contralateral, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw dSEZ, stable, mw pre-dVNC, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-VNCs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); putative 11H10 right (L1EM:2670619); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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putative sensory neuron ddac? (L1EM:2292794) [VFB_00102efr]

Imambocus et al, ND_all published et al [putative sensory neuron ddac? (L1EM:2292794); EM L1 Imambocus et al., 2022; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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PVC_left (L1EM:5744502) [VFB_00102emp]

vaguely similar frags, mw brain neurons + SU, mw brain inventory, mw left, BLP34_l akira, mw draft complete, mw axon split complete, mw brain neurons split, #1T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, VLP, BLP3/4 b L, mw brain neurons + sensories, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 5745110 us partners, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw mechano-Ch 3rd_order, sw;idev5, sw;pairs;L, mw dSEZ-feedback-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 19_level-7_clusterID-150_signal-flow_0.684, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; PVC_left (L1EM:5744502); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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PVC_right; BLP34 a 8 (L1EM:1805406) [VFB_00102eh9]

incomplete neurons with soma, Brain, Posterior, l lineage a, WB_BLVa R, WB_DPN R, BLP34_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, mw draft complete, mw axon split complete, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, VLP, BLP3/4 b R, mw brain neurons + sensories, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 5745110 us partners, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw mechano-Ch 3rd_order, sw;idev5, sw;pairs;R, mw dSEZ-feedback-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 19_level-7_clusterID-150_signal-flow_0.684, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; PVC_right; BLP34 a 8 (L1EM:1805406); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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PVL2 left (L1EM:2379529) [VFB_00102ehh]

incomplete neurons with soma, Brain, PVL, oPAT, WB_BLVa L, BLP34_l akira, downstream of mPN iACT A2 left, li left uPN everything less than 90% reviewed, except “kc frag”, li temp everything downstream of left upn with 3 synapses combined, li temp left side left, possible paired downstream of RIGHT uPN >= 3 synapses, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, SLP, BLP3/4 a L, #1T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, SLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-tPNs, mw LHN, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw LHN-tPN, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-cold 3rd_order, mw gustatory-pharyngeal 3rd_order, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); PVL2 left (L1EM:2379529); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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PVL2 right; BLP34 a 3 (L1EM:3815483) [VFB_00102ejm]

CURRENT, WB_DPN R, BLP34_r akira, downstream of mPN iACT A2 right, ASB TODO, ASB TODO B3 right, Frag, downstream of handlebar-like, ASB Right PN-LH Input, ASB Downstream of Ipsi Bridges Right, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li temp 10 25 2016 below 1500 nodes right, ASB downstream of right mPNs, ASB TODO A2 7, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li left uPN everything less than 90% reviewed, except “kc frag”, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li temp upn downstream all non local, unpaired ds mPNs right >= 5 synapses individual, mw brain neurons, mw brain neurons + SU, BLP3/4 a R, BLP34 todo, mw brain inventory, mw brain todo, mw right, SLP, #4, AUTO neuron fragments at 1103 gap, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, BLD1 R, LON SLP, mw gap severe, less than 150nm length, mw brain neurons + sensories, SLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw missing axon, Upstream CN29, stable, mw ds-tPNs, mw LHN, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, Merged: DALl1 3 TODO, mw ipsilateral axon, mw LHN-tPN, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-cold 3rd_order, mw gustatory-pharyngeal 3rd_order, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; PVL2 right; BLP34 a 3 (L1EM:3815483); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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PVM21-like 1 left (L1EM:10018161) [VFB_00102euu]

CM4 r diff cells, neuroblast, WB_CM4 L, CM4-dm_l akira, SU Neuron - Ingrid, mw brain neurons, mw brain neurons + SU, SH_T1down, mw brain inventory, mw draft complete, EH_down_other, mw left, IP com SEZ, #6T, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw brain neurons + sensories, mw brain crosses commissure, mw axon split complete, IP VMC com desc, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw review april2021, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, sw;pairs;L, sw;mdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; PVM21-like 1 left (L1EM:10018161); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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PVM21-like 1 right; CM4 dor med_r; CM4 dor ant 7 DNs (L1EM:17379360) [VFB_00102ff0]

neuron, CX columns akira, CM4-dm_r akira, CM4 descending with loop, ASB right, MB2IN19U, mw brain neurons, mw brain neurons + SU, CM4 R, mw brain inventory, mw draft complete, mw right, IP com SEZ, #6, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw brain neurons + sensories, mw brain crosses commissure, mw axon split complete, IP VMC com desc, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw review april2021, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, sw;pairs;R, sw;mdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [PVM21-like 1 right; CM4 dor med_r; CM4 dor ant 7 DNs (L1EM:17379360); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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PVM21-like 2 left (L1EM:16713227) [VFB_00102fan]

Post-MBE30-8, WB_CM4 L, FN ; Left, Ingrid Name, CM4-dm_l akira, Post-MBONs akira final, DNs akira-2, mw paired 134, potential pair of ds mPN right >= 5, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, LEFT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, IP com SEZ, #7T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw brain neurons + sensories, mw dSEZ, mw brain crosses commissure, IP VMC com desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw proprio 4th_order, sw;pairs;L, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 42_level-6_clusterID-76_signal-flow_-0.513, 65_level-7_clusterID-76_signal-flow_-0.513, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [PVM21-like 2 left (L1EM:16713227); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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PVM21-like 2 right (L1EM:17659014) [VFB_00102fgt]

CM4 descending with loop, Akira to Volker, CM4-dm_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, mw axon split complete, mw brain neurons split, CM4 R, IP com SEZ, #7, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, AUTO multiple presynapses to brain, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw brain neurons + sensories, mw dSEZ, mw brain crosses commissure, IP VMC com desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw proprio 4th_order, sw;pairs;R, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 42_level-6_clusterID-76_signal-flow_-0.513, 65_level-7_clusterID-76_signal-flow_-0.513, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); PVM21-like 2 right (L1EM:17659014); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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PVM21?_left (L1EM:10378182) [VFB_00102evm]

nadia, goes towards OL, CM4 r diff cells, WB_CM4 L, CM4-vm_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw brain neurons split, IP com SEZ, AUTO ascending neurons at 1112 gap, #5T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw brain neurons + sensories, mw brain crosses commissure, IP VMC com desc, mw dUnk, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw mixed axon/dendrite <0.2 segregation index, mw brain contralateral, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw brain matrix + A1, mw to review, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, mw 15541971 ds contralateral partners, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;idev0, sw;pairs;L, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, sw;cdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); PVM21?_left (L1EM:10378182); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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PVM21?_right (= Pre-goro15); CM4 dor pos 12 DNs (L1EM:16713231) [VFB_00102fao]

new 7-16-13 8, CM4 r, Upstreams of Goro akira, WB_CM4 R, CM4-dm_r akira, CM4 descending with loop, ASB right, DNs akira-2, MB2IN19U, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, IP com SEZ, #5, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, SMALL FRAGMENT, mw brain neurons + sensories, mw brain crosses commissure, mw axon split complete, IP VMC com desc, mw dUnk, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw brain matrix + A1, mw to review, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 15541971 ds contralateral partners, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw gustatory-pharyngeal 3rd_order, sw;idev0, sw;pairs;R, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; PVM21?_right (= Pre-goro15); CM4 dor pos 12 DNs (L1EM:16713231)]

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R1: upstream of telephone_left (L1EM:14519756) [VFB_00102f35]

WB_DPLl L, DPLl_l akira, li found pair but not symatric, li temp possible pair - 6, possible paired downstream of RIGHT uPN >= 3 synapses, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, Downstream of LEFT uPN with 3 synapses or more to any uPN, hemilateral_pair_7467027_14519756, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, DPLl1-3 a L, IPL l IPA, #3T, mw colored-matrix-2019-09-12, INGRID REVIEW, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, IP VLP, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, VH short lost, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw degree 40-50, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, mw 16686371 us partners, stable, mw ad hubs_out, mw ad all_hubs, mw brain reviewed <80%, mw brain open-ends 2, DPLl1-3 L, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw noci 3rd_order, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 21_level-6_clusterID-69_signal-flow_0.217, 46_level-7_clusterID-123_signal-flow_0.013, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [transmission electron microscopy (TEM); R1: upstream of telephone_left (L1EM:14519756); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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R1: upstream of telephone; LH LN? right (L1EM:7467027) [VFB_00102ep9]

Brain, DPLl_r akira, downstream of mPN iACT A2 right, ASB Large Fragments, ASB No Way Out PN-LH, downstream of handlebar-like, connect to locked, connect to locked MBE20, ASB No Way Out 33a 5 microtubules large, ASB Downstream of Ipsi Bridges Right, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li found pair but not symatric, li downstream of RIGHT uPN with 3 synapses or more to any uPN, li temp possible pair - 6, Downstream of RIGHT uPN >= 3 synapses individual, all paired downstream of RIGHT uPN >= 3 synapses, possible paired downstream of RIGHT uPN >= 3 synapses, potential paired downstream of RIGHT uPN >= 3 synapses individual, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, Downstream of RIGHT uPN with 3 synapses or more to any uPN, hemilateral_pair_7467027_14519756, mw brain neurons, mw brain neurons + SU, DPLl1-3 a R, mw brain inventory, mw draft complete, mw right, mw axon split complete, mw brain neurons split, IPL l IPA, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain ipsilateral, IP VLP, mw dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 16686371 us partners, stable, mw ad hubs_out, mw ad all_hubs, mw brain open-ends 3, DPLl1-3 R, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integration 2-hop, mw noci 3rd_order, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 21_level-6_clusterID-69_signal-flow_0.217, 46_level-7_clusterID-123_signal-flow_0.013, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; R1: upstream of telephone; LH LN? right (L1EM:7467027); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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receives from telephone, outputs onto telegoro L (L1EM:5657004) [VFB_00102ema]

Brain, telephone-like lateral lineage, WB_BLAv L, BLAv12_ant_l akira, hemilateral_pair_5134110_5657004, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, BLAv1/2 a L, mw axon split complete, mw brain neurons split, SLP VLP com, mw colored-matrix-2019-09-12, #4T, mw brain neurons + sensories, mw brain crosses commissure, VLPm com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, stable, mw ad hubs_out, nr Tel-like 10 downstream 2-hop, mw ad all_hubs, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 21_level-6_clusterID-69_signal-flow_0.217, 46_level-7_clusterID-123_signal-flow_0.013, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; receives from telephone, outputs onto telegoro L (L1EM:5657004); CC-BY_4.0; VFB CATMAID L1 CNS]

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receives from telephone, outputs onto telegoro R (L1EM:5134110) [VFB_00102ell]

Brain, ipsiphone lineage, WB_BLAv R, BLAv12 ant, VLP LAL, BLAv12_ant_r akira, Fragments 2014-01-18 14:57, hemilateral_pair_5134110_5657004, mw brain neurons, mw brain neurons + SU, mw complete, BLAv1/2 a R, mw brain inventory, mw right, mw axon split complete, SLP VLP com, mw brain neurons split, #4, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLPm com, mw brain matrix, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, stable, mw ad hubs_out, nr Tel-like 10 downstream 2-hop, mw ad all_hubs, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 21_level-6_clusterID-69_signal-flow_0.217, 46_level-7_clusterID-123_signal-flow_0.013, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; receives from telephone, outputs onto telegoro R (L1EM:5134110); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Rh5 photoreceptor of Bolwig organ [FBbt_00100100]

Cholinergic photoreceptor cell of the larval Bolwig’s organ that expresses the blue-absorbing rhodopsin Rh5 (lambda[max] = 437nm; FBgn0014019). Fibers pass along the Bolwig nerve and terminate in the intermediate larval optic neuropil (Larderet et al., 2017). Some neurites bypass the larval optic neuropil and project to the adjacent ipsilateral central brain (Keene et al., 2011). Their projections in the larval optic neuropil have been shown to overlap with serotonergic arborizations (Rodriguez Moncalvo and Campos, 2005) and with the dendrites of pacemaker lateral neurons (LNs) (Keene et al., 2011; Mazzoni et al., 2005). There are about 4 Rh5 photoreceptors per Bolwig organ. Neurotransmitter type was assessed in two ways: by double labelling of cells with an acetylcholine GAL4 driver (FBtp0014830) and a Rh5 antibody; by double labelling cells with drivers for Rh5 (FBtp0013993) and an acetylcholine antibody (Keene et al., 2011).

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Rh6 photoreceptor of Bolwig organ [FBbt_00100112]

Cholinergic photoreceptor cell of the larval Bolwig’s organ expressing the green-absorbing opsin Rh6 (lambda[max] = 508nm; FBgn0019940). Fibers pass along the Bolwig nerve and terminate in the distal larval optic neuropil (Larderet et al., 2017). Their projections in the larval optic neuropil have been shown to overlap with, and influence the development of, serotonergic arborizations (Rodriguez Moncalvo and Campos, 2005), and to overlap with the dendrites of pacemaker lateral neurons (LNs) (Keene et al., 2011; Mazzoni et al., 2005). There are approximately 8 of these per Bolwig organ. Rodriguez Moncalvo and Campos (2005), show that genetic ablation or synaptic silencing of the Rh6 photoreceptor of Bolwig organ prevents the wildtype development of overlapping serotonergic arborizations. Neurotransmitter type was assessed in two ways: by double labelling of cells with an acetylcholine GAL4 driver (FBtp0014830) and a Rh6 antibody; by double labelling cells with drivers for Rh6 (FBtp0014226) and an acetylcholine antibody (Keene et al., 2011).

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Rose 1 left (L1EM:14782250) [VFB_00102f3v]

WB_BLAv L, BLAv12_ant_l akira, downstream of left uPN, li left uPN everything less than 90% reviewed, except “kc frag”, li temp everything downstream of left upn with 3 synapses combined, li temp left side left, li temp possible pair - special, li temp possible pair - special 4, Downstream of LEFT uPN with 3 synapses or more to any uPN, hemilateral_pair_3235409_14782250, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLAv1/2 a L, IPL, mw colored-matrix-2019-09-12, #5T, mw draft complete, mw issues, mw brain neurons + sensories, SLPl, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, SLPl comp L, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 29_level-6_clusterID-67_signal-flow_-0.012, 48_level-7_clusterID-67_signal-flow_-0.012, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [Rose 1 left (L1EM:14782250); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Rose 1 right (L1EM:3235409) [VFB_00102ej3]

WB_BLAv R, BLAv12 ant, VLP LAL, BLAv12_ant_r akira, ASB LH Interneuron, downstream of handlebar-like, ASB Right PN-LH Input, ASB Dense Core, frag, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, ASB No Way Out A2 37, li temp upn downstream all non local, hemilateral_pair_3235409_14782250, mw brain neurons, mw brain neurons + SU, BLAv12_ant todo, BLAv1/2 a R, mw brain inventory, mw right, mw axon split complete, IPL, mw brain neurons split, #5, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SLPl, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, SLPl comp, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 29_level-6_clusterID-67_signal-flow_-0.012, 48_level-7_clusterID-67_signal-flow_-0.012, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; Rose 1 right (L1EM:3235409); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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RP neuron [FBbt_00001451]

Neuron of the embryonic/larval CNS. The RP neurons are mainly motor neurons. An RP motor neuron innervates each of muscles 2, 3, 6, 7, 11, 12, 13, 14, 19, 20, 28 and 30. RP2sib is the only RP neuron not to be a motor neuron. The “RP” name derives from the observation by Michael Bate and Corey Goodman that the large dorsal RP motoneurons are easily poked, and in that way reminded the two of “raw prawns”, an Australian term of endearment.

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RP2 motor neuron [FBbt_00001453]

Motor neuron that innervates a range of dorsal muscles via type Is boutons (Landgraf et al., 2003; Kim et al., 2009). It fasciculates with the intersegmental nerve, but unusually, innervates muscles in the same segment as its cell body (Landgraf et al., 1997, Landgraf et al., 2003). Its large soma is located at the extreme dorsal surface of the CNS above the junction of the anterior commissure and the longitudinal connective (Schmid et al., 1999). It expresses even-skipped (Manning et al., 2012).

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RP2sib neuron [FBbt_00001454]

Neuron developing from GMC4-2a, the first born ganglion mother cell differentiating from neuroblast NB4-2 (Bhat et al., 1995). Its ultimate fate is unknown, but can be distinguished from its sibling motor neuron, RP2 (FBbt:00001453), by lower expression of markers such as the membrane protein recognized by monoclonal antibody 22C10, eve (FBgn0000606), or ftz (FBgn0001077).

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RP3 motor neuron [FBbt_00001455]

RP motor neuron of the 3-1 lineage whose cell body is located ventral and lateral to RP1 and RP4, and which projects an axon contralaterally. These neurons can be found in thoracic or abdominal segments (Schmid et al., 1999). RP3 innervates ventral longitudinal muscles 3 and 4 (muscles 6 and 7) (Schmid et al., 1999, Mauss et al., 2009).

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RP5 motor neuron [FBbt_00001457]

Most anteriorly located larval RP motor neuron, developing from neuroblast NB3-1 (Schmid et al., 1999). It innervates all ventral longitudinal (VL) and ventral oblique (VO) muscles except for VO3 and VO6 (muscles 6, 7, 12-16 and 30) in abdominal segments and all ventral longitudinal muscles (VL1-4; muscles 6, 7 ,12 and 13) in thoracic segments (Schmid et al., 1999, Mauss et al., 2009). Innervation pattern (Mauss et al., 2009) makes this equivalent to the MNSNb/d-Is neuron of Huang and Chiba, 2001, not the MN12-Ib neuron as postulated by Huang and Chiba, 2001.

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S1: neuron left (L1EM:14434314) [VFB_00102f2y]

BLAd_l akira, BLAd-vl_l akira, goes out, WB_DPLp L, downstream of left uPN, li left uPN everything less than 90% reviewed, except “kc frag”, hemilateral_pair_13369670_14434314, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw brain neurons split, BLAd1-4 vl L, UNI, mw colored-matrix-2019-09-12, #1T, mw brain neurons + sensories, UNI, mw preliminary LN, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw mixed axon/dendrite <0.2 segregation index, mw brain ipsilateral, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 15686444 ds ipsilateral partners, stable, mw ds-uPNs, mw LHN-from-uPN, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, mw brain open-ends 2, BLAd1-4 L, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, upFBPBs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); S1: neuron left (L1EM:14434314); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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S1: neuron right (L1EM:13369670) [VFB_00102f1j]

NPF, Andi AL, BLAd-vl_r akira, ASB No Way Out PN-LH, connect to locked, connect to locked MBE20, downstream of mPN, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, hemilateral_pair_13369670_14434314, mw brain neurons, mw brain neurons + SU, mw complete, BLAd1-4 vl R, mw brain inventory, mw right, UNI, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, UNI, mw preliminary LN, mw brain matrix, mw mixed axon/dendrite <0.2 segregation index, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 15686444 ds ipsilateral partners, stable, mw ds-uPNs, mw LHN-from-uPN, nr Tel-like 10 downstream 3-hop, BLAd1-4 R, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, upFBPBs, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); S1: neuron right (L1EM:13369670); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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S3 left; old DS noci_sibling_left (L1EM:12300089) [VFB_00102ezr]

TODO calyx Kathi, MB calyx after gap, WB_DPLam L, ASB left, downstream of mPN iACT A2 left, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, li found pair but not symatric, li temp possible pair - 14, possible paired downstream of RIGHT uPN >= 3 synapses, mw paired 135, potential pair of ds mPN right >= 5, Downstream of LEFT uPN with 3 synapses or more to any uPN, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw mixed lineage neurons, mw left, mw axon split complete, mw brain neurons split, IPL/M IPA, #5T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL/M IPA*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *DPLd_l akira, mw 11782821 ds ipsilateral partners, mw 11782821 ds contralateral partners, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw noci 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); S3 left; old DS noci_sibling_left (L1EM:12300089); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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S3 right (L1EM:10827212) [VFB_00102ewl]

Javier Brain, Marta Con3, WB_DPLam R, DPLd_r akira, ASB Large Fragments, ASB No Way Out PN-LH, connect to locked plume, ASB Right PN-LH Input, ASB No Way Out 33a 3, ASB Downstream of Ipsi Bridges Right, ASB gPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li temp upn downstream all non local, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw mixed lineage neurons, mw draft complete, mw right, IPL/M IPA, mw axon split complete, mw brain neurons split, #5, mw colored-matrix-2019-09-12, mw brain neurons + sensories, IPL/M IPA, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 11782821 ds ipsilateral partners, mw 11782821 ds contralateral partners, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw noci 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 42_level-7_clusterID-172_walksort-0.517, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 20_level-5_clusterID-61_signal-flow_-0.273, 33_level-6_clusterID-112_signal-flow_-0.213, 53_level-7_clusterID-180_signal-flow_-0.187, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; S3 right (L1EM:10827212); VFB CATMAID L1 CNS]

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SBM motor neuron [FBbt_00110275]

Motor neuron that innervates the segment border muscle. Following Landgraf et al., 1997, larval motor neurons are named according to the muscle they innervate. The same caveats therefore apply regarding inference of serial homology from nomenclature as for the muscles: Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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Scimitar left (L1EM:8884212) [VFB_00102es2]

incomplete neurons with soma, Brain, Posterior, oPAT, TODO calyx Kathi, look symm, SYMM, fragments downstream pvl09, det pair, WB_BLVa L, BLP1/2_l akira, ascending_hairbrush, ASB left, BLP34_l akira, ASB downstream of right mPNs, PVC_left, scimitar, m reviewed, paired with #9083670, left-right NBlast: 0.477497851335286, li temp possible pair - 29, Downstream of LEFT uPN with 3 synapses or more to any uPN, pairs ds uPNs >= 5, minor check LHON 5% input aver, LHNs, axoAmb mPNs, axoAmb uPNs, uLHNs, mLHNs, putative LHN, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, SLP, BLP3/4 a L, mw colored-matrix-2019-09-12, #5T, mw brain neurons + sensories, SLP, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, mw brain open-ends 3, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, sw;pairs;L, downMBONs, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); Scimitar left (L1EM:8884212); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Scimitar right (L1EM:19143114) [VFB_00102fl1]

downstream of mPN iACT A1 right calyx, to cross, microt.!, Fragments 2014-01-18 14:57, Alex No Way Out, fragments downstream pvl09, Optic Anlage, f_offPVL09_left, det pair, anlagen cell_right, LH downstream of mPN iACT A1 right, ASB LH Interneuron, ASB No Way Out PN-LH, ASB Right PN-LH Input, ASB No Way Out 22c 6, ASB No Way Out 42b 5, ASB No Way Out 47a 4, ASB Right uPN-LH Input, li no way out, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li temp unpaird downstream of right uPN batch 1, Li shared with Laura, unpaired downstream of RIGHT uPNs, li downstream of RIGHT uPN with 3 synapses or more to any uPN, Downstream of RIGHT uPN >= 3 synapses individual, all paired downstream of RIGHT uPN >= 3 synapses, confirmed paired downstream of RIGHT uPN >= 3 synapses individual, li missing paired annotation, scimitar, paired with #8884212, left-right NBlast: 0.477497851335286, Downstream of RIGHT uPN with 3 synapses or more to any uPN, li temp possible pair - 29, pairs ds uPNs >= 5, minor check LHON 5% input aver, LHNs, axoAmb mPNs, axoAmb uPNs, uLHNs, mLHNs, putative LHN, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, BLP34_r akira, mw right, mw axon split complete, mw brain neurons split, SLP, BLP3/4 a R, mw colored-matrix-2019-09-12, #5, mw brain neurons + sensories, SLP, mw brain matrix, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 22_level-6_clusterID-99_signal-flow_0.182, 38_level-7_clusterID-163_signal-flow_0.185, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [Scimitar right (L1EM:19143114); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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scutellar pulsatile organ progenitor [FBbt_00047210]

Progenitor cell specified by loss of tinman expression from embryonic precursor of scutellar pulsatile organ cells. Two pairs of cells in each of the second and third thoracic segments interconnect with cytoplasmic extensions to form a ladder-like structure anterior to the heart. In late larval stages, these cells begin to divide. In the pupa, they retract into a single cluster, split and then enter the scutellum to form the scutellar pulsatile organs.

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seahorse left (L1EM:4324479) [VFB_00102ekn]

AVM013 cluster, WB_BAla34 L, BAla34_l akira, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, BAla3/4 L, mw left, mw axon split complete, mw brain neurons split, TR VMC, #13T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, LH_Avinash, stable, mw 9594273 upstream partners, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; seahorse left (L1EM:4324479); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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seahorse? right (L1EM:19950281) [VFB_00102flm]

WB_BAla34 R, BAla34_r akira, mw brain neurons, mw brain neurons + SU, Right, BAla3/4 R, mw complete, mw brain inventory, mw right, TR VMC, mw axon split complete, mw brain neurons split, #13, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, LH_Avinash, stable, mw 9594273 upstream partners, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, sw;pairs;R, downNO, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [seahorse? right (L1EM:19950281); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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segment border muscle [FBbt_00000483]

An embryonic/larval hypodermal muscle that runs along the transverse apodeme at the segment boundary. It is an external muscle (Landgraf et al., 2003; Kohsaka et al., 2012) We have adopted the nomenclature of Bate (1993) which names the muscles according to their position. There is no inference of serial homology between muscles of the same name of different thoracic and abdominal segments. Colour-coded as internal in Zarin and Labrador (2019) - FBrf0245882, but grouped with LT (external) muscles in Zarin et al. (2019) - FBrf0244727.

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SEZ cup left (L1EM:17359133) [VFB_00102fe8]

WB_BAmas L, BAmas12_ven_l akira, downstream of AN-B2, DSB2B, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, MN-Sens-Int-2, mw left, BAmas1/2 L, mw axon split complete, TR, mw brain neurons split, #5T, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dSEZ, TR, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw dSEZ 2nd_order, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, sw;pairs;L, mw dSEZ-efference-1hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 5_level-7_clusterID-147_signal-flow_1.320, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [SEZ cup left (L1EM:17359133); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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SEZ cup right (L1EM:869360) [VFB_00102eh0]

3 - Labial lb, budle1, motorneurons, left, WB_BAmas R, BAmas12_ven_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, MN-Sens-Int-2, mw right, TR, mw axon split complete, mw brain neurons split, #5, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, BAmas1/2 R, mw brain neurons + sensories, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw dSEZ 2nd_order, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, TR, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, sw;pairs;R, mw dSEZ-efference-1hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 5_level-7_clusterID-147_signal-flow_1.320, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; SEZ cup right (L1EM:869360); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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SEZ pn to t3 (L1EM:18694063) [VFB_00102egu]

AUTO ascending neurons at 1112 gap, Imambocus et al, published T3 A1 A2, ND_all published et al [EM L1 Imambocus et al., 2022; SEZ pn to t3 (L1EM:18694063); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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SEZ-IN-07-left (L1EM:17951049) [VFB_00102fiz]

WB_BAmas L, BAmas12_ven_l akira, downstream of AN-B1, downstream of SCANB, interneurons Se0, interneurons Se0ph, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, BAmas1/2 L, mw axon split complete, mw brain neurons split, TR, #7T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw dSEZ, mw brain matrix, Pankratz pre, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, TR com, sw:brain_paired:L, sw;brainpair;L, mw enteric 2nd_order, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 0_level-3_clusterID-9_signal-flow_1.058, 2_level-4_clusterID-20_signal-flow_1.048, 6_level-5_clusterID-42_signal-flow_0.993, 15_level-6_clusterID-83_signal-flow_0.628, 24_level-7_clusterID-141_signal-flow_0.598, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; SEZ-IN-07-left (L1EM:17951049); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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SLO_left (L1EM:3043970) [VFB_00102ein]

DPLc2 l, WB_DPLc2 L, offPVL09 upstream_left, ASB downstream of right mPNs, PB_upstream_akira, DPMl_ant_ven_l akira, mw brain neurons + SU, mw brain inventory, mw draft complete, mw issues, mw left, mw axon split complete, mw brain neurons split, UNI, DPMm2 L, mw colored-matrix-2019-09-12, #3T, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, UNI, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, sw;pairs;L, upFBPBs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 58_level-7_clusterID-174_signal-flow_-0.375, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; SLO_left (L1EM:3043970); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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SLO_right (L1EM:16181130) [VFB_00102f7n]

OSN PN Downstream, ipsigoro lineage, WB_DPLc1 R, DPMl_ant_ven_r akira, PB_upstream_akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, mw axon split complete, mw brain neurons split, DPMm2 R, UNI, mw colored-matrix-2019-09-12, #3, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, UNI, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw thermo-warm 4th_order, mw gustatory-pharyngeal 4th_order, sw;pairs;R, upFBPBs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 21_level-5_clusterID-59_signal-flow_-0.287, 43_level-6_clusterID-107_signal-flow_-0.517, 58_level-7_clusterID-174_signal-flow_-0.375, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [SLO_right (L1EM:16181130); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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SLQ1_left (L1EM:16848587) [VFB_00102faw]

downstream of mPN iACT A2 left, WB_DALv1 L, new EB ring, ASB TODO A2 left 7, PB_upstream_akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, DALl1 L, mw axon split complete, IPL/M com, mw brain neurons split, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPL/M/P com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw degree 30-40, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, *DALl1_l akira, mw 17165621 ds contralateral partners, stable, mw ad hubs_out, mw ad all_hubs, mw brain reviewed <80%, sw:brain_paired:L, ElizabethLauraCX, PossiblePB, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, Potential PB.b, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, upFBPBs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, check if FB.b, FB.b columnar, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 47_level-6_clusterID-110_signal-flow_-0.700, 73_level-7_clusterID-110_signal-flow_-0.700, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; SLQ1_left (L1EM:16848587); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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SLQ1_right (L1EM:14753815) [VFB_00102f3k]

VLP LAL, LV, DALl1_r akira, ASB right, PB_upstream_akira, mw brain neurons, mw brain neurons + SU, DALl1 R, mw brain inventory, mw draft complete, mw right, IPL/M com, mw axon split complete, mw brain neurons split, #2, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPL/M/P com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 17165621 ds contralateral partners, stable, mw ad hubs_out, mw ad all_hubs, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, ElizabethLauraCX, PossiblePB, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, Potential PB.b, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, downFBPBs, upFBPBs, downPB, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, check if FB.b, FB.b columnar, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 47_level-6_clusterID-110_signal-flow_-0.700, 73_level-7_clusterID-110_signal-flow_-0.700, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; SLQ1_right (L1EM:14753815); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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SLQ2_left (L1EM:10842099) [VFB_00102ewn]

new EB ring, PB_upstream_akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, DALl1 L, IPL/M com, mw brain neurons split, #1T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPL/M/P com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw ds-pre-dVNC, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, *DALl1_l akira, stable, mw ad hubs_out, mw ad all_hubs, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, Potential PB.b, mw noci 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, downFBPBs, upFBPBs, downPB, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, check if FB.b, FB.b columnar, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; SLQ2_left (L1EM:10842099); CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

SLQ2_right (L1EM:10882750) [VFB_00102ews]

LV, DALl1_r akira, PB_upstream_akira, mw brain neurons, mw brain neurons + SU, DALl1 R, mw brain inventory, mw draft complete, mw right, IPL/M com, mw axon split complete, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPL/M/P com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw ds-pre-dVNC, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw ad hubs_out, mw ad all_hubs, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, ElizabethLauraCX, PossiblePB, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, Potential PB.b, mw noci 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, upFBPBs, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, check if FB.b, FB.b columnar, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; SLQ2_right (L1EM:10882750); VFB CATMAID L1 CNS]

Tags:

SLR_left (L1EM:17777981) [VFB_00102fid]

PB_upstream_akira, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, BLAvm c L, VMC IPP com, #4T, mw brain neurons + sensories, mw brain crosses commissure, VMC IPP com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, unknown ventral lineage left, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10018260 us partners, mw 10875625 ds contralateral partners, stable, mw 8142831 upstream partners, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw thermo-warm 4th_order, mw 17067625 upstream partners, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, check if PB, PB.b, AMMC.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); SLR_left (L1EM:17777981); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

SLR_right (L1EM:16685117) [VFB_00102fai]

left gap helpers, Gap Helper, PB_upstream_akira, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, mw axon split complete, mw brain neurons split, AUTO ascending neurons, mw colored-matrix-2019-09-12, BLAvm c R, VMC IPP com, #4, mw brain neurons + sensories, mw brain crosses commissure, VMC IPP com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, unknown ventral lineage right, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10018260 us partners, mw 10875625 ds contralateral partners, stable, mw 8142831 upstream partners, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw thermo-warm 4th_order, mw 17067625 upstream partners, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, check if PB, PB.b, PB.d, AMMC.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; SLR_right (L1EM:16685117); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

SLS_left (L1EM:16686371) [VFB_00102faj]

CPa_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, CP2/3 v L, IPL/M com, mw axon split complete, mw brain neurons split, #4T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw check cool bi, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw bilateral axon asymmetrical neurons, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, downFBPBs, upFBPBs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; SLS_left (L1EM:16686371)]

Tags:

SLS_right (CP23 v 5) (L1EM:15431795) [VFB_00102f4i]

left gap helpers, Gap Helper, CPa, CPa_r akira, PB_upstream_akira, mw brain neurons, mw brain neurons + SU, CP2/3 v R, mw brain inventory, mw complete, mw right, IPL/M com, mw axon split complete, mw brain neurons split, #4, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw bilateral axon asymmetrical neurons, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, upFBPBs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); SLS_right (CP23 v 5) (L1EM:15431795); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

SLU_left (L1EM:12782494) [VFB_00102f0p]

DPMpl lat r, nadia, WB_DPMpl1 L, Pre-ipsigoro-20, DPMpl12_l akira, ASB downstream of right mPNs, PB_upstream_akira, mw paired 5, pair of ds mPN right >= 5, m stuck, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, DPMpl1/2 L, mw axon split complete, mw brain neurons split, IP com, #4T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, lv R TOONs minus ORN PNs and KCs, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 14995061 ds ipsilateral partners, mw 14995061 ds contralateral partners, mw 17729973 ds contralateral partners, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw mechano-Ch 3rd_order, mw interhemispheric integration 2-hop, sw;pairs;L, upFBPBs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [SLU_left (L1EM:12782494); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

SLU_right (L1EM:15585114) [VFB_00102f56]

WB_DPMpl2 R, Pre-ipsigoro-20, DPMpl12_r akira, ASB TODO B3 right 2, downstream of mPN, connect to locked MBE20, ASB Downstream of Ipsi Bridges Right, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, PB_upstream_akira, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, mw paired 5, paired ds mPNs right >= 5 synapses individual, mw brain neurons, mw brain neurons + SU, DPMpl1/2 R, mw brain inventory, mw draft complete, mw right, mw axon split complete, IP com, mw brain neurons split, #4, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 14995061 ds ipsilateral partners, mw 14995061 ds contralateral partners, mw 17729973 ds contralateral partners, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, upFBPBs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); SLU_right (L1EM:15585114); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

SLV_left (L1EM:12299647) [VFB_00102ezp]

ni-neurons MB_l akira, Fragments 2014-01-18 14:57, ASB left, connect to locked, connect to locked MBE20, downstream of mPN, PB_upstream_akira, stuck 17054917, mw paired 4, laura to review mPNs, S2A2, SLV-L, S2A2-Simplified, mw brain neurons + SU, mw brain inventory, mw complete, DPLc5_l akira, mw left, mw axon split complete, mw brain neurons split, DPLc5 a L, SMP IPA com, #5T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, SMP IPA com, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, mw bilateral axon, SMPm comp L, SMP comp L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 2-hop, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, upFBPBs, downMBONs, downPB, test2, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 37_level-6_clusterID-109_signal-flow_-0.400, 66_level-7_clusterID-177_signal-flow_-0.517, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; SLV_left (L1EM:12299647); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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SLV_right (L1EM:11624548) [VFB_00102eyl]

downstream of mPN, connect to locked, connect to locked MBE20, ASB Downstream of Ipsi Bridges Right, li temp 10 25 2016 below 1500 nodes right, ASB downstream of right mPNs, frag, li temp 5 more with single mPN, PB_upstream_akira, li temp upn downstream all non local, mw paired 4, paired ds mPNs right >= 3 individual, laura to review mPNs, S2A2, SLV-R, S2A2-Simplified, ni-neurons MB_r akira, mw brain neurons + SU, mw brain inventory, mw complete, mw right, mw axon split complete, mw brain neurons split, DPLc5 a R, SMP IPA com, #5, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, SMP IPA com*, mw brain matrix, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, SMP comp, mw bilateral axon, SMPm comp, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 2-hop, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, upFBPBs, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 37_level-6_clusterID-109_signal-flow_-0.400, 66_level-7_clusterID-177_signal-flow_-0.517, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; SLV_right (L1EM:11624548); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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small cell associated with anterior dorsal histoblasts abdominal 1 [FBbt_00001795]

Cell that belongs to a bilaterally-paired cluster of approximately 10 small cells per abdominal hemisegment, just medial to the anterior dorsal histoblast nest in larval abdominal segment 1. These are not histoblasts or epidermal cells and do not increase in size during larval life.

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small cell associated with anterior dorsal histoblasts abdominal 2 [FBbt_00001797]

Cell that belongs to a bilaterally-paired cluster of approximately 10 small cells per abdominal hemisegment, just medial to the anterior dorsal histoblast nest in larval abdominal segment 2. These are not histoblasts or epidermal cells and do not increase in size during larval life.

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small cell associated with anterior dorsal histoblasts abdominal 3 [FBbt_00001799]

Cell that belongs to a bilaterally-paired cluster of approximately 10 small cells per abdominal hemisegment, just medial to the anterior dorsal histoblast nest in larval abdominal segment 3. These are not histoblasts or epidermal cells and do not increase in size during larval life.

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small cell associated with anterior dorsal histoblasts abdominal 4 [FBbt_00001801]

Cell that belongs to a bilaterally-paired cluster of approximately 10 small cells per abdominal hemisegment, just medial to the anterior dorsal histoblast nest in larval abdominal segment 4. These are not histoblasts or epidermal cells and do not increase in size during larval life.

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small cell associated with anterior dorsal histoblasts abdominal 5 [FBbt_00001803]

Cell that belongs to a bilaterally-paired cluster of approximately 10 small cells per abdominal hemisegment, just medial to the anterior dorsal histoblast nest in larval abdominal segment 5. These are not histoblasts or epidermal cells and do not increase in size during larval life.

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small cell associated with anterior dorsal histoblasts abdominal 6 [FBbt_00001805]

Cell that belongs to a bilaterally-paired cluster of approximately 10 small cells per abdominal hemisegment, just medial to the anterior dorsal histoblast nest in larval abdominal segment 6. These are not histoblasts or epidermal cells and do not increase in size during larval life.

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small cell associated with anterior dorsal histoblasts abdominal 7 [FBbt_00001807]

Cell that belongs to a bilaterally-paired cluster of approximately 10 small cells per abdominal hemisegment, just medial to the anterior dorsal histoblast nest in larval abdominal segment 7. These are not histoblasts or epidermal cells and do not increase in size during larval life.

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small undifferentiated primary neuron [FBbt_00049543]

Primary neuron found in the embryo or larva that remains in an undifferentiated state during early larval stages (Andrade et al., 2019). They have a simple, thin, unbranched process that enters the neuropil, but lacks output synapses (Andrade et al., 2019). At least some of these differentiate into mature adult neurons during late larval and pupal stages (Andrade et al., 2019). In the first instar brain, there are around 802 of these neurons, which is more than 25% of brain primary neurons (Andrade et al., 2019).

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SN innervated muscle of A1-7 [FBbt_00110213]

Muscles of the body wall that are innervated by the segmental nerve in the larval abdominal segments A1-7. The classification of muscles in SN, ISN or TN innervated is based not only on innervation, but also orientation (and presumed function), specification pathways during development (wingless dependendence for SN and TN innervated muscles) and the muscle’s location in the internal or external layers (although there are exceptions to this) (Landgraf et al., 1997).

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SN motor neuron of A1-7 [FBbt_00110214]

Motor neuron that innervates the muscles of larval abdominal segments A1-7 and which fasciculates with the segmental nerve. Its soma is located in the same segment as the muscle it innervates. The dendritic domain of the motor neuron is located posteriorly to the dendritic domain of the ISN motor neurons. There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7. Almost all motor neurons that fasciculate with the segmental nerve have their soma located in the same segment in which the muscles they project to are located. There are two exceptions: DA2 motorneuron and VUM motor neuron (Landgraf et al., 1997).

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sneak left (L1EM:17728605) [VFB_00102fgz]

BAlc post_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, BAlc L, mw axon split complete, AL p, mw brain neurons split, #3T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TRdl, TRdl, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, TRdl comp L, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, sw;pairs;L, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 5_level-7_clusterID-147_signal-flow_1.320, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [sneak left (L1EM:17728605); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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sneak right (L1EM:16463097) [VFB_00102f92]

Andi AL, BAlc post_r akira, downstream of AN-B2, DSB2A, downstream of SCAN2A, deviant, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, BAlc R, AL p, mw axon split complete, mw brain neurons split, mw developmental defect, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TRdl, TRdl, mw dSEZ, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, TRdl comp, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order, mw gustatory-pharyngeal 2nd_order, sw;pairs;R, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 5_level-7_clusterID-147_signal-flow_1.320, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; sneak right (L1EM:16463097); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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soma only 10316045 (L1EM:10316044) [VFB_00102evc]

nadia, pDM Bundle 7, r lineage 5, CM1 r diff cells, mw brain neurons + SU, mw brain inventory, mw brain todo, mw left, CM1/3 m L, CM1/3 L, INC, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw gap severe, less than 150nm length, mw brain neurons + sensories, mw brain unpaired todo 1-13-20, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *CM13_med_l akira, mw brain ipsilateral, mw brain matrix + A1, mw brain matrix and A1, mw brain paper all neurons, mw brain incomplete, mw unpaired 2021-04-13, mw missing axon, mw missing dendrite, stable, mw brain unreviewed, mw brain very incomplete, mw brain and inputs, mw left incomplete, ND_published, ND_all published et al [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); soma only 10316045 (L1EM:10316044); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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soma only; CP23 v 2 right (L1EM:8127911) [VFB_00102epx]

CPa, CPa_r akira, unpaired ds MBONs >= 5, m unpaired, mw brain neurons, mw brain neurons + SU, CP2/3 v R, mw brain inventory, mw right, ipsi, IP ipsi, #7, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw brain todo, mw gap severe, less than 150nm length, mw brain neurons + sensories, mw brain unpaired todo 1-13-20, IPL/M p VMC, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, IPL/Mall, IPLMall, mw brain matrix and A1, mw brain paper all neurons, mw brain incomplete, mw unpaired 2021-04-13, mw missing axon, mw missing dendrite, stable, mw brain unreviewed, mw brain very incomplete, mw brain and inputs, mw right incomplete, ND_published, ND_all published et al [soma only; CP23 v 2 right (L1EM:8127911); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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SP1 neuron [FBbt_00001367]

Bilaterally paired neuron of the embryo/larva. Each (?) abdominal segment contains a pair of SP1 neurons with an axon that crosses the ventral midline as part of the anterior commissure, wraps around the cell body of its contralateral partner and then extends anteriorly as part of the longitudinal connective. During development, these axons pioneer the anterior commissure and longitudinal connectives.

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SP2-1;left (L1EM:7982896) [VFB_00102epr]

Serotonergic, Right LON, Brain, CM4 r, CM4 r diff cells, Left, locked, Larval Optic Neuropile_LON, WB_CM4 L, Larisa to merge, ASB left, CM4-dm_l akira, CM4 LH neurons, downstream of mPN, connect to locked SP2, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, ASB Unresolvable Frag , connect 8527135, connect to locked SP2-1 left, mw paired 2, pair of ds mPN right >= 5, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, potential pairs ds thermo PNs >= 5, pairs ds visual PNs >= 5, pairs ds mPNs >= 10, potential GABA, connect to locked Sp2, connet to locked SP-2, connect 18769266, lost to gap 11094587, m reviewed, LHNs, axoAmb mPNs, axoAmb vPNs, mLHNs, vLHNs, putative LHN, hemilateral_pair_7982896_8177199, mw brain neurons, mw brain neurons + SU, BLD1, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw brain neurons split, IP com, #1T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPL/M com, mw preliminary LN, mw brain matrix, mw mixed axon/dendrite <0.2 segregation index, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-vPNs, mw LHN, mw backup locked, sw:brain_paired:L, sw;brainpair;L, sw;deviant;L, sw;2dev;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw thermo-warm 3rd_order, mw upstream KCs, mw LHN-vPN, mw interhemispheric integration 2-hop, sw;pairs;L, sw;mdev1, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, sw;mdeviants, check if PB, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 17_level-6_clusterID-100_signal-flow_0.497, 32_level-7_clusterID-166_signal-flow_0.299, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, sw;deviants, sw;questions, sw;deviants strong, ND_published, ND_all published et al, sw;check, ctd LHNs, ct LHNs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; is part of; SP2-1;left (L1EM:7982896); VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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SP2-1;right (L1EM:8177199) [VFB_00102eq5]

Serotonergic, Brain, pvm023, Left LON, locked, Larval Optic Neuropile_LON, TODO calyx Kathi, MB calyx after gap, Larisa network PVL09_right, Larisa PVL09 downstream, Larisa to merge, Serotonergic SP2-1_right part, to be added, WB_CM4 R, ivan figure visual olfactory LH, visual_left, CM4-dm_r akira, CM4 LH neurons, Merge to locked SP2-1 right, downstream of mPN, connect to locked MBE20, merge to locked SP2-right, connect to locked SP2, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, small fragment, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, m connect, connect to locked Sp2, connect 8174289, connect 8882096, connect 11196345, mw paired 2, paired ds mPNs right >= 5 synapses individual, paired ds mPNs right >= 10 synapses individual, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, potential pairs ds thermo PNs >= 5, pairs ds visual PNs >= 5, pairs ds mPNs >= 10, potential GABA, ASB TODO Large Frag at Gap; Microtubules, connect to locked SP2-1, no way out 19019057, no way out 19399397, m reviewed, LHNs, axoAmb mPNs, axoAmb vPNs, mLHNs, vLHNs, putative LHN, connect to locked SP-2 right, hemilateral_pair_7982896_8177199, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, IP com, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, IPL/M com, mw preliminary LN, mw brain matrix, mw mixed axon/dendrite <0.2 segregation index, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, lv R TOONs minus ORN PNs and KCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-vPNs, mw LHN, mw backup locked, sw:brain_paired:R, sw;brainpair;R, sw;deviant;R, sw;2dev;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw thermo-warm 3rd_order, mw upstream KCs, mw LHN-vPN, sw;pairs;R, sw;mdev1, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, sw;mdeviants, check if PB, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 17_level-6_clusterID-100_signal-flow_0.497, 32_level-7_clusterID-166_signal-flow_0.299, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, sw;deviants, clb brainpaircensus mw right, sw;questions, sw;deviants strong, ND_published, ND_all published et al, sw;check, ctd LHNs, ct LHNs [SP2-1;right (L1EM:8177199); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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spiracular chamber [FBbt_00000426]

Epithelial tube that connects the spiracular branch 10 derived from the dorsal trunk to the embryonic/larval posterior spiracle. At one end, it is lined with cuticular threads call filzkorper, covered in oily secretions from the spiracular gland. At the other end, the chamber divides into 3 flattened branches that terminate at the surface as three major spiracular openings.

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spot sensillum of dorso-lateral group [FBbt_00002681]

Pit sensillum located in the dorso-lateral group of the terminal organ, on the head of the embryo/larva, located next to the dorsolateral papilla. It resembles a small pit, and houses a single dendrite that has a tubular body, indicative of mechanosensation (Rist and Thum, 2017). The bipolar neuron that innervates this sensillum has its cell body in the terminal organ ganglion.

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Stirrups left (L1EM:8801736) [VFB_00102erq]

DPLc4 l, WB_DPLc4 L, DPMl_ant_dor_l akira, DPMm2 pair, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw mixed lineage neurons, mw draft complete, mw left, mw axon split complete, mw brain neurons split, IPM/P VMC com, #2T, DPMl1/2 a, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, IPP VMC com, mw pre-RG feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw partner loops, mw 8801736 upstream partners, mw 8801736 downstream partners, PL-14, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, DPMl2 L, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integration 4-hop, mw proprio 3rd_order, sw;pairs;L, sw;mdev5, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, remove FB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 42_level-6_clusterID-76_signal-flow_-0.513, 65_level-7_clusterID-76_signal-flow_-0.513, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [Stirrups left (L1EM:8801736); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Stirrups right (L1EM:6049565) [VFB_00102enu]

DPLc4 r, WB_DPLc4 R, DPMm2_r akira, DPLc 4 2 neuron 6049567_Incomplete, DPMm2 pair, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw mixed lineage neurons, mw draft complete, mw right, mw axon split complete, IPM/P VMC com, mw brain neurons split, #2, DPMl1/2 a, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, IPP VMC com, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw partner loops, mw 8801736 upstream partners, mw 8801736 downstream partners, PL-14, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, DPMl2 R, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integration 4-hop, mw proprio 3rd_order, sw;pairs;R, sw;mdev5, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, remove FB.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 42_level-6_clusterID-76_signal-flow_-0.513, 65_level-7_clusterID-76_signal-flow_-0.513, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [Stirrups right (L1EM:6049565); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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supraesophageal commissural pioneer tract [FBbt_00001632]

Pioneer commissural tract of the embryonic supraesophageal ganglion. It is formed by the continuing axons of the medial cervical, lateral cervical and lateral protocerebral pioneer tracts that form three fascicles. First axons of the medial cervical tract (P2l and D/T clusters) grow medially towards the P2m cluster. Following the outline of this cluster, the axons reach the dorsal midline where they meet and fasciculate with their contralateral counterparts, and form the anterior ventral commissural tract (anterior VCT). A second commissural tract, the posterior VCT, is formed just posterior to the anterior VCT by collaterals of the lateral cervical tract. The third tract, the dorsal commissural tract, is formed by axons of the P4l and P3l clusters that grow anteriorly, make a sharp turn medially and form a commissural bundle dorsally to the anterior VCT.

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surface layer of the larval mushroom body [FBbt_00110200]

Surface layer of the third instar larval mushroom body, encompassing the pedunculus and lobes. The embryonic-born gamma type Kenyon cells are contained in this layer. This layer was identified by staining with a FasII antibody. The surface layer is partially FasII-negative (Pauls et al., 2010; Kurusu et al., 2002).

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T1 neuron (L1EM:6568902) [VFB_00102ega]

Julie Tran, bundles, To Be Reviewed / Named, downstream of AN-B2, DSB2A, interneurons Se0, interneurons Se0ens, Lin Q3 al LB, Lin Q2 LB R, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, AUTO multiple presynapses to brain, Pankratz pre, mw SEZ ascending neurons with open-ends/outputs in brain, Imambocus et al, NB5-2 Lin 06 LB R, inter_to_Se0, ND_all published et al [EM L1 Imambocus et al., 2022; embryonic/larval neuron; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; T1 neuron (L1EM:6568902); CC-BY_4.0; VFB CATMAID L1 CNS]

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t1l ventral (L1EM:5071140) [VFB_00102eg6]

mACT, downstream of AN-B2, DSB2A, nusreen to review, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, AUTO multiple presynapses to brain, VNC L, mw SEZ ascending neurons with open-ends/outputs in brain, Imambocus et al, YYCWMLEH, Maxime2022, Maxime2022 Unpublished, ND_all published et al [EM L1 Imambocus et al., 2022; transmission electron microscopy (TEM); t1l ventral (L1EM:5071140); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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t2L medial soma pn to the PI region (L1EM:7345403) [VFB_00102egc]

downstream of AN-B2, DSB2A, DMNBp, downstream of SCAN2A, DPMm2 bilat desc R MDT downstream, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, AUTO multiple presynapses to brain, Imambocus et al, Maxime2022, Maxime2022 Unpublished, RGPNs_upstream_AM, ND_all published et al [EM L1 Imambocus et al., 2022; t2L medial soma pn to the PI region (L1EM:7345403); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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tachykinin cell of the embryonic/larval midgut [FBbt_00110032]

Cell of the embryonic/larval midgut that expresses tachykinin (FBgn0037976). In the late third instar, tachykinin expressing cells in the midgut are located posteriorly, just anterior to the attachment of the Malpighian tubules and have a morphology consistent with an endocrine role. Siviter et al., 2000, observed tachykinin expressing cells in the midgut at embryonic stage 17 and in late third instar larvae using an antibody raised against locust tachykinin.

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Tel-like 3; BLVp1 7 right (L1EM:9637388) [VFB_00102eu2]

Brain, missing axon to gap in the other side, Javier Brain, Larisa fragment to solve, fragments downstream pvl09, BLVp1_r akira, At Gap, downstream of mPN, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, unpaired ds mPNs right >= 5 synapses individual, laura to review mPNs, ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, pairs ds visual PNs >= 5, pairs ds mPNs >= 10, Tel-like 3 pair, LHNs, axoDen mPNs, axoDen vPNs, mLHNs, vLHNs, putative LHN, hemilateral_pair_9637388_17729088, mw brain neurons, mw brain neurons + SU, BLVp1 R, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, mw axon split complete, VLP com, mw brain neurons split, #7, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 17165621 us partners, stable, mw ad hubs_out, mw ds-vPNs, mw LHN, mw ad all_hubs, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;R, mw noci 2nd_order, mw noci 2nd_order PN-old, mw LHN-vPN, sw;pairs;R, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 21_level-6_clusterID-69_signal-flow_0.217, 26_level-7_clusterID-124_signal-flow_0.499, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd LHNs, ct PNs-somato, ct LHNs [EM L1 Winding, Pedigo et al., 2023; Tel-like 3; BLVp1 7 right (L1EM:9637388); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Tel-like 3; BLVp1 7? left (L1EM:17729088) [VFB_00102fh9]

potential DP1 cell bodies, BLVp1_l akira, fragments downstream pvl09, f_down pOLP&PVL09, det pair, Larisa check cross, m gap, laura to review mPNs, ds olfactory mPNs >=5 synapses individual, unpaired ds olfactory mPNs >=5 synapses individual, pairs ds olfactory mPNs >=5 synapses individual, pairs ds visual PNs >= 5, Neuron with Soma - Axon lost at gap - mw gap, pairs ds mPNs >= 10, Tel-like 3 pair, LHNs, axoDen mPNs, axoDen vPNs, mLHNs, vLHNs, putative LHN, hemilateral_pair_9637388_17729088, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw axon split complete, mw brain neurons split, VLP com, BLVp1 L, AUTO ascending neurons, mw colored-matrix-2019-09-12, #7T, mw brain neurons + sensories, mw brain crosses commissure, VLP com, mw brain matrix, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 17165621 us partners, stable, mw ad hubs_out, mw ds-vPNs, mw LHN, mw ad all_hubs, mw brain open-ends 3, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, mw noci 2nd_order PN-old, mw LHN-vPN, sw;pairs;L, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 21_level-6_clusterID-69_signal-flow_0.217, 26_level-7_clusterID-124_signal-flow_0.499, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct PNs-somato, ct LHNs [EM L1 Winding, Pedigo et al., 2023; Tel-like 3; BLVp1 7? left (L1EM:17729088); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Tel-like 8 left (L1EM:12195879) [VFB_00102ezj]

nadia, pDM Bundle 1, r lineage 12, WB_BLP12ab L, CPbl_l akira, Search for EB, hemilateral_pair_10164921_12195879, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, CP2/3 v L, IPA com, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, FrMC, #4T, mw brain neurons + sensories, mw brain crosses commissure, IP VMC com 1, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 15541971 us partners, stable, mw 9870483 upstream partners, mw 9870483 downstream partners, mw 16753901 downstream partners, nr horseshoe, nr Tel-like 10 downstream 2-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-VNCs [Tel-like 8 left (L1EM:12195879); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Tel-like 8 right; CP23 v 8 (L1EM:20443598) [VFB_00102fm6]

Javier Brain, The distribution of dendrites and axon looks odd, Looks like Tel-like 1, Only one synapse with a00c a4, DS of TL1, CP23 l dont know, CPbl, CPbl_r akira, Search for EB, hemilateral_pair_10164921_12195879, mw brain neurons, mw brain neurons + SU, CP2/3 v R, mw brain inventory, mw draft complete, mw right, IPA com, mw axon split complete, mw brain neurons split, #4, mw colored-matrix-2019-09-12, FrMC, SMALL FRAGMENT, mw brain neurons + sensories, mw brain crosses commissure, IP VMC com 1, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 15541971 us partners, stable, mw 9870483 upstream partners, mw 9870483 downstream partners, mw 16753901 downstream partners, nr Tel-like 10 downstream 2-hop, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-VNCs [transmission electron microscopy (TEM); Tel-like 8 right; CP23 v 8 (L1EM:20443598); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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Tel10 (L1EM:10319019) [VFB_00102eve]

Similar to Tel-like 8, Javier Brain, network fit_downstream pvl09, WB_BLP12ab R, BLP12_r akira, Search for EB, BLP12 b 6, Tel10, RIGHT, Sensory_to_VL_MBINs akira, MB_FB_CN_all_akira, MB_FB_all_akira, Atlas_MB_FB_select_right_akira, Atlas_MB_FB_CN_right_akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw right, mw axon split complete, mw brain neurons split, CP2/3 v R, IPA com, #8, mw current paired, mw colored-matrix-2019-09-12, FrMC, mw brain neurons + sensories, mw brain crosses commissure, IP VMC com 1, mw brain matrix, mw brain contralateral, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10, nr Tel-like 10 downstream 3-hop, mw brain open-ends 3, ac locked, mw backup locked, sw:brain_paired:R, sw;brainpair;R, mw noci 2nd_order, mw noci 2nd_order PN-old, mw 17086412 downstream partners, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); Tel10 (L1EM:10319019); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Tel10 (L1EM:16356967) [VFB_00102f8a]

nadia, network fit_downstream pvl09, WB_BLP12ab L, CPbl_l akira, Search for EB, Tel10, LEFT, Sensory_to_VL_MBINs akira, MB_FB_CN_all_akira, MB_FB_all_akira, locked, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw previously complete, mw left, CP2/3 v L, IPA com, mw axon split complete, mw brain neurons split, mw current paired, mw colored-matrix-2019-09-12, FrMC, #8T, mw brain neurons + sensories, mw brain crosses commissure, IP VMC com 1, mw brain matrix, mw brain contralateral, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, nr horseshoe, nr Tel-like 10, nr Tel-like 10 downstream 3-hop, mw backup locked, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, mw noci 2nd_order PN-old, mw 17086412 downstream partners, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; Tel10 (L1EM:16356967); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

Tags:

Tel5 (L1EM:20443420) [VFB_00102fm1]

Javier Brain, l lineage a, WB_BLVa R, BLP34_r akira, Tel5, RIGHT, Sensory_to_VL_MBINs akira, MB_FB_CN_all_akira, MB_FB_all_akira, Atlas_MB_FB_select_right_akira, Atlas_MB_FB_CN_right_akira, locked, hemilateral_pair_5750884_9756589, mw brain neurons, mw brain neurons + SU, BLP3/4 b R, mw complete, mw brain inventory, RIGHT Tel-like 5 right, mw right, mw axon split complete, mw brain neurons split, VLP IP com, #5, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLP IP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10982951 ds ipsilateral partners, mw 10982951 ds contralateral partners, stable, mw pre-dSEZ, mw brain unreviewed, mw backup locked, sw:brain_paired:R, sw;brainpair;R, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;idev3, sw;pairs;R, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 18_level-6_clusterID-89_signal-flow_0.487, 27_level-7_clusterID-89_signal-flow_0.487, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); Tel5 (L1EM:20443420); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

Tel5 (L1EM:5750884) [VFB_00102emu]

r lineage 6, Fragments 2014-01-18 14:57, WB_BLVa L, BLP34_l akira, Search for EB, Tel5, LEFT, Sensory_to_VL_MBINs akira, MB_FB_CN_all_akira, MB_FB_all_akira, locked, hemilateral_pair_5750884_9756589, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, VLP IP com, BLP3/4 b L, #5T, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, VLP IP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10982951 ds ipsilateral partners, mw 10982951 ds contralateral partners, stable, mw pre-dSEZ, mw brain reviewed <80%, mw backup locked, sw:brain_paired:L, sw;brainpair;L, mw noci 2nd_order, mw noci 2nd_order PN-old, sw;idev3, sw;pairs;L, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 18_level-6_clusterID-89_signal-flow_0.487, 27_level-7_clusterID-89_signal-flow_0.487, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; Tel5 (L1EM:5750884); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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telegoro-2 left; Txx_t1r (L1EM:13749806) [VFB_00102f24]

Txx_t1r, ASB left, DPMl_ant_dor_l akira, DNs akira-2, mw brain neurons, mw brain neurons + SU, EH_downstream_T3, SH_T3, SH_T1down, mw brain inventory, EH-left_down_pre, mw issues, mw previously complete, RGPN_outputs_T3, EH_outputs_T3, mw left, mw axon split complete, mw brain neurons split, 15 Beige, T1 15 Beige, DPMm2 L, IPA bilat desc, AUTO descending neurons to VNC, #4T, mw colored-matrix-2019-09-12, Avi 122, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, mw brain matrix, mw brain contralateral, IPA bilat desc, mw dVNC medial_dorsal, mw dSEZ 2nd_order, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, sw:brain_paired:L, sw;brainpair;L, lv dVNC to T3+A1, lv dVNC to A1, mw noci 3rd_order, mw mechano-II/III 3rd_order, mw dSEZ-feedback-1hop 2022-03-15, mw dVNC not to A1, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); telegoro-2 left; Txx_t1r (L1EM:13749806); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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telegoro-2 right; (ipsigoro lineage) (L1EM:14034206) [VFB_00102f2q]

Ipsigoro lineage descending neuron, ipsigoro lineage, Upstreams of Goro akira, Oval c, DPLc2 r, WB_DPLc2 R, DPMl_ant_dor_r akira, DPMm2 ant dor, ASB left, DNs akira-2, neuron a9/10, MB2IN19U, mw brain neurons, mw brain neurons + SU, fragment_SH, DPMm2 R, SH_T1down, mw brain inventory, EH_down_pre, A27h_a8l lineage, mw draft complete, mw issues, double check for A27h_a8, mw right, mw axon split complete, IPA bilat desc, mw brain neurons split, #4, DH44_inter_T1_nosens, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Chiasm MBDL, Avi 122, mw brain neurons + sensories, mw dVNC, post-post-proprioceptor >5, mw brain crosses commissure, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, MB2IN-19up3, mw brain contralateral, IPA bilat desc, mw dVNC medial_dorsal, mw dSEZ 2nd_order, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, FOR21, FOR21_inter, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Merged: look at, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, CCWA09Input, CCWA09input, mw noci 3rd_order, mw mechano-II/III 3rd_order, mw dSEZ-feedback-1hop 2022-03-15, mw dVNC not to A1, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, RGPNs_upstream_AM, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; telegoro-2 right; (ipsigoro lineage) (L1EM:14034206); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Telegoro-like 2 L (L1EM:5764924) [VFB_00102emz]

r lineage 13, BLVp1_l akira, DNs akira-2, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, UNI, BLVp1 L, #2T, mw brain neurons + sensories, mw dSEZ, mw brain crosses commissure, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 18500915 ds ipsilateral partners, mw 18500915 ds contralateral partners, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw noci 3rd_order, sw;pairs;L, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; Telegoro-like 2 L (L1EM:5764924); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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Telegoro-like 2 R (L1EM:10947427) [VFB_00102ex4]

To Continue At Gap, DNs akira-2, BLVp1_r akira, mw brain neurons + SU, mw complete, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, AUTO descending neurons to SEZ, AUTO ascending neurons, mw colored-matrix-2019-09-12, UNI, BLVp1 R, #2, mw brain neurons + sensories, mw dSEZ, mw brain crosses commissure, UNI, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 18500915 ds ipsilateral partners, mw 18500915 ds contralateral partners, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw noci 3rd_order, sw;pairs;R, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 52_level-7_clusterID-121_signal-flow_-0.145, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); Telegoro-like 2 R (L1EM:10947427); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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telephone-related left (L1EM:10922928) [VFB_00102ewx]

WB_BAla34 L, BAla34_l akira, downstream of mPN iACT B1 right, mw brain neurons, mw brain neurons + SU, mw complete, mw brain inventory, BAla3/4 L, mw left, TR IP com, mw axon split complete, mw brain neurons split, #6T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SEZ d IPP com, post-post-proprioceptor >5, mw brain crosses commissure, SEZ d IPP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ 2nd_order, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw degree 30-40, mw betweenness_centrality >0.1, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, stable, mw ad hubs_out, mw ad all_hubs, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw mechano-II/III 3rd_order, mw dSEZ-feedback-1hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; telephone-related left (L1EM:10922928); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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telephone-related right (L1EM:3149791) [VFB_00102eit]

Brain, Right, 27 down 2, BAla34_r akira, mw brain neurons, mw brain neurons + SU, BAla3/4 R, mw brain inventory, mw right, TR IP com, mw axon split complete, mw brain neurons split, mw draft complete, #6, mw colored-matrix-2019-09-12, mw brain neurons + sensories, SEZ d IPP com, post-post-proprioceptor >5, mw brain crosses commissure, SEZ d IPP com, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw dSEZ 2nd_order, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, Upstream CN29, stable, mw ad hubs_out, mw ad all_hubs, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw mechano-II/III 3rd_order, mw dSEZ-feedback-1hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 50_level-7_clusterID-126_signal-flow_-0.099, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); telephone-related right (L1EM:3149791); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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terminal organ [FBbt_00002690]

External compound sense organ of the antenno-maxillary complex of the larval head consisting of a distal group of 11 sensilla and a dorso-lateral group of 3 sensilla. This organ is innervated by gustatory receptor neurons that fasciculate with either the larval maxillary nerve (for the dorso-lateral group) or the larval antennal nerve (for the distal group) and terminate in area 2 of the subesophageal ganglion.

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Thermo PN 5 (L1EM:4260935) [VFB_00102ekj]

Only Togethers PN, Temperature Neurons, Temperature Projection Neurons, Thermo20140103, ThermoSensoryCircuit, Thermosensory PNs, WB_BAlc L, Pre-MBE27b-9, Calyx input left MB, BAlc post_l akira, Calyx inputs final, other PNs calyx, Pre-MBINs akira final, MB2IN-183, Calyx Ladder Common Partners Upstream, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, downstream of SCAN3A, LEFT, tPNs, Rest of MB2INs akira, Other MB2INs akira, MB_FB_CN_all_akira, MB2INs_akira, MB_FB_all_akira, MB2IN-183 L, Other_MB2INs_for_fraction_akira, sVUMU1All, hemilateral_pair_3756659_4260935, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, MN-Sens-Int-2, mw left, mw axon split complete, CA LH mALT ug, mw brain neurons split, #1T, mw current paired, mw colored-matrix-2019-09-12, PNs thermo, Thermo PN 5, mw MB for Priebe Group, mw brain neurons + sensories, AL CA SLP, AL CA SLP, mw tPN, mw brain matrix, sVUM1up2, mw all PNs, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, lv_cb_pre, sw:brain_paired:L, sw;brainpair;L, mw thermo-cold 2nd_order, mw thermo-cold 2nd_order PN-old, mw upstream KCs, mw PNs upstream KCs, mw upstream KCs thermo-cold PN, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 9_level-5_clusterID-53_signal-flow_0.718, 16_level-6_clusterID-97_signal-flow_0.534, 28_level-7_clusterID-159_signal-flow_0.421, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; Thermo PN 5 (L1EM:4260935); VFB CATMAID L1 CNS]

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Thermo PN 7 (L1EM:3002410) [VFB_00102eij]

Temperature Neurons, Loopers, Loopers Right, Temperature Projection Neurons, ThermoBruno, BrunoThermo, ThermoPN20130726, ThermoLeft201309, 20131018, MBE11 and 12, ThermoSensoryCircuit, Thermosensory PNs, Light and Thermo convergence in LH, ambiguous fragment 1, Andi AL, SOG neurons, WB_BAla12 R, Tract references akira, ALT_r, Calyx input right MB, BAla12_r akira, other PNs calyx, downstream of SCAN3A, tPNs, hemilateral_pair_3002410_4108016, mw brain neurons, mw brain neurons + SU, BAla1/2 R, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw right, IP CA mALT, #2, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, PNs thermo, Thermo PN 7, mw MB for Priebe Group, mw brain neurons + sensories, AL CA IP, mw tPN, mw brain matrix, mw all PNs, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, lv_cb_pre, sw:brain_paired:R, sw;brainpair;R, mw thermo-cold 2nd_order, mw thermo-cold 2nd_order PN-old, mw upstream KCs, mw PNs upstream KCs, mw upstream KCs thermo-cold PN, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 17_level-5_clusterID-32_signal-flow_-0.030, 36_level-6_clusterID-66_signal-flow_-0.397, 25_level-7_clusterID-120_signal-flow_0.593, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd PNs, ct PNs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); Thermo PN 7 (L1EM:3002410); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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thoracic dorsal bipolar neuron dbp [FBbt_00052559]

Bipolar dendrite neuron with its soma in the dorsal sensory cluster of a larval thoracic segment (Bodmer and Jan, 1987; Campos-Ortega and Hartenstein, 1997). It emits two dendritic branches running anterior-posteriorly (Bodmer and Jan, 1987), and its axon fasciculates with the intersegmental nerve (Campos-Ortega and Hartenstein, 1997).

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TN innervated muscle of A1-7 [FBbt_00110303]

Muscles that are innervated by the transverse nerve in the larval abdominal segments A1-7. The classification of muscles in SN, ISN or TN innervated is based not only on innervation, but also orientation (and presumed function), specification pathways during development (wingless dependendence for SN and TN innervated muscles) and the muscle’s location in the internal or external layers (although there are exceptions to this) (Landgraf et al., 1997).

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TN motor neuron of A1-7 [FBbt_00110304]

Motor neuron that innervates the muscles of larval abdominal segments A1-7 and which fasciculates with the transverse nerve. The dendritic domain of the motor neuron is located posteriorly to the dendritic domain of the motorneurons of ISN motor neurons. There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7.

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tracheal precursor cell [FBbt_00005041]

Somatic cell that gives rise to the larval trachea. At embryonic stage 10 the tracheal precursor cells form ectodermal placodes that invaginate to form the tracheal pits by early stage 11. After invagination, the cells in the pit become tracheal cells and begin to form branches, the epidermis fuses, closing the pit and leaving a spiracular branch joining the trachea to the epidermis.

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transient extrinsic neuron of pupal optic lobe [FBbt_00058013]

An extrinsic neuron of the optic lobe that is only present during pupal development. The projections of these neurons wrap the dorsal and ventral edges of all optic lobe neuropils except the lamina. They originate from progenitors at the tips of the outer proliferation centre and are cleared by apoptosis during late pupal stages. They specifically express dimmed (FBgn0023091) and portabella (FBgn0043005) (Ozel et al., 2021).

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transient interhemispheric fibrous ring [FBbt_00051435]

Fibrous structure found at the midline of the pupal brain, between the two mushroom bodies, that has a ring-like morphology when viewed in the sagittal plain (Simon et al., 1998). It is a highly organized structure of characteristic loops and hooks that is formed by four interhemispheric glial cells (Simon et al., 1998; Hitier et al., 2000). It has a scaffolding role, contributing to the organisation of adult brain regions, particularly the central complex (Simon et al., 1998; Hitier et al., 2000). It begins to be formed during third instar larval stage and disappears prior to eclosion (Simon et al., 1998). Can be identified by expression of derailed (FBgn0015380) (Simon et al., 1998; Hitier et al., 2000)

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two cone-cell ommatidial precursor cluster [FBbt_00001774]

Ommatidial precursor cluster composed of eight future photoreceptors and two cone cell precursors. The two cone-cell ommatidial precursor stage is defined by the apical arrival of the nuclei of R7 and the anterior and posterior cone-cells. The nuclei of R1 and R6 are displaced basally. R4 loses its apical contact with R8, and R3 contacts R5 (Cohen, 1993).

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U neuron [FBbt_00001564]

Neuron of the larval ventral nerve cord that is formed from one of the first five ganglion mother cells (GMCs) generated by neuroblast NB7-1 (Cleary and Doe, 2006). Each of these GMCs produces a U neuron (distinguishable by eve gene expression) and a U sibling neuron (Skeath and Doe, 1998). U neurons are motor neurons (Cleary and Doe, 2006).

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UNK anterior basal 1 right; post lat ven #7 neuron 6219446 right (L1EM:6219445) [VFB_00102eo6]

downstream of AN-B2, downstream of AN-B1, DSB2B, DSB2A, downstream of B1 and B2, downstream of SCAN2A, downstream of SCAN2B, interneurons Se0, interneurons Se0ens, preANmotor, AN_premotor_AS, unknown lineage, mw brain neurons + SU, mw brain inventory, mw right, mw axon split complete, mw brain neurons split, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, VOLKER CHECK, mw brain neurons + sensories, mw dSEZ, mw brain matrix, Pankratz pre, mw brain unpublished <80% reviewed 2020-04-24, mw AN_MN 2nd_order, mw ORN_AN_MN 2nd_order, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw pre-dSEZ, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, inter_to_Se0, mw gustatory-pharyngeal 2nd_order, sw;pairs;R, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, Damian_AO, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 3_level-4_clusterID-21_signal-flow_0.855, 7_level-5_clusterID-44_signal-flow_0.826, 3_level-6_clusterID-86_signal-flow_1.332, 5_level-7_clusterID-147_signal-flow_1.320, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd DN-SEZs, ct pre-DN-SEZs, ct DN-SEZs [UNK anterior basal 1 right; post lat ven #7 neuron 6219446 right (L1EM:6219445); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK basal left (L1EM:5704424) [VFB_00102emj]

At Gap, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw draft complete, mw mixed lineage neurons, mw axon split complete, mw brain neurons split, BLVa3/4 b L, UNI, AUTO ascending neurons at 1112 gap, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, #2T, less than 150nm length, mw brain neurons + sensories, UNI*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, unknown lineage, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw mechano-Ch 3rd_order, sw;idev4, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, ND_published, ND_all published et al, ctd other, ct other [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; UNK basal left (L1EM:5704424); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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UNK basal right; DL-LH_cand2 (L1EM:3166745) [VFB_00102eiv]

BLVa3/4 b R, mw brain neurons + SU, mw brain inventory, mw right, mw draft complete, mw mixed lineage neurons, mw axon split complete, mw brain neurons split, UNI, #2, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, less than 150nm length, mw brain neurons + sensories, UNI*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, Albert TODO, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, unknown lineage, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw mechano-Ch 3rd_order, sw;idev4, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, ND_published, ND_all published et al, ctd other, ct other [UNK basal right; DL-LH_cand2 (L1EM:3166745); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK bilateral gnarled dendrite left (L1EM:8529400) [VFB_00102eqz]

*BLAvm post_l akira, mw brain inventory, mw brain neurons + SU, mw left, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, Fragment TO Find way out, BLAvm p L, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw axon split complete, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw check cool bi, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); UNK bilateral gnarled dendrite left (L1EM:8529400); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK bilateral gnarled dendrite right (L1EM:7449767) [VFB_00102ep8]

neuron, BLAvm a R, mw brain neurons + SU, mw brain inventory, mw right, mw axon split complete, SLP IP com, mw brain neurons split, #4, AUTO neuron fragments at 1103 gap, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, mw brain crosses commissure, VLPd IP com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *BLAvm post_r akira, mw brain contralateral, Merged: Fragments 2014-01-18 14:57, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop labeled-line 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [UNK bilateral gnarled dendrite right (L1EM:7449767); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK brain ascending left (L1EM:1679034) [VFB_00102eh8]

mw brain neurons, mw brain neurons + SU, mw draft complete, mw axon split complete, mw brain neurons split, mw left, BAlp1-3 L, VMC, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, BAlp_ant_l akira, mw brain ipsilateral, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, LAL VMC, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;idev4, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; UNK brain ascending left (L1EM:1679034); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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UNK brain ascending right (L1EM:14374534) [VFB_00102f2x]

mw brain neurons + SU, mw brain inventory, mw right, mw draft complete, VMC, mw axon split complete, mw brain neurons split, #3, BAlp1-3 R, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, BAlp_ant_r akira, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;idev4, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, LAL VMC, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; UNK brain ascending right (L1EM:14374534); CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK brancher 1 left (L1EM:16937395) [VFB_00102fbg]

nadia, pDM Bundle 7, CM3 r, CM3 r diff cells, KC no Cell body, WB_CM3 L, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw mixed lineage neurons, mw draft complete, mw UNK branchers, mw axon split complete, mw brain neurons split, VMC, MB AL L, EE, AUTO ascending neurons, mw colored-matrix-2019-09-12, #1T, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, ni-neurons 2 MB_l akira, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 14999928 upstream partners, mw 17105218 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, EE*, VMC*, sw:brain_paired:L, sw;brainpair;L, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, sw;pairs;L, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; UNK brancher 1 left (L1EM:16937395)]

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UNK brancher 1 right (L1EM:9519425) [VFB_00102eto]

NIMB, Albert LAL inputs TODO, LNM_down_octop, li 10+0, DALv23 LAL #11 potential fragment, MB non Kenyon, mw brain neurons + SU, mw brain inventory, MB AM R, EE, mw right, mw mixed lineage neurons, mw draft complete, mw UNK branchers, mw axon split complete, VMC, mw brain neurons split, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, ni-neurons 2 MB_r akira, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 14999928 upstream partners, mw 17105218 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, EE*, VMC*, sw:brain_paired:R, sw;brainpair;R, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, sw;pairs;R, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; UNK brancher 1 right (L1EM:9519425); EM L1 Winding, Pedigo et al., 2023]

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UNK brancher 2 left (L1EM:15722990) [VFB_00102f6j]

Mushroom body non intrinsic left, WB_MB1 L, WB_MBNBa L, mw brain neurons + SU, mw brain inventory, mw left, mw draft complete, mw UNK branchers, mw axon split complete, mw brain neurons split, MB AM L, EE, VMC, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, #2T, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, ni-neurons 2 MB_l akira, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 4966994 upstream partners, mw 14999928 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, mw brain open-ends 1, EE*, VMC*, sw:brain_paired:L, sw;brainpair;L, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, sw;pairs;L, downLAL, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, putative non-intrinsic, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; UNK brancher 2 left (L1EM:15722990); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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UNK brancher 2 right (L1EM:9604434) [VFB_00102ety]

MB l, MB l not DALv2, mw brain neurons + SU, mw brain inventory, EE, MB AM R, mw right, mw UNK branchers, mw draft complete, mw axon split complete, VMC, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, ni-neurons 2 MB_r akira, mw brain ipsilateral, mw ds-pre-dVNC, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 4966994 upstream partners, mw 14999928 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, EE*, VMC*, sw:brain_paired:R, sw;brainpair;R, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 51_level-6_clusterID-74_signal-flow_-0.843, 78_level-7_clusterID-131_signal-flow_-0.841, mw cascade-5-hop labeled-line 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; UNK brancher 2 right (L1EM:9604434); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK brancher 3 left (L1EM:20172310) [VFB_00102flr]

mw brain neurons + SU, mw brain inventory, mw left, mw UNK branchers, mw draft complete, mw axon split complete, mw brain neurons split, VMC, MB AL L, EE, AUTO ascending neurons, AUTO multiple presynapses to brain, mw colored-matrix-2019-09-12, #2T, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, ni-neurons 2 MB_l akira, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, EE*, VMC*, sw:brain_paired:L, sw;brainpair;L, mw noci 4th_order, mw proprio 4th_order, mw brain 4th_order LN noci, mw LNs_cohort, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LNs, ct LNs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; UNK brancher 3 left (L1EM:20172310); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK brancher 3 right (L1EM:9521722) [VFB_00102etp]

NIMB, MB fragments to solve, mw brain neurons + SU, mw brain inventory, mw right, mw UNK branchers, mw draft complete, mw axon split complete, mw brain neurons split, MB AM R, EE, VMC, #4, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, ni-neurons 2 MB_r akira, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain unreviewed, EE*, VMC*, sw:brain_paired:R, sw;brainpair;R, mw noci 4th_order, mw proprio 4th_order, mw brain 4th_order LN noci, mw LNs_cohort, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LNs, ct LNs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; UNK brancher 3 right (L1EM:9521722)]

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UNK brancher 4 left - missing dendrite (L1EM:14726012) [VFB_00102f3i]

MB downstream of gap in peduncle, neuron, LNM_down_octop, mw brain neurons + SU, mw brain inventory, mw left, mw UNK branchers, mw gap, mw draft complete, mw axon split complete, mw brain neurons split, MB AM L, EE, VMC, AUTO ascending neurons, AUTO multiple presynapses to brain, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, #1T, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, ni-neurons 2 MB_l akira, mw brain ipsilateral, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw missing dendrite, stable, mw 17105218 upstream partners, mw brain unreviewed, EE*, VMC*, sw:brain_paired:L, sw;brainpair;L, sw;pairs;L, downLAL, LAL.b, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; UNK brancher 4 left - missing dendrite (L1EM:14726012); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK brancher 4 right - missing dendrite (L1EM:9091922) [VFB_00102esq]

NIMB, Mushroom body non intrinsic right, Albert LAL inputs TODO, LNM_down_octop, WB_MBNBd R, li temp upn downstream all non local, mw brain neurons + SU, mw brain inventory, MB AL R, EE, mw right, mw UNK branchers, mw draft complete, VMC, #2, AUTO ascending neurons, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw brain neurons + sensories, mw axon split complete, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, ni-neurons 2 MB_r akira, mw brain ipsilateral, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw ipsilateral axon, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw missing dendrite, stable, mw 17105218 upstream partners, mw brain unreviewed, EE*, VMC*, sw:brain_paired:R, sw;brainpair;R, sw;pairs;R, downLAL, LAL.b, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, putative non-intrinsic, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; UNK brancher 4 right - missing dendrite (L1EM:9091922); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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UNK brancher 5 left (L1EM:19785305) [VFB_00102fld]

mw brain neurons + SU, mw brain inventory, mw left, mw UNK branchers, mw draft complete, mw axon split complete, mw brain neurons split, VMC, MB AL L, EE, mw colored-matrix-2019-09-12, #3T, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, ni-neurons 2 MB_l akira, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 17105218 upstream partners, mw brain unreviewed, mw brain open-ends 1, EE*, VMC*, sw:brain_paired:L, sw;brainpair;L, mw noci 4th_order, mw proprio 4th_order, sw;pairs;L, downLAL, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [UNK brancher 5 left (L1EM:19785305); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK brancher 5 right (L1EM:9094797) [VFB_00102esr]

NIMB, Mushroom body non intrinsic right, para MB, det pair, WB_MBNBd R, li temp upn downstream all non local, mw brain neurons + SU, mw brain inventory, MB AL R, EE, mw right, mw UNK branchers, mw draft complete, mw axon split complete, VMC, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, ni-neurons 2 MB_r akira, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 17105218 upstream partners, mw brain unreviewed, mw brain open-ends 1, EE*, VMC*, sw:brain_paired:R, sw;brainpair;R, mw noci 4th_order, mw proprio 4th_order, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, putative non-intrinsic, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [UNK brancher 5 right (L1EM:9094797); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK brancher 6 left (L1EM:7283193) [VFB_00102ep0]

Mushroom body non intrinsic left, det pair, WB_MB1 L, WB_MBNBa L, mw brain neurons + SU, mw brain inventory, mw left, mw UNK branchers, mw gap, mw draft complete, mw axon split complete, mw brain neurons split, MB AM L, EE, VMC, AUTO ascending neurons, AUTO multiple presynapses to brain, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, #3T, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, ni-neurons 2 MB_l akira, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 8801736 downstream partners, mw 14999928 upstream partners, mw 17105218 upstream partners, mw brain unreviewed, EE*, VMC*, sw:brain_paired:L, sw;brainpair;L, mw noci 4th_order, mw proprio 4th_order, sw;pairs;L, downLAL, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, putative non-intrinsic, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; UNK brancher 6 left (L1EM:7283193); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK brancher 6 right (L1EM:18163015) [VFB_00102fjk]

mw brain neurons, mw brain neurons + SU, mw brain inventory, MB AM R, EE, mw right, mw draft complete, mw UNK branchers, mw axon split complete, VMC, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, ni-neurons 2 MB_r akira, mw brain ipsilateral, mw ds-pre-dVNC, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 8801736 downstream partners, mw 14999928 upstream partners, mw 17105218 upstream partners, mw brain reviewed <80%, mw brain open-ends 2, EE*, VMC*, sw:brain_paired:R, sw;brainpair;R, mw noci 4th_order, mw proprio 4th_order, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; UNK brancher 6 right (L1EM:18163015); embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK brancher 7 left - missing dendrite (L1EM:17574013) [VFB_00102ffx]

Mushroom body non intrinsic left, mw brain neurons + SU, mw brain inventory, mw left, mw UNK branchers, mw gap, mw draft complete, MB AM L, EE, VMC, AUTO ascending neurons, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, #4T, AUTO multiple presynapses to brain, less than 150nm length, mw brain neurons + sensories, mw mixed lineage neurons, mw gap severe, mw issues, mw axon split complete, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, ni-neurons 2 MB_l akira, mw brain ipsilateral, mw ds-pre-dVNC, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw missing dendrite, stable, mw brain unreviewed, EE*, VMC*, sw:brain_paired:L, sw;brainpair;L, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 72_level-7_clusterID-135_signal-flow_-0.692, putative non-intrinsic, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; UNK brancher 7 left - missing dendrite (L1EM:17574013); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK brancher 7 right (L1EM:9085808) [VFB_00102esp]

NIMB, Mushroom body non intrinsic right, WB_MBNBd R, mw brain neurons + SU, mw brain inventory, MB AL R, EE, mw right, mw UNK branchers, mw draft complete, mw axon split complete, VMC, mw brain neurons split, #1, AUTO ascending neurons, AUTO multiple presynapses to brain, mw colored-matrix-2019-09-12, SMALL FRAGMENT, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw brain neurons + sensories, mw mixed lineage neurons, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, ni-neurons 2 MB_r akira, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, EE*, VMC*, sw:brain_paired:R, sw;brainpair;R, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 72_level-7_clusterID-135_signal-flow_-0.692, putative non-intrinsic, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; UNK brancher 7 right (L1EM:9085808); VFB CATMAID L1 CNS]

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UNK bridge left (L1EM:15825892) [VFB_00102f6u]

ASB left, downstream of mPN iACT A2 left, mw brain neurons + SU, mw brain inventory, mw left, DPLc4 L, mw axon split complete, mw brain neurons split, mw draft complete, SLP SMP, #1T, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw brain neurons + sensories, SLP SMP 1*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *DPLc_post_lat_l akira, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, SLPc comp L, mw test matrices, mw review april2021, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;L, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 56_level-7_clusterID-184_signal-flow_-0.331, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; UNK bridge left (L1EM:15825892); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK bridge right; AF6: Munin Output right (L1EM:3765728) [VFB_00102ejg]

WB_DPLp R, DPLc_post_lat_r akira, ASB No Way Out PN-LH, ASB No Way Out 42b 6, ASB downstream of right mPNs, frag, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, paired with #3946364, left-right NBlast: 0.333887222727869, mw brain neurons, mw brain neurons + SU, DPLc4 R, mw brain inventory, mw issues, mw previously complete, mw right, mw axon split complete, SLP SMP, mw brain neurons split, #1, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw brain neurons + sensories, SLP SMP 1, mw brain matrix, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw ds-pre-RGN, mw brain matrix + A1, SLPc comp, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw noci 3rd_order, mw gustatory-pharyngeal 3rd_order, mw mechano-Ch 3rd_order, sw;pairs;R, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 56_level-7_clusterID-184_signal-flow_-0.331, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; UNK bridge right; AF6: Munin Output right (L1EM:3765728); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK contralateral 1 left (L1EM:9594273) [VFB_00102etx]

Albert LAL inputs TODO, mw brain neurons + SU, mw brain inventory, mw left, mw draft complete, DALv2/3 acc lat L, mw axon split complete, mw brain neurons split, #3T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL IPA com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, unknown ventral lineage 2 left, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ad hubs_in, mw partner loops, mw 9594273 upstream partners, mw 9594273 downstream partners, mw 14999928 downstream partners, mw 16345627 upstream partners, mw 16345627 downstream partners, mw 17813457 downstream partners, PL-20, nr Tel-like 10 downstream 2-hop, mw ad all_hubs, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, mw proprio 3rd_order, sw;pairs;L, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, LAL IPA com 1*, LAL IPA com 2*, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; UNK contralateral 1 left (L1EM:9594273); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

UNK contralateral 1 right (L1EM:16934932) [VFB_00102fbe]

m review, mw brain neurons + SU, mw brain inventory, mw right, DALv2/3 acc lat R, mw draft complete, mw axon split complete, mw brain neurons split, #4, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL IPA com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, unknown ventral lineage 2 right, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ad hubs_in, mw partner loops, mw 9594273 upstream partners, mw 9594273 downstream partners, mw 14999928 downstream partners, mw 16345627 upstream partners, mw 16345627 downstream partners, mw 17813457 downstream partners, PL-20, nr Tel-like 10 downstream 2-hop, mw ad all_hubs, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, mw proprio 3rd_order, sw;pairs;R, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, LAL IPA com 1*, LAL IPA com 2*, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; UNK contralateral 1 right (L1EM:16934932); VFB CATMAID L1 CNS]

Tags:

UNK contralateral 2 left (L1EM:16345627) [VFB_00102f84]

Albert LAL inputs TODO, mw brain neurons + SU, mw brain inventory, mw left, DALv2/3 acc lat L, mw draft complete, mw axon split complete, mw brain neurons split, #4T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL IPA com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, unknown ventral lineage 2 left, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw degree 30-40, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ad hubs_in, mw partner loops, mw 9594273 upstream partners, mw 9594273 downstream partners, mw 14999928 upstream partners, mw 14999928 downstream partners, mw 16345627 upstream partners, mw 16345627 downstream partners, mw 17813457 downstream partners, PL-22, nr Tel-like 10 downstream 2-hop, mw ad all_hubs, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw proprio 3rd_order, sw;pairs;L, downLAL, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, LAL IPA com 1*, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [UNK contralateral 2 left (L1EM:16345627); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

UNK contralateral 2 right (L1EM:16671014) [VFB_00102faf]

mw brain neurons + SU, mw brain inventory, mw right, DALv2/3 acc lat R, mw draft complete, mw axon split complete, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, LAL IPA com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, unknown ventral lineage 2 right, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw dVNC important 1st-order upstream, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ad hubs_in, mw partner loops, mw 9594273 upstream partners, mw 9594273 downstream partners, mw 14999928 upstream partners, mw 14999928 downstream partners, mw 16345627 upstream partners, mw 16345627 downstream partners, mw 17813457 downstream partners, PL-22, nr Tel-like 10 downstream 2-hop, mw ad all_hubs, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw proprio 3rd_order, sw;pairs;R, downLAL, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 29_level-5_clusterID-36_signal-flow_-0.977, 53_level-6_clusterID-73_signal-flow_-1.092, 85_level-7_clusterID-130_signal-flow_-0.996, mw cascade-5-hop integrative 2022-11-03, LAL IPA com 1*, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; UNK contralateral 2 right (L1EM:16671014); CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

UNK contralateral 3 left (L1EM:16562142) [VFB_00102f9w]

DALl2* R, mw brain neurons + SU, mw brain inventory, mw left, DALv2/3 acc ven L, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, LAL com desc, #1T, mw axon split complete, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, LAL com desc*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, unknown ventral lineage 2 left, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw contralateral axon, VMCc L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw pre-dVNC, mw 9594273 downstream partners, mw 16345627 downstream partners, mw 17105218 downstream partners, nr Tel-like 10 downstream 2-hop, nr Tel-like 10 downstream-dVNCs 2-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, sw;deviant;L, sw;2dev;L, lv dVNC to T3+A1, mw noci 3rd_order, mw proprio 3rd_order, mw mechano-Ch 3rd_order, mw dVNC not to A1, mw 17383431 downstream partners, sw;pairs;L, mw candidate hunch_head-move, downLAL, sw;mdev4, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, mw cascade-5-hop integrative 2022-11-03, LAL com desc 1*, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct pre-DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; UNK contralateral 3 left (L1EM:16562142); VFB CATMAID L1 CNS]

Tags:

UNK contralateral 3 right (L1EM:15894278) [VFB_00102f6x]

mw brain neurons + SU, mw brain inventory, mw right, AUTO ascending neurons at 1112 gap, DALv2/3 acc ven R, LAL com desc, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, #2, mw brain neurons + sensories, mw descending axons need work, mw axon split complete, mw brain crosses commissure, LAL com desc*, mw brain matrix, mw dVNC, mw open-ends <80% reviewed, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, unknown ventral lineage 2 right, VMCc, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw pre-dVNC, mw 9594273 downstream partners, mw 16345627 downstream partners, mw 17105218 downstream partners, nr Tel-like 10 downstream 2-hop, nr Tel-like 10 downstream-dVNCs 2-hop, sw:brain_paired:R, sw;brainpair;R, sw;deviant;R, sw;2dev;R, lv dVNC to T3+A1, mw noci 3rd_order, mw proprio 3rd_order, mw mechano-Ch 3rd_order, mw dVNC not to A1, mw 17383431 downstream partners, sw;pairs;R, mw candidate hunch_head-move, sw;mdev4, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 84_level-7_clusterID-138_signal-flow_-0.962, mw cascade-5-hop integrative 2022-11-03, LAL com desc 1*, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct pre-DN-VNCs, ct DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); UNK contralateral 3 right (L1EM:15894278); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

Tags:

UNK contralateral descending 2 left (L1EM:17165755) [VFB_00102fcu]

clb:soma, clb:todo, lots of uncertainty, ellipsoid body ipsilateral LNs, WB_DALcm12 L, clb:joined, DALcm12 L v ap 4, clb:important, li temp 8 6, brain downstream of A08s2_a2r, ASB left, clb:todo_A08, crosses over, has soma, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw left, mw draft complete, mw gap, mw axon split complete, mw brain neurons split, T1 11 Purple, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, AUTO multiple presynapses to brain, mw colored-matrix-2019-09-12, DALv2/3 acc ven lat L, #2T, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, LAL com/desc*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, LAL com desc*, mw brain contralateral, unknown ventral lineage 2 left, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ad hubs_in, mw 4966994 downstream partners, mw 14999928 downstream partners, nr Tel-like 10 downstream 2-hop, nr Tel-like 10 downstream-dVNCs 2-hop, mw ad all_hubs, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, lv dVNC to T3+A1, sw;6dev;L, mw noci 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, mw dVNC not to A1, sw;pairs;L, mw candidate hunch_head-move, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 57_level-6_clusterID-72_signal-flow_-1.443, 91_level-7_clusterID-72_signal-flow_-1.443, mw cascade-5-hop integrative 2022-11-03, LAL com desc 2*, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; UNK contralateral descending 2 left (L1EM:17165755); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

UNK contralateral descending 2 right (L1EM:13727202) [VFB_00102f22]

ASB right, ALdl, mw brain neurons + SU, mw brain inventory, mw right, mw draft complete, mw gap, mw axon split complete, mw brain neurons split, AUTO descending neurons to VNC, AUTO ascending neurons, mw colored-matrix-2019-09-12, DALv2/3 acc ven R, LAL com desc, Avi 122, #1, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, LAL com desc*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, unknown ventral lineage 2 right, VMCc, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ad hubs_in, mw 4966994 downstream partners, mw 14999928 downstream partners, nr Tel-like 10 downstream 2-hop, nr Tel-like 10 downstream-dVNCs 2-hop, mw ad all_hubs, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;R, lv dVNC to T3+A1, sw;6dev;R, mw noci 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, mw dVNC not to A1, sw;pairs;R, mw candidate hunch_head-move, downLAL, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 57_level-6_clusterID-72_signal-flow_-1.443, 91_level-7_clusterID-72_signal-flow_-1.443, mw cascade-5-hop integrative 2022-11-03, LAL com desc 1*, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [UNK contralateral descending 2 right (L1EM:13727202); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

Tags:

UNK contralateral descending left (L1EM:18058793) [VFB_00102fj8]

mw brain neurons + SU, mw brain inventory, mw left, mw draft complete, mw axon split complete, mw brain neurons split, DALd downstream, down right DALd LAL, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, Avi 122, DALv2/3 acc ven L, LAL com desc, #3T, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, LAL com desc*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, unknown ventral lineage 3 left, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, Merged: No Way Out, mw A1 neurons paired + accessory + dVNCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 14329745 ds contralateral partners, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, lv dVNC to T3+A1, sw;6dev;L, mw proprio 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, mw dVNC not to A1, FB descending, dVNCdownstreamCX, sw;pairs;L, mw candidate hunch_head-move, sw;mdev5, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, mw cascade-5-hop integrative 2022-11-03, LAL com desc 1*, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; UNK contralateral descending left (L1EM:18058793); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK contralateral descending right (L1EM:14588375) [VFB_00102f3a]

ASB right, DNs akira-2, mw brain neurons + SU, mw brain inventory, mw right, mw draft complete, mw axon split complete, mw brain neurons split, AUTO descending neurons to VNC, mw colored-matrix-2019-09-12, DALv2/3 acc ven R, LAL com desc, Avi 122, #3, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, LAL com desc*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, unknown ventral lineage 3 right, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 14329745 ds contralateral partners, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, sw;6dev;R, mw proprio 3rd_order, mw mechano-Ch 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, mw dVNC not to A1, sw;pairs;R, mw candidate hunch_head-move, downMBONs, sw;mdev5, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, mw cascade-5-hop integrative 2022-11-03, LAL com desc 1*, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; UNK contralateral descending right (L1EM:14588375)]

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UNK crinkled 2 left (L1EM:15023806) [VFB_00102f45]

WB_DPLam L, mw brain neurons + SU, mw brain inventory, mw left, mw draft complete, mw axon split complete, mw brain neurons split, IPL/M, #4T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw brain neurons + sensories, IPL/M*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *DPLam_l akira, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10018260 us partners, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw mechano-Ch 3rd_order, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 37_level-7_clusterID-125_signal-flow_0.199, mw cascade-5-hop integrative 2022-11-03, mw 5678582 downstream partners, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; UNK crinkled 2 left (L1EM:15023806); is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

Tags:

UNK crinkled 2 right (L1EM:9845997) [VFB_00102euk]

Akira to Volker, mw brain neurons + SU, mw brain inventory, mw right, IPL/M, DPLam R, #4, AUTO ascending neurons, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, Merged: Frag Huge Microtubules, mw brain neurons + sensories, mw axon split complete, IPL/M*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *DPLam_r akira, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10018260 us partners, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw mechano-Ch 3rd_order, sw;pairs;R, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 15_level-5_clusterID-34_signal-flow_0.086, 28_level-6_clusterID-70_signal-flow_-0.003, 37_level-7_clusterID-125_signal-flow_0.199, mw cascade-5-hop integrative 2022-11-03, mw 5678582 downstream partners, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [UNK crinkled 2 right (L1EM:9845997); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK crinkled left (L1EM:17975547) [VFB_00102fj2]

mw brain neurons + SU, mw brain inventory, mw left, DALv2/3 acc lat L, mw draft complete, mw axon split complete, mw brain neurons split, AUTO multiple presynapses to brain, mw colored-matrix-2019-09-12, #2T, AUTO ascending neurons, mw brain neurons + sensories, LAL IPA com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, unknown ventral lineage 2 left, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 14999928 upstream partners, mw 16345627 upstream partners, mw 17105218 upstream partners, mw 17813457 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw proprio 3rd_order, sw;pairs;L, downLAL, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 72_level-7_clusterID-135_signal-flow_-0.692, mw cascade-5-hop integrative 2022-11-03, LAL IPA com 1*, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; UNK crinkled left (L1EM:17975547); VFB CATMAID L1 CNS]

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UNK crinkled right (L1EM:15018449) [VFB_00102f44]

mw brain neurons + SU, mw brain inventory, mw right, mw draft complete, mw axon split complete, mw brain neurons split, DALv2/3 acc lat R, mw colored-matrix-2019-09-12, #2, mw brain neurons + sensories, Merged: Neuron 21247957, LAL IPA com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, unknown ventral lineage 2 right, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 14999928 upstream partners, mw 16345627 upstream partners, mw 17105218 upstream partners, mw 17813457 upstream partners, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw proprio 3rd_order, sw;pairs;R, downLAL, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 72_level-7_clusterID-135_signal-flow_-0.692, mw cascade-5-hop integrative 2022-11-03, LAL IPA com 1*, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [UNK crinkled right (L1EM:15018449); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK descending 1 left (L1EM:18076102) [VFB_00102fj9]

mw brain neurons + SU, mw brain inventory, mw left, DALv2/3 acc ven lat L, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, #3T, mw draft complete, mw axon split complete, mw brain neurons + sensories, mw dVNC, LAL com/desc*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, LAL com desc*, BAlp_ant_l akira, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, sw;6dev;L, mw 15516413 downstream partners, mw gustatory-external 4th_order, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, mw dVNC not to A1, sw;pairs;L, mw candidate hunch_head-move, downLAL, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-5-hop integrative 2022-11-03, LAL com desc 2, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [UNK descending 1 left (L1EM:18076102); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK descending 1 right (L1EM:17654514) [VFB_00102fg9]

Akira to Volker, mw brain neurons + SU, mw brain inventory, mw right, AUTO ascending neurons at 1112 gap, DALv2/3 acc ven lat R, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, Merged: Neuron 20977578, #3, mw axon split complete, mw brain neurons + sensories, mw dVNC, LAL com/desc*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, LAL com desc*, BAlp_ant_r akira, mw brain ipsilateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, lv dVNC to T3+A1, sw;6dev;R, mw 15516413 downstream partners, mw gustatory-external 4th_order, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, mw dVNC not to A1, sw;pairs;R, mw candidate hunch_head-move, downLAL, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-5-hop integrative 2022-11-03, LAL com desc 2, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [UNK descending 1 right (L1EM:17654514); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK descending 2 left (L1EM:17736755) [VFB_00102fi1]

mw brain neurons + SU, mw brain inventory, mw left, AUTO neuron fragments at 1103 gap, AUTO ascending neurons at 1112 gap, DALv2/3 acc ven L, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, #1T, LAL desc, mw draft complete, mw axon split complete, mw brain neurons + sensories, mw dVNC, LAL desc*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, unknown ventral lineage 3 left, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, lv dVNC to T3+A1, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw dVNC not to A1, sw;pairs;L, mw candidate hunch_head-move, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; UNK descending 2 left (L1EM:17736755); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK descending 2 right (L1EM:15964206) [VFB_00102f70]

brain downstream of A08s2_a2l, clb:hindbrain, clb:todo, clb:soma, clb:todo_A08, mw brain neurons + SU, mw brain inventory, mw right, T1 11 Purple, DALv2/3 acc ven R, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, #2, LAL desc, AUTO descending neurons to VNC, mw draft complete, mw axon split complete, mw brain neurons + sensories, mw dVNC, LAL desc*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, unknown ventral lineage 3 right, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, lv dVNC to T3+A1, lv dVNC to A1, mw gustatory-external 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw dVNC not to A1, sw;pairs;R, mw candidate hunch_head-move, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; UNK descending 2 right (L1EM:15964206); embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK descending 3 left (L1EM:17736654) [VFB_00102fhz]

mw brain neurons + SU, mw brain inventory, mw left, AUTO ascending neurons at 1112 gap, DALv2/3 acc ven L, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, #3T, LAL desc, Merged: Uncertain Continuation, mw draft complete, mw descending unpaired, mw brain neurons + sensories, mw dVNC, mw brain unpaired checked once, mw axon split complete, LAL desc*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, unknown ventral lineage 3 left, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, VMCc L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, lv dVNC to T3+A1, lv dVNC to A1, mw 15516413 downstream partners, mw to review, mw gustatory-external 4th_order, mw enteric 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw thermo-warm 4th_order, mw mechano-Ch 4th_order, mw dVNC not to A1, cx descending l1, NO descending, dVNCdownstreamCX, sw;pairs;L, mw candidate backup, downMBONs, downNO, test2, test3, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, NO.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; UNK descending 3 left (L1EM:17736654); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK descending 3 right (L1EM:20911961) [VFB_00102fme]

T1 11 Purple, AUTO ascending neurons at 1112 gap, DALv2/3 acc ven R, #4, LAL desc, AUTO extends beyond brain, mw brain neurons + SU, mw brain neurons + sensories, mw putative descending, mw axon split complete, mw right, LAL desc*, mw dUnk, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain strahler >2 reviewed, mw brain ipsilateral, unknown ventral lineage 3 right, VMCc, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw missing axon, mw dVNC, avinash_new candidate 21, stable, nr Tel-like 10 downstream 3-hop, nr Tel-like 10 downstream-dVNCs 3-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw 15516413 downstream partners, mw ipsilateral axon, mw to review, mw gustatory-external 4th_order, mw enteric 4th_order, mw olfactory 4th_order, mw noci 4th_order, mw proprio 4th_order, mw thermo-warm 4th_order, mw mechano-Ch 4th_order, mw dVNC not to A1, sw;pairs;R, mw candidate backup, mw dVNC-efference-1hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-efference-1hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); UNK descending 3 right (L1EM:20911961); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK descending contralateral 2 left (L1EM:15005403) [VFB_00102f43]

AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, DALv2/3 acc ven L, mw draft complete, LAL com desc, #2T, mw brain neurons + SU, mw descending axons need work, mw brain neurons + sensories, mw axon split complete, mw left, mw brain crosses commissure, LAL com desc*, mw brain matrix, mw dVNC, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, unknown ventral lineage 2 left, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw contralateral axon, VMCc L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ad hubs_in, mw pre-dVNC, mw 9594273 downstream partners, mw 16345627 downstream partners, nr Tel-like 10 downstream 2-hop, nr Tel-like 10 downstream-dVNCs 2-hop, mw ad all_hubs, mw brain open-ends 3, sw:brain_paired:L, sw;brainpair;L, sw;deviant;L, sw;3dev;L, lv dVNC to T3+A1, mw noci 3rd_order, mw dVNC not to A1, mw 17067625 downstream partners, sw;pairs;L, mw candidate hunch_head-move, downLAL, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 57_level-6_clusterID-72_signal-flow_-1.443, 91_level-7_clusterID-72_signal-flow_-1.443, mw cascade-5-hop integrative 2022-11-03, LAL com desc 1*, mw cascade-8-hop integrative 2022-11-03, sw;deviants, sw;questions, sw;deviants mild, ND_published, ND_all published et al, sw;check, ctd DN-VNCs, ct pre-DN-VNCs, ct DN-VNCs [UNK descending contralateral 2 left (L1EM:15005403); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK descending contralateral 2 right (L1EM:15894178) [VFB_00102f6w]

mw brain neurons + SU, mw brain inventory, mw right, AUTO neuron fragments at 1103 gap, AUTO ascending neurons at 1112 gap, DALv2/3 acc ven lat R, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, #2, AUTO descending neurons to VNC, mw axon split complete, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, LAL com/desc*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, LAL com desc*, mw brain contralateral, unknown ventral lineage 2 right, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ad hubs_in, mw pre-dVNC, mw 9594273 downstream partners, mw 16345627 downstream partners, nr Tel-like 10 downstream 2-hop, nr Tel-like 10 downstream-dVNCs 2-hop, mw ad all_hubs, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, sw;deviant;R, sw;3dev;R, lv dVNC to T3+A1, mw noci 3rd_order, mw dVNC not to A1, mw 17067625 downstream partners, sw;pairs;R, mw candidate hunch_head-move, downLAL, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 57_level-6_clusterID-72_signal-flow_-1.443, 91_level-7_clusterID-72_signal-flow_-1.443, mw cascade-5-hop integrative 2022-11-03, LAL com desc 2*, mw cascade-8-hop integrative 2022-11-03, sw;deviants, sw;questions, sw;deviants mild, ND_published, ND_all published et al, sw;check, ctd DN-VNCs, ct pre-DN-VNCs, ct DN-VNCs [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS; UNK descending contralateral 2 right (L1EM:15894178)]

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UNK descending contralateral left (L1EM:11013583) [VFB_00102exg]

nadia, DPMpl3 r young cells, WB_DPMpl3 L, CM4-dm_l akira, mw brain neurons, mw brain neurons + SU, CM4-dm todo, mw brain inventory, DPMpl12 todo, mw left, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, #2T, VMC contra desc, mw mixed lineage neurons, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, VMC contra desc, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, Merged: Neuron 21543424, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw pre-dVNC, nr Tel-like 10 downstream 2-hop, nr Tel-like 10 downstream-dVNCs 2-hop, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, sw;deviant;L, sw;1dev;L, lv dVNC to T3+A1, lv dVNC to A1, mw noci 3rd_order, mw dVNC to A1, mw dVNC to A1 sens, sw;idev4, sw;pairs;L, mw candidate backup, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, sw;cdeviants, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, ND_published, ND_all published et al, ctd DN-VNCs, ct pre-DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; UNK descending contralateral left (L1EM:11013583); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK descending contralateral right (L1EM:17589475) [VFB_00102fg4]

ASB right, mw brain neurons + SU, mw brain inventory, mw right, AUTO descending neurons to VNC, DPMpl3 R, Ingrid review, Avi 122, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, VMC contra desc, #2, mw descending unpaired, mw mixed lineage neurons, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, mw axon split complete, VMC contra desc*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *CM4-dm_r akira, mw brain contralateral, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw pre-dVNC, nr Tel-like 10 downstream 2-hop, nr Tel-like 10 downstream-dVNCs 2-hop, mw brain open-ends 3, sw:brain_paired:R, sw;brainpair;R, sw;deviant;R, sw;1dev;R, lv dVNC to T3+A1, lv dVNC to A1, mw noci 3rd_order, mw dVNC to A1, mw dVNC to A1 sens, sw;idev4, sw;pairs;R, mw candidate backup, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, ND_published, ND_all published et al, ctd DN-VNCs, ct pre-DN-VNCs, ct DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); UNK descending contralateral right (L1EM:17589475); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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UNK descending to T1 left (L1EM:17732256) [VFB_00102fhp]

mw brain neurons + SU, mw brain inventory, DPMpl12_l akira, DPMpl12 todo, mw left, AUTO descending neurons to SEZ, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, UNI, mw draft complete, #1T, mw brain neurons + sensories, mw dVNC, mw axon split complete, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, UNI, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 10964258 downstream partners, mw brain unreviewed, DPMl1 L, sw:brain_paired:L, sw;brainpair;L, lv dVNC to T3+A1, sw;7dev;L, mw proprio 2nd_order, mw dVNC not to A1, sw;idev5, sw;pairs;L, mw candidate hunch_head-move, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [UNK descending to T1 left (L1EM:17732256); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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UNK descending to T1 right (L1EM:17656886) [VFB_00102fgk]

Barnes TODO, found soma, clb:soma, clb:todo, brain downstream of A08s1_a1l, clb:important, clb:todo_A08, mw brain neurons + SU, mw brain inventory, mw right, mw axon split complete, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, DPMl1/2 p R, VMC desc, INGRID REVIEW, DPMpl12_r akira, mw brain neurons + sensories, mw dVNC, post-A08s brain, post-A08s descending, post-post-proprioceptor >5, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, VMC desc, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw 10964258 downstream partners, mw brain reviewed <80%, DPMl1 R, sw:brain_paired:R, sw;brainpair;R, YYCWMLEH, sw;7dev;R, mw proprio 2nd_order, mw dVNC not to A1, sw;idev5, sw;pairs;R, mw candidate hunch_head-move, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 54_level-6_clusterID-77_signal-flow_-1.116, 88_level-7_clusterID-136_signal-flow_-1.328, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); UNK descending to T1 right (L1EM:17656886); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK horseshoe 2 left (L1EM:17746794) [VFB_00102fi4]

left gap helpers, Gap Helper, mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, BLP1/2 a L, IPM com, AUTO neuron fragments at 1103 gap, AUTO ascending neurons, mw colored-matrix-2019-09-12, #5T, mw draft complete, mw brain neurons + sensories, mw brain crosses commissure, IPPp com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *BLP12_l akira, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw check dendrite, mw pair issues horseshoe neurons, mw bilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Merged: , mw missing dendrite, mw 10875625 ds contralateral partners, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, sw;deviant;L, sw;2dev;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, sw;mdev4, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, sw;mdeviants, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; UNK horseshoe 2 left (L1EM:17746794); embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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UNK horseshoe 2 right (L1EM:18720819) [VFB_00102fki]

mw brain inventory, mw brain neurons + SU, BLP1/2 a R, IPM com, AUTO neuron fragments at 1103 gap, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, #4, LARGE FRAGMENT - GAP, MISSING SOMA, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, UNI, INGRID FINISH, mw brain todo, mw gap severe, mw brain neurons + sensories, mw todo, mw brain unpaired todo 1-13-20, mw right, IPPp com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *BLP12_r akira, mw brain ipsilateral, mw brain matrix + A1, mw pair issues horseshoe neurons, mw brain matrix and A1, mw brain paper all neurons, mw issues, mw unpaired 2021-04-13, mw missing axon, mw 10875625 ds contralateral partners, stable, mw brain reviewed <80%, mw brain open-ends 2, mw contralateral axon, mw bilateral dendrite, sw:brain_paired:R, sw;brainpair;R, sw;deviant;R, sw;2dev;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, sw;mdev4, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, sw;mdeviants, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd other, ct other [EM L1 Winding, Pedigo et al., 2023; UNK horseshoe 2 right (L1EM:18720819); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK horseshoe 3 left (L1EM:19091995) [VFB_00102fkw]

bilateral2, mw brain neurons + SU, mw brain inventory, mw left, AUTO neuron fragments at 1103 gap, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, BLAvm c L, VMC IPP com, #3T, mw draft complete, mw axon split complete, mw brain neurons + sensories, mw brain crosses commissure, VMC IPP com*, mw brain matrix, mw open-ends <80% reviewed, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, unknown ventral lineage left, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw review april2021, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, sw;deviant;L, sw;2dev;L, sw;pairs;L, sw;mdev1, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, sw;mdeviants, remove FB.d, check if PB, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop integrative 2022-11-03, mw mechano-Ch 4th_order, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [UNK horseshoe 3 left (L1EM:19091995); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK horseshoe 3 right (L1EM:18302931) [VFB_00102fju]

mw brain neurons + SU, mw brain inventory, mw right, AUTO neuron fragments at 1103 gap, AUTO ascending neurons at 1112 gap, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, BLAvm c R, VMC IPP com, #2, mw gap, mw draft complete, mw axon split complete, mw brain neurons + sensories, SMALL FRAGMENT, mw brain crosses commissure, VMC IPP com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, unknown ventral lineage right, mw ds-pre-dVNC, mw brain matrix + A1, mw pre-dVNC 1%, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw review april2021, mw missing dendrite, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, sw;deviant;R, sw;2dev;R, sw;pairs;R, sw;mdev1, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, sw;mdeviants, check if PB, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw cascade-5-hop integrative 2022-11-03, mw mechano-Ch 4th_order, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; UNK horseshoe 3 right (L1EM:18302931); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK horseshoe 3 upper left; LNM_downstream_16.05 (L1EM:8070872) [VFB_00102epv]

left gap helpers, Gap Helper, Larisa PVL09 downstream, Larisa check cross, ASB left, mw brain neurons + SU, mw brain inventory, mw left, IPM com, BLP1/2 a L, AUTO neuron fragments at 1103 gap, AUTO ascending neurons, AUTO multiple presynapses to brain, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, #4T, mw draft complete, mw brain neurons + sensories, mw brain unpaired checked once, mw brain crosses commissure, mw axon split complete, IPPp com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *BLP12_l akira, mw brain contralateral, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, IPPall L, mw contralateral axon, mw pair issues horseshoe neurons, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, mw review april2021, mw 10875625 ds ipsilateral partners, mw 10875625 ds contralateral partners, mw pre-dSEZ 1%, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw thermo-warm 4th_order, sw;pairs;L, sw;mdev5, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [UNK horseshoe 3 upper left; LNM_downstream_16.05 (L1EM:8070872); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK horseshoe 3 upper right (L1EM:12422147) [VFB_00102f04]

mw brain neurons + SU, mw brain inventory, mw right, mw draft complete, mw axon split complete, mw brain neurons split, IPM com, BLP1/2 a R, AUTO ascending neurons, mw colored-matrix-2019-09-12, #5, mw brain neurons + sensories, mw brain crosses commissure, IPPp com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *BLP12_r akira, mw brain contralateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw brain matrix + A1, IPPall, mw contralateral axon, mw pair issues horseshoe neurons, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw 10875625 ds ipsilateral partners, mw 10875625 ds contralateral partners, mw pre-dSEZ 1%, stable, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw thermo-warm 4th_order, sw;pairs;R, sw;mdev5, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, check if PB, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 71_level-7_clusterID-116_signal-flow_-0.625, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; UNK horseshoe 3 upper right (L1EM:12422147)]

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UNK horseshoe left (L1EM:21300466) [VFB_00102fmm]

DPLc5 a L, DPLc5_l akira, mw left, mw brain neurons, mw brain neurons + SU, mw brain neurons + sensories, mw brain neurons split, mw axon split complete, mw brain matrix, SMP com, mw draft complete, annotations lost to MB2ON-208 left on 2020-04-10, fixed as best as I could, mw colored-matrix-2019-09-12, mw brain contralateral, mw ds-pre-dVNC, mw brain matrix + A1, mw brain crosses commissure, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, sw;pairs;L, upFBPBs, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; UNK horseshoe left (L1EM:21300466); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK horseshoe right (L1EM:18644088) [VFB_00102fke]

DPLc5 a R, mw brain inventory, mw brain neurons + SU, mw draft complete, developmental defect, mw right, mw axon split complete, SMP com, mw brain neurons split, mw developmental defect, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, SMP com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, *DPLc5_r akira, mw brain contralateral, mw ds-pre-dVNC, mw brain matrix + A1, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, nr Tel-like 10 downstream 3-hop, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, sw;pairs;R, upFBPBs, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 10_level-4_clusterID-15_signal-flow_-0.276, 24_level-5_clusterID-31_signal-flow_-0.564, 45_level-6_clusterID-64_signal-flow_-0.567, 62_level-7_clusterID-115_signal-flow_-0.460, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; UNK horseshoe right (L1EM:18644088); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK horseshoe ventral left (L1EM:20316708) [VFB_00102flu]

mw brain inventory, AUTO neuron fragments at 1103 gap, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, mw draft complete, BLAvm c L, VMC IPP com, #2T, VMC IPP com*, mw SEZ ascending neurons with open-ends/outputs in brain, mw left, unknown ventral lineage left, mw brain other cells, mw brain neurons, mw brain neurons + SU, mw brain paper all neurons, mw review april2021, mw pre-dVNC 1%, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:L, sw;brainpair;L, sw;6dev;L, sw;pairs;L, sw;mdev2, sw;mdeviants, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw ipsilateral dendrite, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; UNK horseshoe ventral left (L1EM:20316708); CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK horseshoe ventral right (L1EM:19167389) [VFB_00102fl3]

mw brain neurons + SU, mw brain inventory, mw right, AUTO neuron fragments at 1103 gap, AUTO ascending neurons at 1112 gap, AUTO multiple presynapses to brain, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, BLAvm c R, VMC IPP com, #3, mw draft complete, mw gap, mw brain neurons + sensories, mw brain unpaired checked once, mw axon split complete, mw brain crosses commissure, VMC IPP com*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, unknown ventral lineage right, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw contralateral axon, mw check dendrite, mw pair issues horseshoe neurons, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, mw review april2021, mw missing dendrite, mw pre-dVNC 1%, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, sw;6dev;R, sw;pairs;R, sw;mdev2, sw;mdeviants, nr horseshoe, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 48_level-6_clusterID-75_signal-flow_-0.728, 70_level-7_clusterID-133_signal-flow_-0.594, mw ipsilateral dendrite, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; UNK horseshoe ventral right (L1EM:19167389); embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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UNK ipsilateral 1 left (L1EM:12654063) [VFB_00102f0k]

mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw draft complete, mw issues, IPM, #2T, mw colored-matrix-2019-09-12, DPMl3/4 p L, different entry, mw unpaired 2019-10-09, INGRID REVIEW, less than 150nm length, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, DPMl34_post_l akira, mw brain ipsilateral, IPM IPP, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 14995061 ds ipsilateral partners, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, sw;pairs;L, upFBPBs, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 68_level-7_clusterID-122_signal-flow_-0.530, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; is part of; VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; UNK ipsilateral 1 left (L1EM:12654063); EM L1 Winding, Pedigo et al., 2023]

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UNK ipsilateral 1 right; DPLc ant med 2 right (L1EM:12990900) [VFB_00102f0y]

WB_DPLcam R, DPMl34, DPMl34 post, ASB right, DPMl34_post_r akira, mw brain neurons, mw brain neurons + SU, DPMl3/4 p R, mw brain inventory, DPMl1234 todo, mw right, mw axon split complete, IPM, mw brain neurons split, mw draft complete, #2, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, IPM IPP, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 14995061 ds ipsilateral partners, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw noci 3rd_order, sw;pairs;R, upFBPBs, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 68_level-7_clusterID-122_signal-flow_-0.530, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-SEZs, ct pre-DN-SEZs [UNK ipsilateral 1 right; DPLc ant med 2 right (L1EM:12990900); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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UNK ipsilateral 2 left (L1EM:11079069) [VFB_00102exo]

mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw draft complete, mw issues, IPM, AUTO ascending neurons, #1T, mw colored-matrix-2019-09-12, DPMl3/4 p L, different entry, mw unpaired 2019-10-09, INGRID REVIEW, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, DPMl34_post_l akira, mw brain ipsilateral, IPM IPP, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 1961182 us partners, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:L, sw;brainpair;L, mw noci 3rd_order, sw;pairs;L, upFBPBs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 68_level-7_clusterID-122_signal-flow_-0.530, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; UNK ipsilateral 2 left (L1EM:11079069)]

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UNK ipsilateral 2 right; Above-BPL to telegoro ipsilateral right (L1EM:10986253) [VFB_00102exb]

Javier Brain, WB_DPLcam R, mw brain neurons + SU, mw brain inventory, mw right, DPMl3/4 p R, mw axon split complete, IPM, mw brain neurons split, mw draft complete, #1, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, DPMl34_post_r akira, mw brain ipsilateral, IPM IPP, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, mw 1961182 us partners, mw pre-dVNC 1%, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, mw noci 3rd_order, sw;pairs;R, upFBPBs, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 4_level-3_clusterID-7_signal-flow_-0.188, 8_level-4_clusterID-16_signal-flow_-0.079, 18_level-5_clusterID-33_signal-flow_-0.185, 32_level-6_clusterID-68_signal-flow_-0.212, 68_level-7_clusterID-122_signal-flow_-0.530, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); UNK ipsilateral 2 right; Above-BPL to telegoro ipsilateral right (L1EM:10986253); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK posterior hook left (L1EM:19835787) [VFB_00102fle]

mw brain neurons + SU, mw brain inventory, mw left, IPM dppt, DPMl3/4 p L, #3T, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, less than 150nm length, mw brain neurons + sensories, mw issues, mw axon split complete, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, DPMl12_l akira, mw brain ipsilateral, IPP DPPT, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, sw;pairs;L, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [UNK posterior hook left (L1EM:19835787); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK posterior hook right (L1EM:17380309) [VFB_00102ff4]

DPMl34, DPMl34 post, connect to locked, connect to locked MBE20, downstream of mPN, ASB downstream of right mPNs, DPMl3/4 p R, mw brain neurons + SU, mw brain inventory, mw right, mw axon split complete, IPM dppt, mw brain neurons split, #3, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, mw brain neurons + sensories, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, DPMl34_post_r akira, mw brain ipsilateral, IPP DPPT, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw pre-dSEZ 1%, mw test matrices, stable, mw brain unreviewed, sw:brain_paired:R, sw;brainpair;R, sw;pairs;R, downLAL, mw FBN-cluster 81_level-7_clusterID-132_walksort-0.868, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-SEZs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); VFB CATMAID L1 CNS; is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; UNK posterior hook right (L1EM:17380309)]

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UNK triple branch left (L1EM:2910892) [VFB_00102ei9]

mw brain neurons + SU, mw brain inventory, mw left, mw axon split complete, mw brain neurons split, mw draft complete, VLP, BLD2-4 L, #5T, AUTO ascending neurons, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, AUTO multiple presynapses to brain, less than 150nm length, mw brain neurons + sensories, VLP*, BLAd_l akira, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, mw pre-dVNC 1%, stable, mw brain unreviewed, sw:brain_paired:L, sw;brainpair;L, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; UNK triple branch left (L1EM:2910892); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK triple branch right; Ipsilateral BPL interneuron (hook target) (L1EM:2885630) [VFB_00102ei8]

Unclassified, Brain, Left, WB_BLDc R, BLDc_r akira, mw brain neurons, mw brain neurons + SU, BLD2-4 R, BLDc todo, mw brain inventory, mw right, mw axon split complete, VLP, mw brain neurons split, #7, AUTO neuron fragments at 1103 gap, AUTO ascending neurons at 1112 gap, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw brain neurons + sensories, VLP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw ipsilateral axon, Merged: Continuation At Gap, Merged: Uncertain Continuation, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw unpaired 2021-04-13, mw pre-dVNC 1%, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw mechano-Ch 2nd_order, mw mechano-Ch 2nd_order PN-old, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 12_level-6_clusterID-87_signal-flow_0.845, 14_level-7_clusterID-149_signal-flow_0.926, ND_published, ND_all published et al, ctd PNs-somato, ct PNs-somato, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; UNK triple branch right; Ipsilateral BPL interneuron (hook target) (L1EM:2885630); CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK3 descending left (L1EM:17736641) [VFB_00102fhy]

mw brain neurons + SU, mw brain inventory, mw left, DALv2/3 acc ven L, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw draft complete, #4T, LAL desc, mw brain neurons + sensories, mw descending missing axon, mw putative descending, mw axon split complete, LAL desc*, mw dUnk, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, unknown ventral lineage 3 left, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, VMCc L, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw missing axon, stable, mw brain unreviewed, mw brain incomplete, sw:brain_paired:L, sw;brainpair;L, mw dVNC, mw gustatory-external 4th_order, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, mw dVNC not to A1, sw;idev5, sw;pairs;L, downLAL, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw left incomplete, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); UNK3 descending left (L1EM:17736641); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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UNK3 descending right (L1EM:20911955) [VFB_00102fmd]

AUTO ascending neurons, DALv2/3 acc ven R, #3, LAL desc, less than 150nm length, mw brain neurons + SU, mw brain neurons + sensories, mw descending missing axon, mw descending unpaired, mw brain todo, mw right, NO WAY OUT, LAL desc*, mw brain matrix, mw open-ends <80% reviewed, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, unknown ventral lineage 3 right, VMCc, mw brain matrix + A1, mw brain matrix and A1, mw brain paper all neurons, mw brain incomplete, mw unpaired 2021-04-13, mw missing axon, stable, mw brain reviewed <80%, mw brain open-ends 2, sw:brain_paired:R, sw;brainpair;R, mw dVNC, mw gustatory-external 4th_order, mw noci 4th_order, mw proprio 4th_order, mw mechano-Ch 4th_order, mw dVNC not to A1, sw;idev5, dVNCdownstreamCX, sw;pairs;R, dPNOins, downMBONs, downNO, test, test2, test3, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, NO.d, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 30_level-5_clusterID-38_signal-flow_-1.157, 55_level-6_clusterID-78_signal-flow_-1.191, 89_level-7_clusterID-137_signal-flow_-1.381, mw right incomplete, mw ipsilateral dendrite, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct DN-VNCs [UNK3 descending right (L1EM:20911955); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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upper toe of larval mushroom body medial lobe [FBbt_00047979]

Dorsal lobe of the medial part of the larval mushroom body medial lobe, which forms a compartment defined by the innervation pattern of mushroom body extrinsic neurons (MBINs and MBONs) (Saumweber et al., 2018). This appears to be within the M1 region described by Pauls et al., 2010. Unclear how well shaft, upper toe, intermediate toe, lower toe terminology from Saumweber et al., 2018 (FlyBase:FBrf0238440) maps to M2, M1 and medial appendix from Pauls et al., 2010 (FlyBase:FBrf0211533) [FBC:CP].

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V motor neuron [FBbt_00110300]

Neuromodulatory motor neuron that innervates the ventral longitudinal muscle 1. Following Landgraf et al., 1997, larval motor neurons are named according to the muscle they innervate. The same caveats therefore apply regarding inference of serial homology from nomenclature as for the muscles: Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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v'esA neuron [FBbt_00002048]

Sensory PNS neuron of embryonic/larval abdominal segments 1-7, the pro-, meta- or mesothoracic segments (Dambly-Chaudiere and Ghysen, 1986). In the abdominal segments it is located dorsal to vesC, and ventral to v’esB. In the thoracic segments 2 and 3 it is located ventral to the cluster of vesA-E neurons, but is located anterior to it in thoracic segment T1.

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V1 segment of the vertical lobe [FBbt_00110199]

Ventral-most segment of the vertical lobe of the larval mushroom body, ventral to V2. It is associated with aversive memory (Eschbach et al., 2020). Unclear how well upper, intermediate, lower terminology from Saumweber et al., 2018 (FlyBase:FBrf0238440) maps to V3, V2, V1 from Pauls et al., 2010 (FlyBase:FBrf0211533) [FBC:CP].

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V1: possible PVL005 - 3 Left (L1EM:4570270) [VFB_00102ekx]

Thermo20140103, ThermoSensoryCircuit, Big Group 1, Larisa fragment to solve, SYMM, symm_almost, fragments downstream pvl09, down-PVL09-11, det pair, Larisa circuits akira, BLVa12_l akira, PVL005 inspect, ASB left, downstream of left uPN, ASB PN-Dorsal Lobe, li temp 10 25 2016 below 1500 nodes all left downstream of all right orn pns, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, li temp 5 more with single mPN, li left uPN everything less than 90% reviewed, except “kc frag”, li review for mPN right downstream less than 90% more than 5 synapses, li temp everything downstream of left upn with 3 synapses combined, li temp left side left, li temp 1 23 candidates of AF14:PVL005 pair, Li shared with Laura, unpaired downstream of RIGHT uPNs, batch 2, possible paired downstream of RIGHT uPN >= 3 synapses, unpaired ds mPNs right >= 5 synapses individual, ds olfactory mPNs >=5 synapses individual, unpaired ds olfactory mPNs >=5 synapses individual, paired with #2921933, left-right NBlast: 0.768588517139103, pairs ds thermo PNs >= 5, V1: possible pair, post 2+ 42a or 42b PN in LH, pairs ds visual PNs >= 5, potential GABA, LHNs, axoAmb tPNs, axoAmb mPNs, mLHNs, tLHNs, putative LHN, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw previously complete, mw left, mw brain neurons split, BLVa3/4 a L, UNI, mw colored-matrix-2019-09-12, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, #1T, mw brain neurons + sensories, UNI, mw preliminary LN, mw brain matrix, mw mixed axon/dendrite <0.2 segregation index, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw ds-pre-dVNC, mw ds-pre-dSEZ, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, mw LNs to plot, mw 16486385 ds contralateral partners, stable, mw ds-uPNs, mw ds-vPNs, mw ds-tPNs, mw LHN-from-uPN, mw CN, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw visual 3rd_order, mw thermo-warm 3rd_order, mw thermo-cold 3rd_order, mw brain 3rd_order LN gustatory-external, mw brain 3rd_order LN thermo-cold, mw brain 3rd_order LN_io gustatory-external, mw LNs_cohort, mw LNs_noncohort, mw LHLN, mw LHLN_io, mw LHN-uPN and LHN-vPN and LHN-tPN, mw interhemispheric integration 2-hop, sw;pairs;L, mw dVNC-feedback-5hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 9_level-5_clusterID-53_signal-flow_0.718, 16_level-6_clusterID-97_signal-flow_0.534, 28_level-7_clusterID-159_signal-flow_0.421, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LNs, ct LNs, ct LHNs, ct CNs [V1: possible PVL005 - 3 Left (L1EM:4570270); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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V2 segment of the vertical lobe [FBbt_00110198]

Medial segment of the vertical lobe of the larval mushroom body, ventral to V3 and dorsal to V1. It is associated with aversive memory (Eschbach et al., 2020). Unclear how well upper, intermediate, lower terminology from Saumweber et al., 2018 (FlyBase:FBrf0238440) maps to V3, V2, V1 from Pauls et al., 2010 (FlyBase:FBrf0211533) [FBC:CP].

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Va neuron [FBbt_00110116]

Larval neurosecretory abdominal neuron whose cell body is located near the ventrolateral tract of the midline. It projects its axon dorsomedially through the neuropil passing below the central intermediate and dorsal median tracts. The axon reaches the midline near the transverse projection 3 where it joins with the axon of the contralateral Va neuron. The two axons project dorsally together a short distance before diverging and forming a loop inside the neuropil and dorsal cortex. The loop closes just before the neurites leave the ventral ganglion and innervate the abdominal neurohemal organ. There are 3 bilateral pairs of Va neurons, one bilateral pair in each of the first 3 abdominal neuromeres, and they all express Capability (Santos et al., 2007). The neuron is identified as neurosecretory because it expresses neuropeptides and innervates a neurohemal organ (Santos et al., 2007).

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VA1 motor neuron [FBbt_00110252]

Motor neuron that innervates external ventral acute muscle 1 (muscle 26). Muscles referred to as VA1 exist in segments T3 to A7 (Bate, 1993). Following Landgraf et al., 1997, larval motor neurons are named according to the muscle they innervate. The same caveats therefore apply regarding inference of serial homology from nomenclature as for the muscles: Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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VA2 motor neuron [FBbt_00110255]

Larval motor neuron that innervates the external ventral acute muscle 2 (muscle 27) via a type Ib bouton (Zarin et al., 2019). Muscles referred to as VA2 exist in segments A1 to A7 (Bate, 1993). The neuron exits the ventral nerve cord via the segmental nerve root, fasciculating with the SNc nerve branch (Landgraf et al., 1997). It has its soma in the same segment as the muscle it innervates (Kohsaka et al., 2012). Following Landgraf et al., 1997, larval motor neurons are named according to the muscle they innervate. The same caveats therefore apply regarding inference of serial homology from nomenclature as for the muscles: Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name. There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7.

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VA3 motor neuron [FBbt_00110258]

Motor neuron that innervates the external ventral acute muscle 3 (muscle 29) via type Ib synapses (Zarin et al., 2019). Muscles referred to as VA3 exist in segments A1 to A7 (Bate, 1993). It exits the ventral nerve cord via the segmental nerve, fasciculating with the SNc branch (Landgraf et al., 1997). The muscle it innervates is in the same segment as its cell body (Landgraf et al., 2003). Following Landgraf et al., 1997, larval motor neurons are named according to the muscle they innervate. The same caveats therefore apply regarding inference of serial homology from nomenclature as for the muscles: Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name. There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7.

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valentine neuron left (L1EM:17356442) [VFB_00102fe0]

WB_BAla34 L, valentine neuron pair, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, BAla3/4 L, mw left, mw axon split complete, TR IP, mw brain neurons split, #2T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR IP*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *BAla12_l akira, stable, mw 8801736 downstream partners, mw 16561660 upstream partners, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw interhemispheric integration 4-hop, mw proprio 3rd_order, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 42_level-6_clusterID-76_signal-flow_-0.513, 65_level-7_clusterID-76_signal-flow_-0.513, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); valentine neuron left (L1EM:17356442); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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valentine neuron right (L1EM:16443509) [VFB_00102f8u]

Wall BAla, valentine neuron pair, mw brain neurons, mw brain neurons + SU, Right, BAla3/4 R, mw brain inventory, mw complete, mw right, TR IP, mw axon split complete, mw brain neurons split, #2, mw colored-matrix-2019-09-12, mw brain neurons + sensories, TR IP*, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *BAla12_r akira, stable, mw 8801736 downstream partners, mw 16561660 upstream partners, mw brain reviewed <80%, sw:brain_paired:R, sw;brainpair;R, mw interhemispheric integration 4-hop, mw proprio 3rd_order, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 14_level-4_clusterID-18_signal-flow_-0.937, 26_level-5_clusterID-37_signal-flow_-0.688, 42_level-6_clusterID-76_signal-flow_-0.513, 65_level-7_clusterID-76_signal-flow_-0.513, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [valentine neuron right (L1EM:16443509); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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VB: DPMm1 4_left (L1EM:10872426) [VFB_00102ewq]

DPMm1 r diff cells, WB_DPMm1 L, fragment, DPMm1_l akira, FB tiled horizontal axons_left, PB_upstream_akira, hemilateral_pair_8572353_10872426, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw left, mw axon split complete, mw brain neurons split, IP com, #7T, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, SMP IPP VMC com, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw degree 30-40, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, CX columnar system, mw bilat-ipsi to plot, mw 14073503 ds ipsilateral partners, mw 14073503 ds contralateral partners, stable, CX potential lineges, DPMm1 Laura, mw ad hubs_in_out, mw 16561660 upstream partners, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, mw brain open-ends 3, sw:brain_paired:L, PB.b, sw;brainpair;L, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, FB.b, Potential FB.b, CX horizontal, mw gustatory-external 4th_order, mw enteric 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw respiratory 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, mw dSEZ-feedback-1hop 2022-03-15, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, dPNOins, downFBPBs, upFBPBs, wrong annotation 2, downPB, downNO, test2, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB.b horseshoes, FB.b columnar, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 47_level-6_clusterID-110_signal-flow_-0.700, 73_level-7_clusterID-110_signal-flow_-0.700, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [VB: DPMm1 4_left (L1EM:10872426); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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VB: DPMm1 4_right (L1EM:8572353) [VFB_00102er4]

WB_DPMm1 R, DPMm1 ant lat, DPMm1_r akira, FB tiled horizontal axons, FB tiled horizontal axons_right, downstream of mPN iACT B1 right, ASB downstream of right mPNs, PB_upstream_akira, ASB No Way Out B1 right 18, hemilateral_pair_8572353_10872426, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, IP com, mw axon split complete, mw brain neurons split, #7, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, SMP IPP VMC com, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, CX columnar system, mw 14073503 ds ipsilateral partners, mw 14073503 ds contralateral partners, stable, CX potential lineges, DPMm1 Laura, mw ad hubs_in_out, mw 16561660 upstream partners, nr Tel-like 10 downstream 3-hop, mw ad all_hubs, mw brain unreviewed, sw:brain_paired:R, PB.b, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, FB.b, Potential FB.b, CX horizontal, mw gustatory-external 4th_order, mw enteric 4th_order, mw olfactory 4th_order, mw visual 4th_order, mw noci 4th_order, mw thermo-warm 4th_order, mw respiratory 4th_order, mw gustatory-pharyngeal 4th_order, mw mechano-Ch 4th_order, mw mechano-II/III 4th_order, mw dSEZ-feedback-1hop 2022-03-15, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, downFBPBs, upFBPBs, wrong annotation 2, downPB, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB.b horseshoes, FB.b columnar, mw brain and inputs, mw visual and mechanosensory neurons, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 47_level-6_clusterID-110_signal-flow_-0.700, 73_level-7_clusterID-110_signal-flow_-0.700, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, clb brainpaircensus mw right, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [VB: DPMm1 4_right (L1EM:8572353); EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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vbd_a2r (L1EM:15953777) [VFB_00102efo]

A2, Class IV Sensory Axons A2-A4, basin_paper_adjacent_sensory, Right, a2choppk, ppk-1kb-hs43-lexA-GAD, ppk1.9-GAL4, md class iv, prepreLO1, prepreLT, all_sensories, md class IV, sens_not_to_RGPNinter_T3, RGpaper_somatosensory, mw VNC sensories, mw VNC sensories 2, external somatosensory, Imambocus et al, FOR21, FOR21_sensory, Sens_FOR, vdaB, published T3 A1 A2, CCWA09Input, CCWA09input, AM_published, ND_Class IV Sens_a1, More, Merged: SENS 17256227, Merged: vdaB_a2r, CCW proprio T3-A2, ND_published, ND_all published et al [vbd_a2r (L1EM:15953777); transmission electron microscopy (TEM); Unveiling the sensory and interneuronal pathways of the neuroendocrine connectome in Drosophila (Hueckesfeld et al. 2020); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; CC-BY-SA_4.0; embryonic/larval neuron; VFB CATMAID L1 CNS]

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vch1/vch2 ventral attachment cell [FBbt_00049596]

Cell that anchors the proximal parts of the larval vch1 and vch2 dendrites (Halachmi et al., 2016). Unlike a scolopidial ligament cell, it does not enwrap the cell bodies of the vch1/vch2 sensory neurons, only the proximal to medial parts of the dendrites and it does not appear to belong to either the vch1 or vch2 lineage (Halachmi et al., 2016).

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ventral acute muscle 1 [FBbt_00110253]

Dorsal-most of the ventral acute muscles. A muscle referred to as ventral acute muscle 1 is found in each of segments T3 to A8 (Bate, 1993). Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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ventral acute muscle 2 [FBbt_00110256]

Second-most dorsal of the ventral acute muscles. A muscle referred to as ventral acute muscle 2 is found in each of segments A1 to A7 (Bate, 1993). This muscle is attached to the posterior intrasegmental apodeme (ina2) of its segment (Campos-Ortega and Hartenstein, 1997). Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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ventral acute muscle 3 [FBbt_00000597]

The third dorsal-most ventral acute muscle of larval abdominal segments A1-7. This muscle is attached to the posterior intrasegmental apodeme (ina2) of its segment (Campos-Ortega and Hartenstein, 1997). A muscle referred to as ventral acute muscle 3 is found in each of segments A1 to A7 (Bate, 1993). Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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ventral central protocerebral neuroblast [FBbt_00005877]

A neuroblast located in the ventral region of the central protocerebrum. In the embryo, individual neuroblasts are named according to their position relative to major morphological features (cephalic furrow, invaginating foregut, dorsal and ventral midline, their relative position with respect to each other, their time of segregation and their expression of markers) (Urbach et al., 2003).

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ventral channel glial cell [FBbt_00001296]

Surface-associated, channel glial cell that lies at the ventral-end of the channel above the neuropil. There are two of these cells per hemisegment and their processes form, along with processes from the dorsal channel glia, a sheath structure that covers the inner surface of the dorsoventral channel. It develops from neuroblast NB7-4 (Beckervordersandforth et al., 2008).

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ventral domain of larval A9 neuromere [FBbt_00007715]

A ventrally located neuropil region in larval abdominal segment 9 (A9). The virtual axial plane intersecting the CITv and the VMT (ventro-medial tract [FBbt:00001646]) throughout the ventral nerve cord separates the central from the ventral domain. (CITv encompasses CI2[FBbt:00005906] and CI3[FBbt:00005907]).

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ventral group vA neuron [FBbt_00004103]

Peptidergic neuron located at the ventral surface of the larval ventral nerve cord in abdominal segments A2-A4. Suska et al., 2011, use immunoreactivity to proCapa, Dimm and Dac to identify vA neurons. Expression is restricted to abdominal segments A2-A4 from embryonic stage 17 onwards, but is present in vA-like cells in most abdominal and thoracic segments from stage 14 to 17.

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ventral interface glial cell [FBbt_00001314]

Interface glial cell located at the ventral-most region of the ventral nerve cord interface near the center of the segment lateral to the ventral midline glial cells. The ventral interface glial cell sends processes both laterally and medially. The medial process runs towards the midline glial cells, but apparently does not contact them. It runs along the inner surface of the neuropil between the anterior and posterior commissures and seems to contact the medial dorsal intersegmental glial cells. At embryonic stage 15, all of the interface glia are aligned dorsally in two rows above the longitudinal connectives. At early stage 16, one cell in the medial row begins to move ventrally and occupies its final position by early stage 17, leaving processes behind and maintaining a connection with the dorsal interface glia. In some samples there are two ventral interface glial cells per hemisegment, but generally there is only one cell (Ito et al., 1995).

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ventral lateral subperineurial glial cell [FBbt_00001288]

Surface-associated, subperineurial glial cell located on the lateral surface of the embryonic/larval ventral nerve cord, and is located ventral to the dorsal lateral subperineurial glial cell. It lies at about 30% along the ventro-dorsal axis, and occasionally there are two of these cells per neuromere. It develops from the NB5-6 neuroblast (Beckervordersandforth et al., 2008). At stage 14 the lateral subperineurial glial cells have a vertically elongated ‘belt-like’ morphology. This suggests that these cells may be the ‘belt glia’ described by Doe et al., 1991.

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ventral longitudinal muscle 1 [FBbt_00110301]

Lateralmost ventral longitudinal muscle (Landgraf et al., 1997). Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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ventral longitudinal muscle 2 [FBbt_00110293]

Second-most lateral ventral longitudinal muscle (Landgraf et al., 1997). Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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ventral longitudinal muscle 3 [FBbt_00110246]

Third-most lateral ventral longitudinal muscle (Landgraf et al., 1997). Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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ventral longitudinal muscle 4 [FBbt_00110247]

Medialmost ventral longitudinal muscle (Landgraf et al., 1997). Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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ventral oblique muscle [FBbt_00000469]

A ventrally located hypodermal muscle of the embryonic/larval musculature that runs from a dorsal anterior muscle attachment site to a ventral posterior one. It is an internal muscle (Landgraf et al., 2003; Kohsaka et al., 2012). VO4-6 seem to be unanimously classed as ventral oblique. VO1/2 classed as ventral lateral by Zarin et al. (2019) - FBrf0244727 and Kohsaka et al. (2012). Kohsaka et al. (2012) additionally class VO3 as ventral lateral.

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ventral oblique muscle 1 [FBbt_00110249]

Most dorsal of the ventral oblique muscles. Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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ventral oblique muscle 2 [FBbt_00110244]

Second-most dorsal of the ventral oblique muscles. Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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ventral oblique muscle 3 [FBbt_00110283]

Third-most dorsal of the ventral oblique muscles. Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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ventral oblique muscle 4 [FBbt_00000620]

Fourth-most dorsal of the ventral oblique muscles, found in embryonic/larval abdominal segments 1-7 only. Its posterior end is attached to the posterior intrasegmental apodeme (ina2) of the segment immediately posterior to its segment of origin (Campos-Ortega and Hartenstein 1985). Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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ventral oblique muscle 5 [FBbt_00000621]

The fifth dorsal-most ventral oblique muscle, found in embryonic/larval abdominal segments 1-7 only. Its posterior end is attached to the anterior intrasegmental apodeme (ina1) of the segment immediately posterior to its segment of origin (Campos-Ortega and Hartenstein 1985). Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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ventral oblique muscle 6 [FBbt_00000622]

The sixth dorsal-most ventral oblique muscle, found in embryonic/larval abdominal segments 2-7 only. Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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ventral organ [FBbt_00002707]

External compound sense organ of the antenno-maxillary complex of the larval head, located amongst the cirri. It contains three ‘knob-like’ sensilla, one bi-dendritic and two mono-dendritic. Neurons of the ventral organ connect with the larval maxillary nerve and terminate in area 2 of the subesophageal ganglion. Evidence for maxillary segment origin comes from Schmidt-Ott et al., 1994. There is some disagreement about the number of sensilla in the ventral organ: Campos-Ortega and Hartenstein, 1997, mention only 3 - one with two neurons and the other two with one each; Singh and Singh, 1984, provide evidence for 5 sensilla, 4 innervated by one neuron, the other by four neurons. This ontology follows Singh and Singh, 1984.

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ventral posterior protocerebral neuroblast [FBbt_00005921]

A neuroblast located in the ventral region of the posterior protocerebrum. In the embryo, individual neuroblasts are named according to their position relative to major morphological features (cephalic furrow, invaginating foregut, dorsal and ventral midline, their relative position with respect to each other, their time of segregation and their expression of markers) (Urbach et al., 2003).

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ventral transverse muscle 1 [FBbt_00110280]

Anterior-most ventral transverse muscle. It is an external muscle (Landgraf et al., 2003; Zarin and Labrador, 2019). Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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ventral VUM motor neuron [FBbt_00110297]

Neuromodulatory motor neuron developing from the VUM midline precursor. It innervates the ventral oblique and longitudinal muscles. Following Landgraf et al., 1997, larval motor neurons are named according to the muscle they innervate. The same caveats therefore apply regarding inference of serial homology from nomenclature as for the muscles: Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name. VUM neurons are found in thoracic and abdominal segments (Schmid et al., 1999).

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ventrolateral domain of larval central nervous system [FBbt_00007705]

A ventro-laterally located longitudinal subdivision of the larval central nervous system spanning the gnathal, thoracic and abdominal neuromeres (Hartenstein et al., 2018). It is found at the same level as the ventromedial domain; ventral to the central domain (which contains the C1-3 fascicles) and the centrolateral domain (Hartenstein et al., 2018). Its medial boundary (with the ventromedial domain) is defined by the entry points of lineages 3,5,6 and 12 into the neuropil, which are at the same medio-lateral position as the C1-3 fascicles (Hartenstein et al., 2018). Anteriorly, it terminates posterior to the tritocerebrum, as the CITd and CITv (C1-3 fascicles) reach the lateral edge of the neuropil (Hartenstein et al., 2018). In thoracic neuromeres, this domain becomes enlarged during development and will give rise to the adult leg neuropils (Hartenstein et al., 2018).

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ventromedial domain of larval central nervous system [FBbt_00007706]

A ventro-medially located longitudinal subdivision of the larval central nervous system spanning the tritocerebral, gnathal, thoracic and abdominal neuromeres (Hartenstein et al., 2018). It is found at the same level as the ventrolateral domain; ventral to the central domain (which contains the C1-3 fascicles) and the centromedial domain (which contains the VM fascicle) (Hartenstein et al., 2018). It contains the ipsilateral parts of the ventral commissures (Hartenstein et al., 2018). Its lateral boundary (with the ventrolateral domain) is defined by the entry points of lineages 3,5,6 and 12 into the neuropil, which are at the same medio-lateral position as the C1-3 fascicles (Hartenstein et al., 2018).

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ventromedial domain of larval tritocerebrum [FBbt_00007720]

Neuropil region where the larval tritocerebrum intersects with the ventromedial longitudinal domain of the central nervous system (Hartenstein et al., 2018). The anterior widening of the VM fascicle results in an enlargement of the ventromedial domain in the tritocerebrum compared to more posterior neuromeres (Hartenstein et al., 2018).

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vertical lobe of larval mushroom body [FBbt_00110189]

The vertical lobe of the larval mushroom body (Pauls et al., 2010). At third instar, the vertical lobe comprise three types of Kenyon cells: embryonic-born gamma neurons, larval-born gamma neurons and larval born alpha’/beta’ neurons (Pauls et al., 2010).

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vesB neuron [FBbt_00002042]

Sensory PNS neuron of embryonic/larval abdominal segments 1-7, the pro-, meta- or mesothoracic segments (Dambly-Chaudiere and Ghysen, 1986). In the thoracic segments it innervates the anterior medial hair of the Keilin’s organ, together with the vesC neuron. In the abdominal segments it is located dorsal to vesA and ventral to vesC.

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VLEL4_a1r (L1EM:8198913) [VFB_00102eq7]

A08j2, lch5-2/4 PN, chordotonal cell body, VLEL candidates a1r, VLEL candidates a1r same bundle, Zgroup, A1 neurons, A1R, NB3-3, CCW A1R EL fasiculating cluster, CCW potential ELs_a1r, CCW ELs, post_sensory, Earlya08_downstream, Ventral, m_19_all, A08j1, m19_a1, Lin X8 A1 R, Cv com a asc CITv, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, AUTO multiple presynapses to brain, CCW_VLEL9_BIGpairs, CCW_VLEL4_BIGpairs, NB3-3 Lin 08 A1 R, mw A1 neurons, mw A1 wider set, mw right, mw A1 neurons paired, mw A1 neurons paired ascending, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, Ellie all NB3-3 A1, mw A1 ascending broad dendrite, mw A1 ascending mechano, mw contralateral axon, mw brain matrix and A1, mw brain paper all neurons, VNC neurons asc MVT lat L, mw test matrices, asc MVT lat L T3-A2, stable, sw:brain_paired:R, YYCWMLEH, CCWladderInput, mw A1 out_hubs ad, mw ascending temp, sw;pairs;R, mw A1 interneuron Chord 2nd/3rd-order, mw A1 interneuron Chord 2nd_order, Maxime2022, EL_A1R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 10_level-5_clusterID-46_signal-flow_0.688, 13_level-6_clusterID-90_signal-flow_0.767, 18_level-7_clusterID-90_signal-flow_0.767, ND_Chordotonal 2nd order, mw A1 post-sens plot, ND_published, ND_all published et al, ctd ascendings, ct ascendings [VLEL4_a1r (L1EM:8198913); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; EM L1 Winding, Pedigo et al., 2023; VFB CATMAID L1 CNS]

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VLEL9_a1r (L1EM:8257672) [VFB_00102eqd]

VLEL neurons T2-A4, Ladder, A08z, VLEL candidates a1r, VLEL candidates a1r same bundle, VLEL candidates a2r, VLEL candidates a2r same bundle, chordotonal cell body, A08j2 group akira, EL paper gal80 neurons, ASB left, VLEL9 group akira, T3 00, A1 neurons, A1R, NB3-2_candidates, NB3-3, CCW A1R EL fasiculating cluster, t2 ladder, CCW potential ELs_a1r, CCW ELs, Ventral, m_19_all, A08j3, 2 orange, m19_a1, Lin X8 A1 R, Cv com a asc CITv, AUTO ascending neurons at 1112 gap, AUTO extends beyond brain, AUTO multiple presynapses to brain, NB3-3 Lin 08 A1 R, mw A1 neurons, mw A1 wider set, mw right, mw A1 neurons paired, mw A1 neurons paired ascending, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, Ellie all NB3-3 A1, mw A1 ascending broad dendrite, VNC neurons asc MVT lat L, mw brain matrix and A1, mw brain paper all neurons, mw A1 ascending unknown, mw test matrices, asc MVT lat L T3-A2, stable, sw:brain_paired:R, YYCWMLEH, CCWladderInput, mw ascending temp, sw;pairs;R, Maxime2022, EL_A1R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 0_level-2_clusterID-4_signal-flow_0.888, 2_level-3_clusterID-10_signal-flow_0.795, 4_level-4_clusterID-22_signal-flow_0.735, 8_level-5_clusterID-45_signal-flow_0.785, 14_level-6_clusterID-88_signal-flow_0.646, 23_level-7_clusterID-88_signal-flow_0.646, ND_published, ND_all published et al, ctd ascendings, ct ascendings [EM L1 Winding, Pedigo et al., 2023; VLEL9_a1r (L1EM:8257672); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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VO3 motor neuron [FBbt_00110282]

Motor neuron that innervates the ventral oblique muscle 3 (muscle 28). A muscle named VO3 is present in each of segments T1 to A7 (Bate, 1993). It fasciculates with the intersegmental nerve (ISNb) and has its soma in the segment anterior to the muscle it innervates (Kohsaka et al., 2012). Following Landgraf et al., 1997, larval motor neurons are named according to the muscle they innervate. The same caveats therefore apply regarding inference of serial homology from nomenclature as for the muscles: Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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VO4-6 motor neuron [FBbt_00110289]

Motor neuron that develops from the neuroblast NB7-1 lineage. It innervates the internal ventral oblique muscles 4, 5 and 6, which are found in larval abdominal segments A1 to A7 (for VO6, only A2 to A7). Its dendritic arborization occupies the medial domain of the ventral nerve cord neuropil. It exits the ventral nerve cord via the anterior root of the intersegmental nerve, fasciculating with the ISNd nerve branch and innervates the VO4, VO5 and VO6 muscles via type Ib boutons. Following Landgraf et al., 1997, larval motor neurons are named according to the muscle they innervate. The same caveats therefore apply regarding inference of serial homology from nomenclature as for the muscles: Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name. There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7.

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VO4/5 motor neuron [FBbt_00110285]

Motor neuron that develops from the neuroblast NB7-1 lineage. It innervates the internal ventral oblique muscles 4 and 5, which are found in larval abdominal segments A1 to A7. Its dendritic arborization occupies the medial domain of the ventral nerve cord neuropil. It exits the ventral nerve cord via the anterior root of the intersegmental nerve, fasciculating with the ISNd nerve branch and it innervates the VO4 and VO5 muscles via intermediate-sized type I boutons (Hoang and Chiba, 2001; Banerjee et al., 2016). These neurons (at least in A1 to A4) die during metamorphosis (Banerjee et al., 2016). Following Landgraf et al., 1997, larval motor neurons are named according to the muscle they innervate. The same caveats therefore apply regarding inference of serial homology from nomenclature as for the muscles: Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name. There is little or no published literature specifically on innervation in A1 and so where equivalent muscles are present between A1 and A2-7 (Landgraf et al., 1997; Schmid et al., 1999), we infer A1 motor neuron innervation patterns from those of A2-7.

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VT001615 FLP 1-1 [VFB_00060359]

A single 109D01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/109D01/Confocal_63X_2014-09-10_VNC/109D01_57C10wt_E_VNC.tif. [centromedial domain of larval T2 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; VT001615 FLP 1-1; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval maxillary neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval mandibular neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; expression pattern fragment; central domain of larval maxillary neuromere; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; dorsomedial domain of larval maxillary neuromere; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; 5901019_G__3; expresses; VDRC; embryonic/larval central nervous system; P{VT001615-GAL4} expression pattern; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; dorsolateral domain of larval maxillary neuromere; L3 CNS template - Wood2018; Lines/GMR_100-109/109D01/Confocal_63X_2014-09-10_VNC/109D01_57C10wt_E_VNC.tif; dorsomedial domain of larval T2 neuromere]

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VT002408 FLP 8-1 [VFB_00057359]

A fragment of the 109D04 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/109D04/Confocal_63X_2014-08-26_VNC/109D04_57C10L_C_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; Lines/GMR_100-109/109D04/Confocal_63X_2014-08-26_VNC/109D04_57C10L_C_VNC.tif; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; VT002408 FLP 8-1; P{VT002408-GAL4} expression pattern; expression pattern fragment; ventrolateral domain of larval central nervous system; 5900588_G__2; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; centrolateral domain of larval A3 neuromere; centromedial domain of larval A5 neuromere; expresses; central domain of larval A3 neuromere; VDRC; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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VT002856 FLP 2-1 [VFB_00061716]

A single 124A10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/124A10/Confocal_63X_2014-09-25_VNC/124A10_57C10wt_C_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; centrolateral domain of larval T2 neuromere; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; VT002856 FLP 2-1; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; 6100080_R__2; central domain of larval A1 neuromere; dorsolateral domain of larval A2 neuromere; Lines/GMR_120-129/124A10/Confocal_63X_2014-09-25_VNC/124A10_57C10wt_C_VNC.tif; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{VT002856-GAL4} expression pattern; dorsomedial domain of larval A2 neuromere]

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VT002856 FLP 2-2 [VFB_00061717]

A single 124A10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/124A10/Confocal_63X_2014-09-25_VNC/124A10_57C10wt_C_VNC.tif. [confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; 6100080_R__4; centrolateral domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; VT002856 FLP 2-2; Lines/GMR_120-129/124A10/Confocal_63X_2014-09-25_VNC/124A10_57C10wt_C_VNC.tif; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; P{VT002856-GAL4} expression pattern]

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VT005524 FLP 8-1 [VFB_00061814]

A single 109E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/109E02/Confocal_63X_2014-09-10_VNC/109E02_57C10wt_G_VNC.tif. [VT005524 FLP 8-1; confocal microscopy; unlicensed; dorsomedial domain of larval A4 neuromere; dorsomedial domain of larval central nervous system; P{VT005524-GAL4} expression pattern; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; 5901102_R__4; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; Lines/GMR_100-109/109E02/Confocal_63X_2014-09-10_VNC/109E02_57C10wt_G_VNC.tif; L3 CNS template - Wood2018]

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VT005524 FLP 9-1 [VFB_00061815]

A single 109E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/109E02/Confocal_63X_2014-09-10_VNC/109E02_57C10wt_B_VNC.tif. [VDRC; L3 CNS template - Wood2018; Lines/GMR_100-109/109E02/Confocal_63X_2014-09-10_VNC/109E02_57C10wt_B_VNC.tif; embryonic/larval central nervous system; P{VT005524-GAL4} expression pattern; expression pattern fragment; confocal microscopy; 5901101_R__1; unlicensed; Truman Larval Flip-Out Collection; is part of; VT005524 FLP 9-1; embryonic/larval neuron; expresses]

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VT005524 FLP 9-2 [VFB_00061816]

A single 109E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/109E02/Confocal_63X_2014-09-10_VNC/109E02_57C10wt_B_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; P{VT005524-GAL4} expression pattern; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; 5901101_R__3; central domain of larval A2 neuromere; Lines/GMR_100-109/109E02/Confocal_63X_2014-09-10_VNC/109E02_57C10wt_B_VNC.tif; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; VT005524 FLP 9-2; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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VT006393 FLP 4-1 [VFB_00061518]

A single 112D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_110-119/112D11/Confocal_63X_2014-09-09_VNC/112D11_57C10wt_A_VNC.tif. [confocal microscopy; unlicensed; central domain of larval A7 neuromere; centrolateral domain of larval central nervous system; 6000100_G__1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; VT006393 FLP 4-1; ventrolateral domain of larval central nervous system; expression pattern fragment; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; is part of; Lines/GMR_110-119/112D11/Confocal_63X_2014-09-09_VNC/112D11_57C10wt_A_VNC.tif; P{VT006393-GAL4} expression pattern; ventrolateral domain of larval A8 neuromere; centromedial domain of larval A7 neuromere; embryonic/larval neuron; dorsolateral domain of larval A8 neuromere; expresses; VDRC; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; centrolateral domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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VT006865 FLP 4-1 [VFB_00061864]

A fragment of the 125B08 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/125B08/Confocal_63X_2014-09-17_VNC/125B08_57C10wt_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; P{VT006865-GAL4} expression pattern; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; Lines/GMR_120-129/125B08/Confocal_63X_2014-09-17_VNC/125B08_57C10wt_B_VNC.tif; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval A2 neuromere; VT006865 FLP 4-1; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; expresses; VDRC; embryonic/larval central nervous system; central domain of larval labial neuromere; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018; 6100561_G__1]

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VT006865 FLP 8-1 [VFB_00061866]

A fragment of the 125B08 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/125B08/Confocal_63X_2014-09-17_VNC/125B08_57C10wt_A_VNC.tif. [confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; P{VT006865-GAL4} expression pattern; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; central domain of larval A6 neuromere; ventromedial domain of larval A3 neuromere; ventrolateral domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_120-129/125B08/Confocal_63X_2014-09-17_VNC/125B08_57C10wt_A_VNC.tif; central domain of larval A2 neuromere; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; 6100565_G__1; is part of; VT006865 FLP 8-1; centrolateral domain of larval A3 neuromere; expresses; central domain of larval A3 neuromere; VDRC; embryonic/larval central nervous system; central domain of larval A1 neuromere; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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VT006865 FLP 9-1 [VFB_00061867]

A fragment of the 125B08 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/125B08/Confocal_63X_2014-09-17_VNC/125B08_57C10wt_E_VNC.tif. [centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; P{VT006865-GAL4} expression pattern; centrolateral domain of larval central nervous system; centromedial domain of larval maxillary neuromere; 6100564_G__1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval maxillary neuromere; is part of; Lines/GMR_120-129/125B08/Confocal_63X_2014-09-17_VNC/125B08_57C10wt_E_VNC.tif; centrolateral domain of larval labial neuromere; expresses; VDRC; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; centromedial domain of larval mandibular neuromere; L3 CNS template - Wood2018; VT006865 FLP 9-1]

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VT006865 FLP 9-2 [VFB_00061868]

A single 125B08 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/125B08/Confocal_63X_2014-09-17_VNC/125B08_57C10wt_E_VNC.tif. [VDRC; L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; P{VT006865-GAL4} expression pattern; VT006865 FLP 9-2; Lines/GMR_120-129/125B08/Confocal_63X_2014-09-17_VNC/125B08_57C10wt_E_VNC.tif; 6100564_G__2; embryonic/larval neuron; expresses]

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VT006866 FLP 9-1 [VFB_00060179]

A single 106E10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/106E10/Confocal_63X_2014-10-23_VNC/stack_TIFF/106E10_57C10wt_A_VNC.tif. [confocal microscopy; unlicensed; Lines/GMR_100-109/106E10/Confocal_63X_2014-10-23_VNC/stack_TIFF/106E10_57C10wt_A_VNC.tif; VT006866 FLP 9-1; 5900784_R__1; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; is part of; P{VT006866-GAL4} expression pattern; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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VT007773 FLP 17-1 [VFB_00061407]

A fragment of the 125D02 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/125D02/Confocal_63X_2014-09-17_VNC/125D02_57C10wt_C_VNC.tif. [confocal microscopy; unlicensed; larval T2 leg neuropil; 6100704_G__1; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; Lines/GMR_120-129/125D02/Confocal_63X_2014-09-17_VNC/125D02_57C10wt_C_VNC.tif; VT007773 FLP 17-1; P{VT007773-GAL4} expression pattern; is part of; expresses; VDRC; embryonic/larval central nervous system; larval T3 leg neuropil; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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VT008480 FLP 5-1 [VFB_00060915]

A single 116G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_110-119/116G03/Confocal_63X_2014-09-13_VNC/116G03_57C10wt_D_VNC.tif. [confocal microscopy; unlicensed; central domain of larval A7 neuromere; dorsomedial domain of larval A6 neuromere; dorsomedial domain of larval A4 neuromere; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; P{VT008480-GAL4} expression pattern; dorsomedial domain of larval central nervous system; VT008480 FLP 5-1; 6000065_G__1; Truman Larval Flip-Out Collection; overlaps; dorsolateral domain of larval A7 neuromere; expression pattern fragment; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; is part of; dorsomedial domain of larval A5 neuromere; centromedial domain of larval A7 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; VDRC; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; Lines/GMR_110-119/116G03/Confocal_63X_2014-09-13_VNC/116G03_57C10wt_D_VNC.tif; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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VT008480 FLP 6-1 [VFB_00060916]

A single 116G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_110-119/116G03/Confocal_63X_2014-09-13_VNC/116G03_57C10wt_B_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; P{VT008480-GAL4} expression pattern; ventromedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; VT008480 FLP 6-1; Lines/GMR_110-119/116G03/Confocal_63X_2014-09-13_VNC/116G03_57C10wt_B_VNC.tif; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; central domain of larval A3 neuromere; VDRC; embryonic/larval central nervous system; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018; 6000064_G__1]

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VT008650 FLP 5-1 [VFB_00061231]

A single 100D10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/100D10/Confocal_63x_2014-08-14_VNC/stack_TIFF/100D10_57C10L_A_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; 5901188_R__3; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_100-109/100D10/Confocal_63x_2014-08-14_VNC/stack_TIFF/100D10_57C10L_A_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; P{VT008650-GAL4} expression pattern; is part of; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; VT008650 FLP 5-1; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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VT008663 FLP 3-1 [VFB_00061264]

A fragment of the 106F06 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/106F06/Confocal_63X_2014-10-11_VNC/stack_TIFF/106F06_57C10L_B_VNC.tif. [VDRC; L3 CNS template - Wood2018; embryonic/larval central nervous system; dorsolateral domain of larval T3 neuromere; ventrolateral domain of larval T1 neuromere; confocal microscopy; unlicensed; P{VT008663-GAL4} expression pattern; Truman Larval Flip-Out Collection; VT008663 FLP 3-1; is part of; overlaps; ventromedial domain of larval central nervous system; Lines/GMR_100-109/106F06/Confocal_63X_2014-10-11_VNC/stack_TIFF/106F06_57C10L_B_VNC.tif; dorsolateral domain of larval central nervous system; 5901211_R__1; expression pattern fragment; expresses]

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VT009094 FLP 10-1 [VFB_00061189]

A single 100E06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/100E06/Confocal_63X_2014-10-13_PM_VNC/stack_TIFF/100E06_57C10L_D_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; Lines/GMR_100-109/100E06/Confocal_63X_2014-10-13_PM_VNC/stack_TIFF/100E06_57C10L_D_VNC.tif; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; P{VT009094-GAL4} expression pattern; central domain of larval central nervous system; 5900938_R__3; VT009094 FLP 10-1; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; VDRC; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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VT009094 FLP 10-2 [VFB_00061190]

A fragment of the 100E06 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/100E06/Confocal_63X_2014-10-13_PM_VNC/stack_TIFF/100E06_57C10L_D_VNC.tif. [confocal microscopy; unlicensed; 5900938_G__1; centrolateral domain of larval central nervous system; Lines/GMR_100-109/100E06/Confocal_63X_2014-10-13_PM_VNC/stack_TIFF/100E06_57C10L_D_VNC.tif; dorsomedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; VT009094 FLP 10-2; central domain of larval T1 neuromere; expression pattern fragment; P{VT009094-GAL4} expression pattern; central domain of larval maxillary neuromere; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; expresses; VDRC; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval maxillary neuromere; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; dorsolateral domain of larval maxillary neuromere; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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VT009094 FLP 4-1 [VFB_00061183]

A single 100E06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/100E06/Confocal_63X_2014-10-13_PM_VNC/stack_TIFF/100E06_57C10L_I_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; VT009094 FLP 4-1; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Lines/GMR_100-109/100E06/Confocal_63X_2014-10-13_PM_VNC/stack_TIFF/100E06_57C10L_I_VNC.tif; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; 5900933_G__1; central domain of larval A2 neuromere; P{VT009094-GAL4} expression pattern; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; VDRC; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018]

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VT009094 FLP 5-1 [VFB_00061184]

A single 100E06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/100E06/Confocal_63X_2014-10-13_PM_VNC/stack_TIFF/100E06_57C10L_E_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_100-109/100E06/Confocal_63X_2014-10-13_PM_VNC/stack_TIFF/100E06_57C10L_E_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; VT009094 FLP 5-1; P{VT009094-GAL4} expression pattern; 5900932_R__3; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; VDRC; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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VT009094 FLP 7-1 [VFB_00061185]

A single 100E06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/100E06/Confocal_63X_2014-10-13_PM_VNC/stack_TIFF/100E06_57C10L_H_VNC.tif. [centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centromedial domain of larval maxillary neuromere; centromedial domain of larval central nervous system; 5900934_R__1; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_100-109/100E06/Confocal_63X_2014-10-13_PM_VNC/stack_TIFF/100E06_57C10L_H_VNC.tif; expression pattern fragment; P{VT009094-GAL4} expression pattern; is part of; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; L3 CNS template - Wood2018; VT009094 FLP 7-1]

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VT009094 FLP 7-2 [VFB_00061186]

A single 100E06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/100E06/Confocal_63X_2014-10-13_PM_VNC/stack_TIFF/100E06_57C10L_H_VNC.tif. [centromedial domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centromedial domain of larval maxillary neuromere; 5900934_G__1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_100-109/100E06/Confocal_63X_2014-10-13_PM_VNC/stack_TIFF/100E06_57C10L_H_VNC.tif; dorsomedial domain of larval T1 neuromere; expression pattern fragment; P{VT009094-GAL4} expression pattern; is part of; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; VT009094 FLP 7-2; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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VT009094 FLP 8-1 [VFB_00061187]

A fragment of the 100E06 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/100E06/Confocal_63X_2014-10-13_PM_VNC/stack_TIFF/100E06_57C10L_G_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; Lines/GMR_100-109/100E06/Confocal_63X_2014-10-13_PM_VNC/stack_TIFF/100E06_57C10L_G_VNC.tif; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; P{VT009094-GAL4} expression pattern; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; VT009094 FLP 8-1; centrolateral domain of larval A3 neuromere; expresses; central domain of larval A3 neuromere; VDRC; 5900937_R__3; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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VT009094 FLP 8-2 [VFB_00061188]

A single 100E06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/100E06/Confocal_63X_2014-10-13_PM_VNC/stack_TIFF/100E06_57C10L_G_VNC.tif. [VT009094 FLP 8-2; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; Lines/GMR_100-109/100E06/Confocal_63X_2014-10-13_PM_VNC/stack_TIFF/100E06_57C10L_G_VNC.tif; 5900937_G__1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval T3 neuromere; P{VT009094-GAL4} expression pattern; is part of; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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VT009131 FLP 11-1 [VFB_00061505]

A fragment of the 116G07 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_110-119/116G07/Confocal_63X_2014-10-31PM_VNC/stack_TIFF/116G07_57C10L_F_VNC.tif. [centromedial domain of larval T2 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; 6000297_G__1; P{VT009131-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; is part of; expresses; VDRC; VT009131 FLP 11-1; embryonic/larval central nervous system; central domain of larval labial neuromere; central domain of larval A1 neuromere; Lines/GMR_110-119/116G07/Confocal_63X_2014-10-31PM_VNC/stack_TIFF/116G07_57C10L_F_VNC.tif; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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VT009131 FLP 2-1 [VFB_00061120]

A fragment of the 116G07 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_110-119/116G07/Confocal_63X_2014-10-31PM_VNC/stack_TIFF/116G07_57C10L_E_VNC.tif. [centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; central domain of larval T3 neuromere; P{VT009131-GAL4} expression pattern; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; VT009131 FLP 2-1; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; Lines/GMR_110-119/116G07/Confocal_63X_2014-10-31PM_VNC/stack_TIFF/116G07_57C10L_E_VNC.tif; central domain of larval central nervous system; is part of; expresses; VDRC; embryonic/larval central nervous system; central domain of larval A1 neuromere; 6000303_G__1; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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VT009131 FLP 4-1 [VFB_00061121]

A fragment of the 116G07 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_110-119/116G07/Confocal_63X_2014-10-31PM_VNC/stack_TIFF/116G07_57C10L_G_VNC.tif. [centromedial domain of larval T2 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; central domain of larval T3 neuromere; P{VT009131-GAL4} expression pattern; centromedial domain of larval central nervous system; VT009131 FLP 4-1; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; 6000301_G__1; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; is part of; Lines/GMR_110-119/116G07/Confocal_63X_2014-10-31PM_VNC/stack_TIFF/116G07_57C10L_G_VNC.tif; expresses; VDRC; embryonic/larval central nervous system; central domain of larval labial neuromere; central domain of larval A1 neuromere; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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VT011974 FLP 1-1 [VFB_00060883]

A single 109F11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/109F11/Confocal_63X_2014-09-10_VNC/stack_TIFF/109F11_57C10wt_A_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; Lines/GMR_100-109/109F11/Confocal_63X_2014-09-10_VNC/stack_TIFF/109F11_57C10wt_A_VNC.tif; dorsomedial domain of larval central nervous system; VT011974 FLP 1-1; dorsomedial domain of larval A3 neuromere; P{VT011974-GAL4} expression pattern; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; 5901254_R__1; central domain of larval A2 neuromere; central domain of larval central nervous system; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; VDRC; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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VT012639 FLP 6-1 [VFB_00061677]

A single 103G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/103G03/Confocal_63X_2014-10-13_VNC/stack_TIFF/103G03_57C10wt_C_VNC.tif. [P{VT012639-GAL4} expression pattern; VT012639 FLP 6-1; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; dorsomedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval mandibular neuromere; expression pattern fragment; central domain of larval central nervous system; dorsomedial domain of larval maxillary neuromere; 5901124_G__1; is part of; Lines/GMR_100-109/103G03/Confocal_63X_2014-10-13_VNC/stack_TIFF/103G03_57C10wt_C_VNC.tif; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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VT013602 FLP 1-1 [VFB_00058373]

A single 124B11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/124B11/Confocal_63X_2014-09-25_VNC/124B11_57C10wt_A_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; VT013602 FLP 1-1; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; P{VT013602-GAL4} expression pattern; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; 6100029_G__3; central domain of larval central nervous system; is part of; embryonic/larval neuron; Lines/GMR_120-129/124B11/Confocal_63X_2014-09-25_VNC/124B11_57C10wt_A_VNC.tif; expresses; VDRC; larval T1 leg neuropil; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; L3 CNS template - Wood2018]

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VT014710 FLP 8-1 [VFB_00061125]

A single 103G10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/103G10/Confocal_63X_2014-10-09_VNC/stack_TIFF/103G10_57C10L_H_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; P{VT014710-GAL4} expression pattern; confocal microscopy; unlicensed; larval T2 leg neuropil; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; 5900118_G__1; VT014710 FLP 8-1; Lines/GMR_100-109/103G10/Confocal_63X_2014-10-09_VNC/stack_TIFF/103G10_57C10L_H_VNC.tif; L3 CNS template - Wood2018]

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VT014710 FLP 8-2 [VFB_00061126]

A single 103G10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/103G10/Confocal_63X_2014-10-09_VNC/stack_TIFF/103G10_57C10L_H_VNC.tif. [P{VT014710-GAL4} expression pattern; confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; VT014710 FLP 8-2; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; 5900118_G__3; dorsolateral domain of larval A6 neuromere; is part of; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; Lines/GMR_100-109/103G10/Confocal_63X_2014-10-09_VNC/stack_TIFF/103G10_57C10L_H_VNC.tif; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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VT014710 FLP 9-1 [VFB_00061127]

A single 103G10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/103G10/Confocal_63X_2014-10-09_VNC/stack_TIFF/103G10_57C10L_C_VNC.tif. [P{VT014710-GAL4} expression pattern; confocal microscopy; unlicensed; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; 5900117_G__1; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; L3 CNS template - Wood2018; dorsomedial domain of larval A1 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; Lines/GMR_100-109/103G10/Confocal_63X_2014-10-09_VNC/stack_TIFF/103G10_57C10L_C_VNC.tif; dorsolateral domain of larval A2 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; VT014710 FLP 9-1; dorsomedial domain of larval A2 neuromere]

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VT014961 FLP 8-1 [VFB_00057415]

A single 123D05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/123D05/Confocal_63X_2014-11-06_VNC_Scope1/stack_TIFF/123D05_57C10L_G_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; VT014961 FLP 8-1; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; Lines/GMR_120-129/123D05/Confocal_63X_2014-11-06_VNC_Scope1/stack_TIFF/123D05_57C10L_G_VNC.tif; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A6 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; 6100482_R__1; P{VT014961-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; central domain of larval A3 neuromere; VDRC; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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VT014961 FLP 8-2 [VFB_00057416]

A single 123D05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/123D05/Confocal_63X_2014-11-06_VNC_Scope1/stack_TIFF/123D05_57C10L_G_VNC.tif. [VT014961 FLP 8-2; 6100482_G__2; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; Lines/GMR_120-129/123D05/Confocal_63X_2014-11-06_VNC_Scope1/stack_TIFF/123D05_57C10L_G_VNC.tif; central domain of larval A6 neuromere; ventrolateral domain of larval A6 neuromere; ventrolateral domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; P{VT014961-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; VDRC; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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VT015782 FLP 1-1 [VFB_00060360]

A single 106H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/106H06/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/106H06_57C10L_A_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; Lines/GMR_100-109/106H06/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/106H06_57C10L_A_VNC.tif; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; P{VT015782-GAL4} expression pattern; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; 5901011_G__1; is part of; VT015782 FLP 1-1; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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VT015782 FLP 3-1 [VFB_00060361]

A single 106H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/106H06/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/106H06_57C10L_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; P{VT015782-GAL4} expression pattern; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; 5901013_R__1; Lines/GMR_100-109/106H06/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/106H06_57C10L_B_VNC.tif; VT015782 FLP 3-1; L3 CNS template - Wood2018]

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VT015782 FLP 3-2 [VFB_00060362]

A single 106H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/106H06/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/106H06_57C10L_B_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; P{VT015782-GAL4} expression pattern; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; 5901013_G__1; Lines/GMR_100-109/106H06/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/106H06_57C10L_B_VNC.tif; L3 CNS template - Wood2018; VT015782 FLP 3-2]

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VT015782 FLP 4-1 [VFB_00060363]

A fragment of the 106H06 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/106H06/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/106H06_57C10L_C_VNC.tif. [ventrolateral domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; 5901012_R__1; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; P{VT015782-GAL4} expression pattern; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; Lines/GMR_100-109/106H06/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/106H06_57C10L_C_VNC.tif; VT015782 FLP 4-1; expresses; VDRC; embryonic/larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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VT015782 FLP 4-2 [VFB_00060364]

A single 106H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/106H06/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/106H06_57C10L_C_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; P{VT015782-GAL4} expression pattern; overlaps; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; 5901012_R__2; is part of; Lines/GMR_100-109/106H06/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/106H06_57C10L_C_VNC.tif; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; VT015782 FLP 4-2; dorsomedial domain of larval A2 neuromere]

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VT015782 FLP 4-3 [VFB_00060365]

A single 106H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/106H06/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/106H06_57C10L_C_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; P{VT015782-GAL4} expression pattern; overlaps; expression pattern fragment; L3 CNS template - Wood2018; dorsomedial domain of larval A1 neuromere; is part of; Lines/GMR_100-109/106H06/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/106H06_57C10L_C_VNC.tif; 5901012_G__1; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; VT015782 FLP 4-3; dorsomedial domain of larval A2 neuromere]

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VT015782 FLP 4-4 [VFB_00060366]

A single 106H06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/106H06/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/106H06_57C10L_C_VNC.tif. [ventrolateral domain of larval T2 neuromere; VT015782 FLP 4-4; confocal microscopy; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; P{VT015782-GAL4} expression pattern; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; Lines/GMR_100-109/106H06/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/106H06_57C10L_C_VNC.tif; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; 5901012_G__2; L3 CNS template - Wood2018]

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VT017258 FLP 10-1 [VFB_00061821]

A fragment of the 107A05 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/107A05/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/107A05_57C10wt_C_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; VT017258 FLP 10-1; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; Lines/GMR_100-109/107A05/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/107A05_57C10wt_C_VNC.tif; is part of; centrolateral domain of larval labial neuromere; 5901108_R__1; expresses; VDRC; larval T1 leg neuropil; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; P{VT017258-GAL4} expression pattern; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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VT017258 FLP 10-2 [VFB_00061822]

A fragment of the 107A05 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/107A05/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/107A05_57C10wt_C_VNC.tif. [VT017258 FLP 10-2; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; 5901108_G__1; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; Lines/GMR_100-109/107A05/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/107A05_57C10wt_C_VNC.tif; is part of; centrolateral domain of larval labial neuromere; expresses; VDRC; larval T1 leg neuropil; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; P{VT017258-GAL4} expression pattern; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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VT018834 FLP 11-1 [VFB_00057376]

A fragment of the 101A01 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/101A01/Confocal_63X_2014-09-05_VNC_thor_SEG/stack_TIFF/101A01_57C10L_A1_VNC.tif. [ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval maxillary neuromere; ventrolateral domain of larval labial neuromere; VT018834 FLP 11-1; centromedial domain of larval central nervous system; P{VT018834-GAL4} expression pattern; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; 5901328_G__1; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval maxillary neuromere; central domain of larval central nervous system; is part of; ventromedial domain of larval maxillary neuromere; centrolateral domain of larval labial neuromere; expresses; VDRC; embryonic/larval central nervous system; central domain of larval labial neuromere; Lines/GMR_100-109/101A01/Confocal_63X_2014-09-05_VNC_thor_SEG/stack_TIFF/101A01_57C10L_A1_VNC.tif; centrolateral domain of larval maxillary neuromere; dorsolateral domain of larval central nervous system; dorsolateral domain of larval maxillary neuromere; L3 CNS template - Wood2018]

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VT018834 FLP 2-1 [VFB_00057373]

A single 101A01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/101A01/Confocal_63X_2014-09-05_VNC_thor_SEG/stack_TIFF/101A01_57C10L_B2_VNC.tif. [confocal microscopy; 5901327_G__1; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; P{VT018834-GAL4} expression pattern; ventrolateral domain of larval maxillary neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval maxillary neuromere; Lines/GMR_100-109/101A01/Confocal_63X_2014-09-05_VNC_thor_SEG/stack_TIFF/101A01_57C10L_B2_VNC.tif; central domain of larval central nervous system; is part of; ventromedial domain of larval maxillary neuromere; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; VT018834 FLP 2-1; VDRC; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval maxillary neuromere; centrolateral domain of larval T1 neuromere; L3 CNS template - Wood2018]

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VT018834 FLP 3-1 [VFB_00057374]

A fragment of the 101A01 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/101A01/Confocal_63X_2014-09-05_VNC_thor_SEG/stack_TIFF/101A01_57C10L_B1_VNC.tif. [ventrolateral domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval maxillary neuromere; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; P{VT018834-GAL4} expression pattern; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; 5901326_R__1; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval maxillary neuromere; central domain of larval central nervous system; is part of; ventromedial domain of larval maxillary neuromere; centrolateral domain of larval labial neuromere; Lines/GMR_100-109/101A01/Confocal_63X_2014-09-05_VNC_thor_SEG/stack_TIFF/101A01_57C10L_B1_VNC.tif; expresses; VDRC; larval T1 leg neuropil; embryonic/larval central nervous system; central domain of larval labial neuromere; L3 CNS template - Wood2018; VT018834 FLP 3-1]

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VT018834 FLP 4-1 [VFB_00057375]

A single 101A01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/101A01/Confocal_63X_2014-09-05_VNC_thor_SEG/stack_TIFF/101A01_57C10L_A2_VNC.tif. [ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; VT018834 FLP 4-1; centrolateral domain of larval central nervous system; centromedial domain of larval maxillary neuromere; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; P{VT018834-GAL4} expression pattern; 5901325_G__1; ventrolateral domain of larval maxillary neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval maxillary neuromere; Lines/GMR_100-109/101A01/Confocal_63X_2014-09-05_VNC_thor_SEG/stack_TIFF/101A01_57C10L_A2_VNC.tif; central domain of larval central nervous system; is part of; ventromedial domain of larval maxillary neuromere; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval maxillary neuromere; L3 CNS template - Wood2018]

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VT020823 FLP 9-1 [VFB_00058372]

A single 126D09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/126D09_finished/Confocal_63X_2014-09-17_VNC/126D09_57C10wt_E_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; Lines/GMR_120-129/126D09_finished/Confocal_63X_2014-09-17_VNC/126D09_57C10wt_E_VNC.tif; central domain of larval T3 neuromere; VT020823 FLP 9-1; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; 6100028_G__1; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; central domain of larval A1 neuromere; P{VT020823-GAL4} expression pattern; L3 CNS template - Wood2018]

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VT022091 FLP 13-1 [VFB_00061862]

A fragment of the 120D09 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/120D09/Confocal_63X_2014-08-31_VNC/stack_TIFF/120D09_57C10L_F_VNC.tif. [VT022091 FLP 13-1; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval maxillary neuromere; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; P{VT022091-GAL4} expression pattern; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval maxillary neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; 6100568_R__1; expresses; VDRC; embryonic/larval central nervous system; central domain of larval labial neuromere; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; Lines/GMR_120-129/120D09/Confocal_63X_2014-08-31_VNC/stack_TIFF/120D09_57C10L_F_VNC.tif; larval T3 leg neuropil; L3 CNS template - Wood2018]

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VT022091 FLP 15-1 [VFB_00061519]

A single 120D09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/120D09/Confocal_63X_2014-08-31_VNC/stack_TIFF/120D09_57C10L_A_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; P{VT022091-GAL4} expression pattern; dorsolateral domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; VT022091 FLP 15-1; 6100566_R__1; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; Lines/GMR_120-129/120D09/Confocal_63X_2014-08-31_VNC/stack_TIFF/120D09_57C10L_A_VNC.tif; VDRC; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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VT022091 FLP 15-2 [VFB_00061520]

A single 120D09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/120D09/Confocal_63X_2014-08-31_VNC/stack_TIFF/120D09_57C10L_A_VNC.tif. [6100566_G__2; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; P{VT022091-GAL4} expression pattern; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; Lines/GMR_120-129/120D09/Confocal_63X_2014-08-31_VNC/stack_TIFF/120D09_57C10L_A_VNC.tif; VDRC; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; VT022091 FLP 15-2; larval T3 leg neuropil; L3 CNS template - Wood2018]

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VT024016 FLP 7-1 [VFB_00061691]

A single 120E02 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/120E02/Confocal_63X_2014-11-03_VNC_Scope2/120E02_57C10L_D_VNC.tif. [Lines/GMR_120-129/120E02/Confocal_63X_2014-11-03_VNC_Scope2/120E02_57C10L_D_VNC.tif; centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centromedial domain of larval maxillary neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; P{VT024016-GAL4} expression pattern; ventromedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; VT024016 FLP 7-1; dorsomedial domain of larval T1 neuromere; expression pattern fragment; dorsomedial domain of larval maxillary neuromere; is part of; embryonic/larval neuron; 6100252_G__1; expresses; VDRC; embryonic/larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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VT024647 FLP 2-1 [VFB_00058442]

A single 120E06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/120E06/Confocal_63X_2014-11-03_VNC_Scope2/120E06_57C10L_A_VNC.tif. [centromedial domain of larval labial neuromere; confocal microscopy; VT024647 FLP 2-1; unlicensed; P{VT024647-GAL4} expression pattern; centromedial domain of larval maxillary neuromere; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; Lines/GMR_120-129/120E06/Confocal_63X_2014-11-03_VNC_Scope2/120E06_57C10L_A_VNC.tif; dorsomedial domain of larval maxillary neuromere; is part of; embryonic/larval neuron; 6100188_R__1; expresses; VDRC; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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VT024647 FLP 2-2 [VFB_00058443]

A single 120E06 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/120E06/Confocal_63X_2014-11-03_VNC_Scope2/120E06_57C10L_A_VNC.tif. [confocal microscopy; unlicensed; P{VT024647-GAL4} expression pattern; centrolateral domain of larval central nervous system; VT024647 FLP 2-2; 6100188_R__3; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; Lines/GMR_120-129/120E06/Confocal_63X_2014-11-03_VNC_Scope2/120E06_57C10L_A_VNC.tif; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; ventrolateral domain of larval A2 neuromere; expresses; VDRC; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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VT024647 FLP 2-3 [VFB_00058444]

A single 120E06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/120E06/Confocal_63X_2014-11-03_VNC_Scope2/120E06_57C10L_A_VNC.tif. [centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; P{VT024647-GAL4} expression pattern; centromedial domain of larval maxillary neuromere; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; 6100188_G__1; Lines/GMR_120-129/120E06/Confocal_63X_2014-11-03_VNC_Scope2/120E06_57C10L_A_VNC.tif; VT024647 FLP 2-3; central domain of larval central nervous system; dorsomedial domain of larval maxillary neuromere; is part of; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; central domain of larval labial neuromere; L3 CNS template - Wood2018]

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VT025924 FLP 10-1 [VFB_00060613]

A single 107D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/107D11/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/107D11_57C10L_H_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval T3 neuromere; Lines/GMR_100-109/107D11/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/107D11_57C10L_H_VNC.tif; is part of; P{VT025924-GAL4} expression pattern; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; 5900748_G__3; VT025924 FLP 10-1; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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VT025924 FLP 14-1 [VFB_00061603]

A fragment of the 107D11 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/107D11/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/107D11_57C10L_D_VNC.tif. [confocal microscopy; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; 5900751_G__1; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; VT025924 FLP 14-1; expression pattern fragment; Lines/GMR_100-109/107D11/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/107D11_57C10L_D_VNC.tif; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; is part of; P{VT025924-GAL4} expression pattern; expresses; VDRC; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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VT025924 FLP 4-1 [VFB_00060612]

A single 107D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/107D11/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/107D11_57C10L_B_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; 5900747_R__1; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; is part of; P{VT025924-GAL4} expression pattern; embryonic/larval neuron; expresses; Lines/GMR_100-109/107D11/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/107D11_57C10L_B_VNC.tif; VDRC; embryonic/larval central nervous system; VT025924 FLP 4-1; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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VT026005 FLP 1-1 [VFB_00060973]

A single 101D01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/101D01/Confocal_63X_2014-10-26_VNC (0904PM_Br)/stack_TIFF/101D01_57C10wt_E_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_100-109/101D01/Confocal_63X_2014-10-26_VNC (0904PM_Br)/stack_TIFF/101D01_57C10wt_E_VNC.tif; expression pattern fragment; is part of; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; VT026005 FLP 1-1; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; 5901390_G__2; P{VT026005-GAL4} expression pattern]

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VT026035 FLP 1-1 [VFB_00060929]

A fragment of the 107F01 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/107F01/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/107F01_57C10L_G_VNC.tif. [ventrolateral domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; confocal microscopy; VT026035 FLP 1-1; unlicensed; ventromedial domain of larval A4 neuromere; 5900286_R__1; ventromedial domain of larval A2 neuromere; ventromedial domain of larval A3 neuromere; Lines/GMR_100-109/107F01/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/107F01_57C10L_G_VNC.tif; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{VT026035-GAL4} expression pattern; expression pattern fragment; ventrolateral domain of larval T3 neuromere; is part of; expresses; VDRC; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; L3 CNS template - Wood2018]

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VT026035 FLP 2-1 [VFB_00060930]

A fragment of the 107F01 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/107F01/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/107F01_57C10L_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; ventromedial domain of larval A2 neuromere; ventromedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{VT026035-GAL4} expression pattern; ventromedial domain of larval A7 neuromere; expression pattern fragment; Lines/GMR_100-109/107F01/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/107F01_57C10L_F_VNC.tif; VT026035 FLP 2-1; 5900285_G__1; is part of; expresses; VDRC; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; L3 CNS template - Wood2018]

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VT026035 FLP 4-1 [VFB_00060931]

A fragment of the 107F01 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/107F01/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/107F01_57C10L_E_VNC.tif. [ventrolateral domain of larval T2 neuromere; ventromedial domain of larval A8 neuromere; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A2 neuromere; ventromedial domain of larval A3 neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; 5900283_G__1; VT026035 FLP 4-1; expression pattern fragment; ventrolateral domain of larval T3 neuromere; L3 CNS template - Wood2018; Lines/GMR_100-109/107F01/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/107F01_57C10L_E_VNC.tif; ventromedial domain of larval A5 neuromere; is part of; ventromedial domain of larval maxillary neuromere; expresses; VDRC; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; P{VT026035-GAL4} expression pattern]

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VT026035 FLP 5-1 [VFB_00060932]

A single 107F01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/107F01/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/107F01_57C10L_C_VNC.tif. [5900282_G__1; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; ventromedial domain of larval A2 neuromere; ventromedial domain of larval A3 neuromere; VT026035 FLP 5-1; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; expression pattern fragment; ventrolateral domain of larval T3 neuromere; L3 CNS template - Wood2018; Lines/GMR_100-109/107F01/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/107F01_57C10L_C_VNC.tif; ventromedial domain of larval A5 neuromere; is part of; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; P{VT026035-GAL4} expression pattern]

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VT026477 FLP 2-1 [VFB_00059485]

A single 107F03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/107F03/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/107F03_57C10L_I_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; VT026477 FLP 2-1; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; 5901139_R__2; Lines/GMR_100-109/107F03/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/107F03_57C10L_I_VNC.tif; central domain of larval central nervous system; P{VT026477-GAL4} expression pattern; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; VDRC; embryonic/larval central nervous system; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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VT026477 FLP 6-1 [VFB_00059486]

A single 107F03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/107F03/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/107F03_57C10L_G_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; VT026477 FLP 6-1; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; P{VT026477-GAL4} expression pattern; is part of; Lines/GMR_100-109/107F03/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/107F03_57C10L_G_VNC.tif; 5901137_G__1; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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VT026477 FLP 7-1 [VFB_00059487]

A fragment of the 107F03 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/107F03/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/107F03_57C10L_A_VNC.tif. [VDRC; L3 CNS template - Wood2018; embryonic/larval central nervous system; 5901134_R__1; expression pattern fragment; P{VT026477-GAL4} expression pattern; confocal microscopy; unlicensed; Lines/GMR_100-109/107F03/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/107F03_57C10L_A_VNC.tif; Truman Larval Flip-Out Collection; is part of; VT026477 FLP 7-1; expresses]

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VT026477 FLP 7-2 [VFB_00059488]

A single 107F03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/107F03/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/107F03_57C10L_A_VNC.tif. [VT026477 FLP 7-2; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; P{VT026477-GAL4} expression pattern; Lines/GMR_100-109/107F03/Confocal_63X_2014-11-03_VNC_Scope1/stack_TIFF/107F03_57C10L_A_VNC.tif; is part of; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; 5901134_R__2; L3 CNS template - Wood2018]

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VT029305 FLP 3-1 [VFB_00061363]

A fragment of the 120H01 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/120H01/Confocal_63X_2014-11-03_VNC_Scope2/120H01_57C10L_D_VNC.tif. [confocal microscopy; unlicensed; ventromedial domain of larval A2 neuromere; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_120-129/120H01/Confocal_63X_2014-11-03_VNC_Scope2/120H01_57C10L_D_VNC.tif; expression pattern fragment; P{VT029305-GAL4} expression pattern; is part of; expresses; VT029305 FLP 3-1; VDRC; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; 6100263_R__1; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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VT029305 FLP 3-2 [VFB_00061364]

A fragment of the 120H01 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/120H01/Confocal_63X_2014-11-03_VNC_Scope2/120H01_57C10L_D_VNC.tif. [VT029305 FLP 3-2; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_120-129/120H01/Confocal_63X_2014-11-03_VNC_Scope2/120H01_57C10L_D_VNC.tif; expression pattern fragment; P{VT029305-GAL4} expression pattern; ventrolateral domain of larval T3 neuromere; is part of; 6100263_G__1; centrolateral domain of larval A3 neuromere; expresses; VDRC; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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VT031147 FLP 4-1 [VFB_00060300]

A single 117G10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_110-119/117G10/Confocal_63X_2014-09-07_VNC_thor_SEG/117G10_57C10wt_B_VNC.tif. [P{VT031147-GAL4} expression pattern; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval A2 neuromere; Lines/GMR_110-119/117G10/Confocal_63X_2014-09-07_VNC_thor_SEG/117G10_57C10wt_B_VNC.tif; central domain of larval central nervous system; VT031147 FLP 4-1; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; 6000386_G__1; expresses; central domain of larval A3 neuromere; VDRC; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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VT031147 FLP 6-1 [VFB_00060302]

A single 117G10 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_110-119/117G10/Confocal_63X_2014-09-07_VNC_thor_SEG/117G10_57C10wt_A_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; P{VT031147-GAL4} expression pattern; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; Lines/GMR_110-119/117G10/Confocal_63X_2014-09-07_VNC_thor_SEG/117G10_57C10wt_A_VNC.tif; centrolateral domain of larval T3 neuromere; VT031147 FLP 6-1; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; VDRC; 6000385_R__2; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; ventrolateral domain of larval A1 neuromere; L3 CNS template - Wood2018]

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VT032162 FLP 2-1 [VFB_00060183]

A single 127A05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/127A05/Confocal_63X_2014-09-22_VNC/127A05_57C10wt_C_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; VT032162 FLP 2-1; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; 6100458_R__1; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; P{VT032162-GAL4} expression pattern; Lines/GMR_120-129/127A05/Confocal_63X_2014-09-22_VNC/127A05_57C10wt_C_VNC.tif; is part of; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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VT032162 FLP 2-2 [VFB_00060184]

A single 127A05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/127A05/Confocal_63X_2014-09-22_VNC/127A05_57C10wt_C_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; 6100458_R__2; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; P{VT032162-GAL4} expression pattern; Lines/GMR_120-129/127A05/Confocal_63X_2014-09-22_VNC/127A05_57C10wt_C_VNC.tif; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; VT032162 FLP 2-2; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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VT032162 FLP 2-3 [VFB_00060185]

A single 127A05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/127A05/Confocal_63X_2014-09-22_VNC/127A05_57C10wt_C_VNC.tif. [VDRC; L3 CNS template - Wood2018; P{VT032162-GAL4} expression pattern; embryonic/larval central nervous system; dorsomedial domain of larval central nervous system; Lines/GMR_120-129/127A05/Confocal_63X_2014-09-22_VNC/127A05_57C10wt_C_VNC.tif; expression pattern fragment; confocal microscopy; 6100458_R__3; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; dorsomedial domain of larval A6 neuromere; VT032162 FLP 2-3; embryonic/larval neuron; expresses]

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VT032162 FLP 2-4 [VFB_00060186]

A single 127A05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/127A05/Confocal_63X_2014-09-22_VNC/127A05_57C10wt_C_VNC.tif. [6100458_G__2; centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; VT032162 FLP 2-4; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; P{VT032162-GAL4} expression pattern; Lines/GMR_120-129/127A05/Confocal_63X_2014-09-22_VNC/127A05_57C10wt_C_VNC.tif; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; VDRC; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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VT032162 FLP 2-5 [VFB_00060187]

A single 127A05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/127A05/Confocal_63X_2014-09-22_VNC/127A05_57C10wt_C_VNC.tif. [VDRC; L3 CNS template - Wood2018; P{VT032162-GAL4} expression pattern; embryonic/larval central nervous system; dorsomedial domain of larval central nervous system; Lines/GMR_120-129/127A05/Confocal_63X_2014-09-22_VNC/127A05_57C10wt_C_VNC.tif; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; 6100458_G__3; dorsomedial domain of larval A6 neuromere; embryonic/larval neuron; VT032162 FLP 2-5; expresses]

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VT032162 FLP 5-1 [VFB_00060188]

A single 127A05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/127A05/Confocal_63X_2014-09-22_VNC/127A05_57C10wt_B_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; Lines/GMR_120-129/127A05/Confocal_63X_2014-09-22_VNC/127A05_57C10wt_B_VNC.tif; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; P{VT032162-GAL4} expression pattern; centrolateral domain of larval A1 neuromere; 6100453_R__1; is part of; VT032162 FLP 5-1; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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VT032162 FLP 5-2 [VFB_00060189]

A single 127A05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/127A05/Confocal_63X_2014-09-22_VNC/127A05_57C10wt_B_VNC.tif. [confocal microscopy; unlicensed; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; 6100453_R__2; Lines/GMR_120-129/127A05/Confocal_63X_2014-09-22_VNC/127A05_57C10wt_B_VNC.tif; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; VT032162 FLP 5-2; P{VT032162-GAL4} expression pattern; is part of; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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VT032162 FLP 5-3 [VFB_00060190]

A single 127A05 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/127A05/Confocal_63X_2014-09-22_VNC/127A05_57C10wt_B_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; Lines/GMR_120-129/127A05/Confocal_63X_2014-09-22_VNC/127A05_57C10wt_B_VNC.tif; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; P{VT032162-GAL4} expression pattern; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; VT032162 FLP 5-3; 6100453_R__3; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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VT032162 FLP 5-4 [VFB_00060191]

A single 127A05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/127A05/Confocal_63X_2014-09-22_VNC/127A05_57C10wt_B_VNC.tif. [confocal microscopy; unlicensed; VT032162 FLP 5-4; larval T2 leg neuropil; centrolateral domain of larval central nervous system; Lines/GMR_120-129/127A05/Confocal_63X_2014-09-22_VNC/127A05_57C10wt_B_VNC.tif; 6100453_G__1; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; P{VT032162-GAL4} expression pattern; is part of; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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VT032162 FLP 5-5 [VFB_00060192]

A single 127A05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/127A05/Confocal_63X_2014-09-22_VNC/127A05_57C10wt_B_VNC.tif. [confocal microscopy; unlicensed; 6100453_G__2; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; Lines/GMR_120-129/127A05/Confocal_63X_2014-09-22_VNC/127A05_57C10wt_B_VNC.tif; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; P{VT032162-GAL4} expression pattern; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; VT032162 FLP 5-5]

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VT032162 FLP 5-6 [VFB_00060193]

A single 127A05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/127A05/Confocal_63X_2014-09-22_VNC/127A05_57C10wt_B_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; Lines/GMR_120-129/127A05/Confocal_63X_2014-09-22_VNC/127A05_57C10wt_B_VNC.tif; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 6100453_G__3; expression pattern fragment; P{VT032162-GAL4} expression pattern; dorsolateral domain of larval A6 neuromere; is part of; embryonic/larval neuron; VT032162 FLP 5-6; expresses; VDRC; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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VT032352 FLP 6-1 [VFB_00060919]

A single 115F06 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_110-119/115F06/Confocal_63X_2014-11-05_VNC_Scope4/stack_TIFF/115F06_57C10L_B_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; 6000328_G__3; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{VT032352-GAL4} expression pattern; expression pattern fragment; dorsolateral domain of larval A6 neuromere; is part of; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; VT032352 FLP 6-1; Lines/GMR_110-119/115F06/Confocal_63X_2014-11-05_VNC_Scope4/stack_TIFF/115F06_57C10L_B_VNC.tif; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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VT033614 FLP 4-2 [VFB_00056507]

A single 127B01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the central brain with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/127B01/Confocal_63X_2014-09-23_Br/127B01_57C10wt_C_Br.tif. [embryonic/larval neuron; expresses; confocal microscopy; embryonic/larval posterior lateral protocerebrum; VT033614 FLP 4-2; embryonic/larval ventromedial cerebrum; embryonic/larval anterior ventromedial cerebrum; P{VT033614-GAL4} expression pattern; expression pattern fragment; is part of; embryonic/larval superior lateral protocerebrum; embryonic/larval ventrolateral protocerebrum; VDRC; L3 CNS template - Wood2018; overlaps; embryonic/larval clamp; embryonic/larval central nervous system]

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VT034630 FLP 13-1 [VFB_00058309]

A single 104F08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/104F08/Confocal_63X_2014-09-16_VNC/stack_TIFF/104F08_57C10wt_J_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval A6 neuromere; P{VT034630-GAL4} expression pattern; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval central nervous system; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval A5 neuromere; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; is part of; VT034630 FLP 13-1; 5900719_R__2; dorsomedial domain of larval A5 neuromere; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; Lines/GMR_100-109/104F08/Confocal_63X_2014-09-16_VNC/stack_TIFF/104F08_57C10wt_J_VNC.tif; L3 CNS template - Wood2018]

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VT034630 FLP 13-2 [VFB_00058310]

A fragment of the 104F08 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/104F08/Confocal_63X_2014-09-16_VNC/stack_TIFF/104F08_57C10wt_J_VNC.tif. [VDRC; L3 CNS template - Wood2018; dorsolateral domain of larval A4 neuromere; embryonic/larval central nervous system; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; P{VT034630-GAL4} expression pattern; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; Lines/GMR_100-109/104F08/Confocal_63X_2014-09-16_VNC/stack_TIFF/104F08_57C10wt_J_VNC.tif; expression pattern fragment; VT034630 FLP 13-2; 5900719_G__1; expresses]

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VT034630 FLP 8-1 [VFB_00058311]

A single 104F08 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/104F08/Confocal_63X_2014-09-16_VNC/stack_TIFF/104F08_57C10wt_H_VNC.tif. [VDRC; L3 CNS template - Wood2018; Lines/GMR_100-109/104F08/Confocal_63X_2014-09-16_VNC/stack_TIFF/104F08_57C10wt_H_VNC.tif; embryonic/larval central nervous system; VT034630 FLP 8-1; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; centromedial domain of larval A3 neuromere; P{VT034630-GAL4} expression pattern; embryonic/larval neuron; 5900716_R__1; expresses; centromedial domain of larval central nervous system]

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VT034630 FLP 8-2 [VFB_00058312]

A single 104F08 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/104F08/Confocal_63X_2014-09-16_VNC/stack_TIFF/104F08_57C10wt_H_VNC.tif. [centromedial domain of larval A4 neuromere; 5900716_G__1; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; P{VT034630-GAL4} expression pattern; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventromedial domain of larval central nervous system; VT034630 FLP 8-2; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval A2 neuromere; Lines/GMR_100-109/104F08/Confocal_63X_2014-09-16_VNC/stack_TIFF/104F08_57C10wt_H_VNC.tif; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; VDRC; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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VT038786 FLP 10-1 [VFB_00060988]

A single 108A07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/108A07/Confocal_63X_2014-08-26_VNC/108A07_57C10L_A_VNC.tif. [ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; ventrolateral domain of larval labial neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; VT038786 FLP 10-1; P{VT038786-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; is part of; ventromedial domain of larval maxillary neuromere; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; Lines/GMR_100-109/108A07/Confocal_63X_2014-08-26_VNC/108A07_57C10L_A_VNC.tif; L3 CNS template - Wood2018; 5900440_R__1]

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VT038786 FLP 10-2 [VFB_00060989]

A single 108A07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/108A07/Confocal_63X_2014-08-26_VNC/108A07_57C10L_A_VNC.tif. [ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; VT038786 FLP 10-2; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{VT038786-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; ventromedial domain of larval maxillary neuromere; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; Lines/GMR_100-109/108A07/Confocal_63X_2014-08-26_VNC/108A07_57C10L_A_VNC.tif; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; 5900440_G__1]

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VT038786 FLP 12-1 [VFB_00060990]

A single 108A07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/108A07/Confocal_63X_2014-08-26_VNC/108A07_57C10L_D_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; VT038786 FLP 12-1; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; Lines/GMR_100-109/108A07/Confocal_63X_2014-08-26_VNC/108A07_57C10L_D_VNC.tif; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; central domain of larval A4 neuromere; 5900442_R__2; Truman Larval Flip-Out Collection; overlaps; P{VT038786-GAL4} expression pattern; expression pattern fragment; central domain of larval central nervous system; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; VDRC; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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VT038786 FLP 12-2 [VFB_00060991]

A single 108A07 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/108A07/Confocal_63X_2014-08-26_VNC/108A07_57C10L_D_VNC.tif. [ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; VT038786 FLP 12-2; 5900442_G__1; larval T2 leg neuropil; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; Lines/GMR_100-109/108A07/Confocal_63X_2014-08-26_VNC/108A07_57C10L_D_VNC.tif; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{VT038786-GAL4} expression pattern; ventrolateral domain of larval central nervous system; expression pattern fragment; is part of; ventromedial domain of larval maxillary neuromere; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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VT040561 FLP 23-1 [VFB_00060219]

A single 121D03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/121D03/Confocal_63X_2014-09-25_VNC/121D03_57C10wt_D_VNC.tif. [VT040561 FLP 23-1; confocal microscopy; unlicensed; 6100630_R__1; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; P{VT040561-GAL4} expression pattern; is part of; Lines/GMR_120-129/121D03/Confocal_63X_2014-09-25_VNC/121D03_57C10wt_D_VNC.tif; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; VDRC; embryonic/larval central nervous system; central domain of larval A1 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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VT040747 FLP 9-1 [VFB_00061611]

A single 108C01 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/108C01/Confocal_63X_2014-10-28_VNC/108C01_57C10L_A_VNC.tif. [confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; VT040747 FLP 9-1; P{VT040747-GAL4} expression pattern; expression pattern fragment; dorsomedial domain of larval T3 neuromere; is part of; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; 5900566_G__1; L3 CNS template - Wood2018; Lines/GMR_100-109/108C01/Confocal_63X_2014-10-28_VNC/108C01_57C10L_A_VNC.tif]

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VT041685 FLP 5-1 [VFB_00060301]

A fragment of the 114A03 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_110-119/114A03/Confocal_63X_2014-10-30_VNC/stack_TIFF/114A03_57C10L_C_VNC.tif. [VT041685 FLP 5-1; confocal microscopy; unlicensed; central domain of larval A7 neuromere; centrolateral domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; 6000387_R__1; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A7 neuromere; Lines/GMR_110-119/114A03/Confocal_63X_2014-10-30_VNC/stack_TIFF/114A03_57C10L_C_VNC.tif; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; is part of; centromedial domain of larval A5 neuromere; expresses; VDRC; embryonic/larval central nervous system; P{VT041685-GAL4} expression pattern; central domain of larval A8 neuromere; centrolateral domain of larval A7 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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VT043664 FLP 11-1 [VFB_00061083]

A single 122H09 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/122H09/Confocal_63X_2014-09-13_VNC/122H09_57C10L_C_VNC.tif. [confocal microscopy; unlicensed; P{VT043664-GAL4} expression pattern; centrolateral domain of larval central nervous system; Truman Larval Flip-Out Collection; VT043664 FLP 11-1; overlaps; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; is part of; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; central domain of larval A1 neuromere; 6100010_R__1; Lines/GMR_120-129/122H09/Confocal_63X_2014-09-13_VNC/122H09_57C10L_C_VNC.tif; L3 CNS template - Wood2018]

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VT043664 FLP 11-2 [VFB_00061084]

A fragment of the 122H09 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/122H09/Confocal_63X_2014-09-13_VNC/122H09_57C10L_C_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; P{VT043664-GAL4} expression pattern; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; 6100010_R__2; central domain of larval central nervous system; VT043664 FLP 11-2; is part of; ventromedial domain of larval maxillary neuromere; expresses; VDRC; embryonic/larval central nervous system; Lines/GMR_120-129/122H09/Confocal_63X_2014-09-13_VNC/122H09_57C10L_C_VNC.tif; L3 CNS template - Wood2018]

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VT043692 FLP 2-1 [VFB_00058409]

A fragment of the 102A11 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/102A11/Confocal_63X_2014-10-31PM_VNC/stack_TIFF/102A11_57C10L_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval A4 neuromere; ventromedial domain of larval labial neuromere; confocal microscopy; 5900299_R__2; unlicensed; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A4 neuromere; P{VT043692-GAL4} expression pattern; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; central domain of larval A4 neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; VT043692 FLP 2-1; is part of; ventromedial domain of larval maxillary neuromere; centrolateral domain of larval A3 neuromere; Lines/GMR_100-109/102A11/Confocal_63X_2014-10-31PM_VNC/stack_TIFF/102A11_57C10L_F_VNC.tif; expresses; central domain of larval A3 neuromere; VDRC; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; L3 CNS template - Wood2018]

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VT043692 FLP 2-2 [VFB_00058410]

A single 102A11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/102A11/Confocal_63X_2014-10-31PM_VNC/stack_TIFF/102A11_57C10L_F_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; P{VT043692-GAL4} expression pattern; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; VT043692 FLP 2-2; central domain of larval central nervous system; is part of; dorsomedial domain of larval A5 neuromere; Lines/GMR_100-109/102A11/Confocal_63X_2014-10-31PM_VNC/stack_TIFF/102A11_57C10L_F_VNC.tif; embryonic/larval neuron; 5900299_G__1; expresses; VDRC; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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VT043692 FLP 3-1 [VFB_00058411]

A single 102A11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/102A11/Confocal_63X_2014-10-31PM_VNC/stack_TIFF/102A11_57C10L_G_VNC.tif. [Lines/GMR_100-109/102A11/Confocal_63X_2014-10-31PM_VNC/stack_TIFF/102A11_57C10L_G_VNC.tif; confocal microscopy; unlicensed; P{VT043692-GAL4} expression pattern; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; VT043692 FLP 3-1; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; 5900294_R__1; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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VT043692 FLP 3-2 [VFB_00058412]

A single 102A11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/102A11/Confocal_63X_2014-10-31PM_VNC/stack_TIFF/102A11_57C10L_G_VNC.tif. [Lines/GMR_100-109/102A11/Confocal_63X_2014-10-31PM_VNC/stack_TIFF/102A11_57C10L_G_VNC.tif; confocal microscopy; unlicensed; P{VT043692-GAL4} expression pattern; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; VT043692 FLP 3-2; VDRC; embryonic/larval central nervous system; 5900294_G__1; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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VT043692 FLP 4-1 [VFB_00058413]

A single 102A11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/102A11/Confocal_63X_2014-10-31PM_VNC/stack_TIFF/102A11_57C10L_E_VNC.tif. [confocal microscopy; unlicensed; VT043692 FLP 4-1; centrolateral domain of larval A4 neuromere; P{VT043692-GAL4} expression pattern; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; Lines/GMR_100-109/102A11/Confocal_63X_2014-10-31PM_VNC/stack_TIFF/102A11_57C10L_E_VNC.tif; is part of; 5900295_G__1; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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VT043692 FLP 6-1 [VFB_00058414]

A single 102A11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/102A11/Confocal_63X_2014-10-31PM_VNC/stack_TIFF/102A11_57C10L_D_VNC.tif. [confocal microscopy; unlicensed; P{VT043692-GAL4} expression pattern; VT043692 FLP 6-1; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; 5900297_G__2; is part of; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; Lines/GMR_100-109/102A11/Confocal_63X_2014-10-31PM_VNC/stack_TIFF/102A11_57C10L_D_VNC.tif; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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VT043702 FLP 6-1 [VFB_00057547]

A fragment of the 127H06 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/127H06/Confocal_63X_2014-09-22_VNC/127H06_57C10wt_F_VNC.tif. [confocal microscopy; unlicensed; 6100291_G__1; central domain of larval A7 neuromere; dorsomedial domain of larval A6 neuromere; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; dorsolateral domain of larval A7 neuromere; expression pattern fragment; VT043702 FLP 6-1; P{VT043702-GAL4} expression pattern; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; is part of; dorsomedial domain of larval A5 neuromere; centromedial domain of larval A7 neuromere; ventral domain of larval A9 neuromere; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; dorsolateral domain of larval A8 neuromere; expresses; VDRC; embryonic/larval central nervous system; Lines/GMR_120-129/127H06/Confocal_63X_2014-09-22_VNC/127H06_57C10wt_F_VNC.tif; dorsomedial domain of larval A7 neuromere; dorsomedial domain of larval A8 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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VT044166 FLP 2-1 [VFB_00057423]

A single 105A10 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/105A10/Confocal_63X_2014-10-05_VNC/stack_TIFF/105A10_57C10wt_H_VNC.tif. [VDRC; L3 CNS template - Wood2018; Lines/GMR_100-109/105A10/Confocal_63X_2014-10-05_VNC/stack_TIFF/105A10_57C10wt_H_VNC.tif; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; 5900004_G__1; Truman Larval Flip-Out Collection; is part of; P{VT044166-GAL4} expression pattern; embryonic/larval neuron; VT044166 FLP 2-1; expresses]

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VT044166 FLP 5-1 [VFB_00057424]

A fragment of the 105A10 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/105A10/Confocal_63X_2014-10-05_VNC/stack_TIFF/105A10_57C10wt_E_VNC.tif. [ventrolateral domain of larval T2 neuromere; Lines/GMR_100-109/105A10/Confocal_63X_2014-10-05_VNC/stack_TIFF/105A10_57C10wt_E_VNC.tif; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; larval T2 leg neuropil; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; 5900001_R__1; centromedial domain of larval central nervous system; VT044166 FLP 5-1; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; expresses; VDRC; embryonic/larval central nervous system; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; P{VT044166-GAL4} expression pattern; dorsolateral domain of larval A2 neuromere; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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VT044166 FLP 7-1 [VFB_00057426]

A fragment of the 105A10 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/105A10/Confocal_63X_2014-10-05_VNC/stack_TIFF/105A10_57C10wt_F_VNC.tif. [centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; VT044166 FLP 7-1; ventrolateral domain of larval A2 neuromere; expresses; VDRC; embryonic/larval central nervous system; Lines/GMR_100-109/105A10/Confocal_63X_2014-10-05_VNC/stack_TIFF/105A10_57C10wt_F_VNC.tif; ventromedial domain of larval A1 neuromere; central domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; P{VT044166-GAL4} expression pattern; L3 CNS template - Wood2018; 5900002_G__1; dorsomedial domain of larval T2 neuromere]

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VT045148 FLP 4-1 [VFB_00060303]

A single 108F02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/108F02/Confocal_63X_2014-10-29_VNC/108F02_57C10wt_A_VNC.tif. [confocal microscopy; unlicensed; P{VT045148-GAL4} expression pattern; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval T1 neuromere; expression pattern fragment; dorsolateral domain of larval T1 neuromere; VT045148 FLP 4-1; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; 5900197_R__1; expresses; VDRC; embryonic/larval central nervous system; Lines/GMR_100-109/108F02/Confocal_63X_2014-10-29_VNC/108F02_57C10wt_A_VNC.tif; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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VT045148 FLP 6-1 [VFB_00060304]

A single 108F02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/108F02/Confocal_63X_2014-10-29_VNC/108F02_57C10wt_E_VNC.tif. [confocal microscopy; unlicensed; P{VT045148-GAL4} expression pattern; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; VT045148 FLP 6-1; 5900195_R__2; ventrolateral domain of larval central nervous system; expression pattern fragment; centrolateral domain of larval A2 neuromere; is part of; Lines/GMR_100-109/108F02/Confocal_63X_2014-10-29_VNC/108F02_57C10wt_E_VNC.tif; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; L3 CNS template - Wood2018]

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VT045238 FLP 5-1 [VFB_00061738]

A single 118D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_110-119/118D11/Confocal_63X_2014-09-07_VNC_thor_SEG/118D11_57C10wt_C_VNC.tif. [embryonic/larval neuron; ventrolateral domain of larval T2 neuromere; VDRC; embryonic/larval central nervous system; L3 CNS template - Wood2018; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; Lines/GMR_110-119/118D11/Confocal_63X_2014-09-07_VNC_thor_SEG/118D11_57C10wt_C_VNC.tif; VT045238 FLP 5-1; P{VT045238-GAL4} expression pattern; 6000148_R__1; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; expresses]

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VT045238 FLP 6-1 [VFB_00061739]

A single 118D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_110-119/118D11/Confocal_63X_2014-09-07_VNC_thor_SEG/118D11_57C10wt_H_VNC.tif. [VT045238 FLP 6-1; confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; 6000149_R__2; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; is part of; centromedial domain of larval A7 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; expresses; VDRC; embryonic/larval central nervous system; Lines/GMR_110-119/118D11/Confocal_63X_2014-09-07_VNC_thor_SEG/118D11_57C10wt_H_VNC.tif; P{VT045238-GAL4} expression pattern; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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VT045238 FLP 6-2 [VFB_00061740]

A single 118D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_110-119/118D11/Confocal_63X_2014-09-07_VNC_thor_SEG/118D11_57C10wt_H_VNC.tif. [confocal microscopy; unlicensed; central domain of larval A7 neuromere; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; central domain of larval A6 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 6000149_G__2; expression pattern fragment; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; is part of; centromedial domain of larval A7 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; VDRC; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; Lines/GMR_110-119/118D11/Confocal_63X_2014-09-07_VNC_thor_SEG/118D11_57C10wt_H_VNC.tif; VT045238 FLP 6-2; P{VT045238-GAL4} expression pattern; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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VT046782 FLP 2-1 [VFB_00060985]

A single 102D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/102D11/Confocal_63X_2014-08-19_VNC/stack_TIFF/102D11_57C10L_H_VNC.tif. [ventrolateral domain of larval T2 neuromere; VDRC; L3 CNS template - Wood2018; embryonic/larval central nervous system; Lines/GMR_100-109/102D11/Confocal_63X_2014-08-19_VNC/stack_TIFF/102D11_57C10L_H_VNC.tif; VT046782 FLP 2-1; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; 5900444_R__1; ventrolateral domain of larval central nervous system; embryonic/larval neuron; P{VT046782-GAL4} expression pattern; expresses]

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VT046782 FLP 2-2 [VFB_00060986]

A single 102D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/102D11/Confocal_63X_2014-08-19_VNC/stack_TIFF/102D11_57C10L_H_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5900444_G__1; expression pattern fragment; Lines/GMR_100-109/102D11/Confocal_63X_2014-08-19_VNC/stack_TIFF/102D11_57C10L_H_VNC.tif; is part of; embryonic/larval neuron; P{VT046782-GAL4} expression pattern; expresses; VDRC; embryonic/larval central nervous system; dorsolateral domain of larval T2 neuromere; VT046782 FLP 2-2; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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VT046782 FLP 5-1 [VFB_00060998]

A single 102D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/102D11/Confocal_63X_2014-08-19_VNC/stack_TIFF/102D11_57C10L_A_VNC.tif. [ventrolateral domain of larval T2 neuromere; Lines/GMR_100-109/102D11/Confocal_63X_2014-08-19_VNC/stack_TIFF/102D11_57C10L_A_VNC.tif; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; overlaps; 5900449_R__1; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; is part of; VT046782 FLP 5-1; embryonic/larval neuron; P{VT046782-GAL4} expression pattern; expresses; VDRC; embryonic/larval central nervous system; larval T3 leg neuropil; L3 CNS template - Wood2018]

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VT046782 FLP 5-2 [VFB_00060999]

A single 102D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/102D11/Confocal_63X_2014-08-19_VNC/stack_TIFF/102D11_57C10L_A_VNC.tif. [dorsolateral domain of larval T3 neuromere; Lines/GMR_100-109/102D11/Confocal_63X_2014-08-19_VNC/stack_TIFF/102D11_57C10L_A_VNC.tif; confocal microscopy; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; expression pattern fragment; dorsomedial domain of larval T3 neuromere; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; 5900449_R__3; is part of; embryonic/larval neuron; P{VT046782-GAL4} expression pattern; expresses; VDRC; embryonic/larval central nervous system; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; VT046782 FLP 5-2; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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VT046782 FLP 5-3 [VFB_00061000]

A fragment of the 102D11 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/102D11/Confocal_63X_2014-08-19_VNC/stack_TIFF/102D11_57C10L_A_VNC.tif. [5900449_G__1; dorsolateral domain of larval T3 neuromere; Lines/GMR_100-109/102D11/Confocal_63X_2014-08-19_VNC/stack_TIFF/102D11_57C10L_A_VNC.tif; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; VT046782 FLP 5-3; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; is part of; P{VT046782-GAL4} expression pattern; expresses; VDRC; embryonic/larval central nervous system; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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VT046782 FLP 6-1 [VFB_00061001]

A single 102D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/102D11/Confocal_63X_2014-08-19_VNC/stack_TIFF/102D11_57C10L_I_VNC.tif. [ventrolateral domain of larval T2 neuromere; VDRC; L3 CNS template - Wood2018; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; 5900448_R__1; VT046782 FLP 6-1; Lines/GMR_100-109/102D11/Confocal_63X_2014-08-19_VNC/stack_TIFF/102D11_57C10L_I_VNC.tif; ventrolateral domain of larval central nervous system; embryonic/larval neuron; P{VT046782-GAL4} expression pattern; expresses]

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VT046782 FLP 6-2 [VFB_00061002]

A single 102D11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/102D11/Confocal_63X_2014-08-19_VNC/stack_TIFF/102D11_57C10L_I_VNC.tif. [centromedial domain of larval T2 neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; 5900448_R__2; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; dorsomedial domain of larval mandibular neuromere; central domain of larval T2 neuromere; dorsomedial domain of larval T1 neuromere; central domain of larval T1 neuromere; Lines/GMR_100-109/102D11/Confocal_63X_2014-08-19_VNC/stack_TIFF/102D11_57C10L_I_VNC.tif; expression pattern fragment; VT046782 FLP 6-2; central domain of larval maxillary neuromere; dorsolateral domain of larval T1 neuromere; central domain of larval central nervous system; dorsomedial domain of larval maxillary neuromere; is part of; centrolateral domain of larval labial neuromere; dorsolateral domain of larval labial neuromere; embryonic/larval neuron; P{VT046782-GAL4} expression pattern; expresses; VDRC; embryonic/larval central nervous system; central domain of larval labial neuromere; centrolateral domain of larval maxillary neuromere; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; dorsolateral domain of larval maxillary neuromere; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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VT046782 FLP 6-3 [VFB_00061003]

A fragment of the 102D11 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/102D11/Confocal_63X_2014-08-19_VNC/stack_TIFF/102D11_57C10L_I_VNC.tif. [centromedial domain of larval T2 neuromere; confocal microscopy; unlicensed; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; Lines/GMR_100-109/102D11/Confocal_63X_2014-08-19_VNC/stack_TIFF/102D11_57C10L_I_VNC.tif; expression pattern fragment; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; is part of; P{VT046782-GAL4} expression pattern; expresses; VDRC; embryonic/larval central nervous system; 5900448_G__1; VT046782 FLP 6-3; L3 CNS template - Wood2018; dorsomedial domain of larval T2 neuromere]

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VT047755 FLP 4-1 [VFB_00057548]

A single 118E07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_110-119/118E07/Confocal_63X_2014-09-07_VNC_thor_SEG/118E07_57C10wt_D_VNC.tif. [confocal microscopy; unlicensed; central domain of larval A7 neuromere; dorsomedial domain of larval A6 neuromere; central domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; P{VT047755-GAL4} expression pattern; Lines/GMR_110-119/118E07/Confocal_63X_2014-09-07_VNC_thor_SEG/118E07_57C10wt_D_VNC.tif; expression pattern fragment; dorsolateral domain of larval A7 neuromere; VT047755 FLP 4-1; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; is part of; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; dorsolateral domain of larval central nervous system; 6000404_R__1; L3 CNS template - Wood2018]

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VT047755 FLP 4-2 [VFB_00057549]

A single 118E07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_110-119/118E07/Confocal_63X_2014-09-07_VNC_thor_SEG/118E07_57C10wt_D_VNC.tif. [VDRC; L3 CNS template - Wood2018; VT047755 FLP 4-2; embryonic/larval central nervous system; central domain of larval central nervous system; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; 6000404_R__2; P{VT047755-GAL4} expression pattern; Lines/GMR_110-119/118E07/Confocal_63X_2014-09-07_VNC_thor_SEG/118E07_57C10wt_D_VNC.tif; embryonic/larval neuron; expresses; central domain of larval A3 neuromere]

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VT048153 FLP 2-1 [VFB_00060970]

A single 108G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/108G03/Confocal_63X_2014-09-10_VNC/108G03_57C10wt_D_VNC.tif. [confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; Lines/GMR_100-109/108G03/Confocal_63X_2014-09-10_VNC/108G03_57C10wt_D_VNC.tif; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval A5 neuromere; is part of; embryonic/larval neuron; P{VT048153-GAL4} expression pattern; centromedial domain of larval A5 neuromere; centromedial domain of larval A6 neuromere; expresses; VDRC; embryonic/larval central nervous system; 5901397_R__2; L3 CNS template - Wood2018; VT048153 FLP 2-1]

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VT048153 FLP 4-1 [VFB_00060971]

A single 108G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/108G03/Confocal_63X_2014-09-10_VNC/108G03_57C10wt_C_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 5901395_R__1; expression pattern fragment; is part of; embryonic/larval neuron; VT048153 FLP 4-1; P{VT048153-GAL4} expression pattern; centromedial domain of larval A5 neuromere; expresses; VDRC; embryonic/larval central nervous system; Lines/GMR_100-109/108G03/Confocal_63X_2014-09-10_VNC/108G03_57C10wt_C_VNC.tif; L3 CNS template - Wood2018]

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VT048153 FLP 4-2 [VFB_00060972]

A single 108G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/108G03/Confocal_63X_2014-09-10_VNC/108G03_57C10wt_C_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; VT048153 FLP 4-2; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval A5 neuromere; is part of; embryonic/larval neuron; P{VT048153-GAL4} expression pattern; centromedial domain of larval A5 neuromere; expresses; VDRC; embryonic/larval central nervous system; Lines/GMR_100-109/108G03/Confocal_63X_2014-09-10_VNC/108G03_57C10wt_C_VNC.tif; 5901395_G__1; L3 CNS template - Wood2018]

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VT048153 FLP 7-1 [VFB_00060974]

A fragment of the 108G03 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/108G03/Confocal_63X_2014-09-10_VNC/108G03_57C10wt_B_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; dorsolateral domain of larval A4 neuromere; centrolateral domain of larval A5 neuromere; 5901398_R__2; centromedial domain of larval central nervous system; ventrolateral domain of larval A3 neuromere; central domain of larval A4 neuromere; Truman Larval Flip-Out Collection; overlaps; VT048153 FLP 7-1; Lines/GMR_100-109/108G03/Confocal_63X_2014-09-10_VNC/108G03_57C10wt_B_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; ventrolateral domain of larval A5 neuromere; is part of; centrolateral domain of larval A3 neuromere; P{VT048153-GAL4} expression pattern; centromedial domain of larval A5 neuromere; expresses; central domain of larval A3 neuromere; VDRC; embryonic/larval central nervous system; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A3 neuromere; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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VT048153 FLP 7-2 [VFB_00060975]

A single 108G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/108G03/Confocal_63X_2014-09-10_VNC/108G03_57C10wt_B_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; 5901398_G__1; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_100-109/108G03/Confocal_63X_2014-09-10_VNC/108G03_57C10wt_B_VNC.tif; expression pattern fragment; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A2 neuromere; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; P{VT048153-GAL4} expression pattern; expresses; central domain of larval A3 neuromere; VDRC; embryonic/larval central nervous system; VT048153 FLP 7-2; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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VT048153 FLP 8-1 [VFB_00060976]

A single 108G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/108G03/Confocal_63X_2014-09-10_VNC/108G03_57C10wt_F_VNC.tif. [confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; VT048153 FLP 8-1; expression pattern fragment; is part of; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; P{VT048153-GAL4} expression pattern; expresses; VDRC; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; Lines/GMR_100-109/108G03/Confocal_63X_2014-09-10_VNC/108G03_57C10wt_F_VNC.tif; 5901399_R__2; L3 CNS template - Wood2018]

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VT048835 FLP 2-1 [VFB_00058300]

A single 105D02 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/105D02/Confocal_63X_2014-10-11_VNC/stack_TIFF/105D02_57C10wt_C_VNC.tif. [ventrolateral domain of larval T2 neuromere; confocal microscopy; VT048835 FLP 2-1; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; ventrolateral domain of larval labial neuromere; centrolateral domain of larval A5 neuromere; dorsolateral domain of larval A4 neuromere; central domain of larval A6 neuromere; ventrolateral domain of larval maxillary neuromere; central domain of larval A4 neuromere; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval A2 neuromere; central domain of larval maxillary neuromere; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; Lines/GMR_100-109/105D02/Confocal_63X_2014-10-11_VNC/stack_TIFF/105D02_57C10wt_C_VNC.tif; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; 5900479_R__1; centrolateral domain of larval labial neuromere; centrolateral domain of larval A3 neuromere; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; VDRC; embryonic/larval central nervous system; P{VT048835-GAL4} expression pattern; central domain of larval labial neuromere; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval A2 neuromere; larval T3 leg neuropil; central domain of larval A5 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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VT049120 FLP 1-1 [VFB_00057388]

A fragment of the 102E11 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/102E11/Confocal_63X_2014-09-16_VNC/stack_TIFF/102E11_57C10wt_G_VNC.tif. [ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; VT049120 FLP 1-1; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; larval T2 leg neuropil; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval central nervous system; is part of; P{VT049120-GAL4} expression pattern; expresses; VDRC; embryonic/larval central nervous system; dorsolateral domain of larval T2 neuromere; larval T3 leg neuropil; dorsolateral domain of larval central nervous system; 5901064_R__1; L3 CNS template - Wood2018; Lines/GMR_100-109/102E11/Confocal_63X_2014-09-16_VNC/stack_TIFF/102E11_57C10wt_G_VNC.tif; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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VT049120 FLP 2-1 [VFB_00057389]

A single 102E11 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/102E11/Confocal_63X_2014-09-16_VNC/stack_TIFF/102E11_57C10wt_F_VNC.tif. [VDRC; L3 CNS template - Wood2018; Lines/GMR_100-109/102E11/Confocal_63X_2014-09-16_VNC/stack_TIFF/102E11_57C10wt_F_VNC.tif; embryonic/larval central nervous system; 5901065_R__2; expression pattern fragment; confocal microscopy; unlicensed; Truman Larval Flip-Out Collection; is part of; VT049120 FLP 2-1; P{VT049120-GAL4} expression pattern; embryonic/larval neuron; expresses]

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VT049120 FLP 2-2 [VFB_00057390]

A single 102E11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/102E11/Confocal_63X_2014-09-16_VNC/stack_TIFF/102E11_57C10wt_F_VNC.tif. [Lines/GMR_100-109/102E11/Confocal_63X_2014-09-16_VNC/stack_TIFF/102E11_57C10wt_F_VNC.tif; centromedial domain of larval A4 neuromere; ventromedial domain of larval A8 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; central domain of larval A7 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A7 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsal domain of larval A9 neuromere; VT049120 FLP 2-2; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; is part of; ventrolateral domain of larval A8 neuromere; centromedial domain of larval A7 neuromere; P{VT049120-GAL4} expression pattern; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; VDRC; centromedial domain of larval A8 neuromere; embryonic/larval central nervous system; central domain of larval A8 neuromere; L3 CNS template - Wood2018; 5901065_G__1]

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VT049120 FLP 2-3 [VFB_00057391]

A single 102E11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/102E11/Confocal_63X_2014-09-16_VNC/stack_TIFF/102E11_57C10wt_F_VNC.tif. [ventrolateral domain of larval T2 neuromere; VDRC; L3 CNS template - Wood2018; embryonic/larval central nervous system; Lines/GMR_100-109/102E11/Confocal_63X_2014-09-16_VNC/stack_TIFF/102E11_57C10wt_F_VNC.tif; expression pattern fragment; confocal microscopy; unlicensed; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; is part of; overlaps; 5901065_G__2; VT049120 FLP 2-3; P{VT049120-GAL4} expression pattern; embryonic/larval neuron; expresses]

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VT049120 FLP 4-1 [VFB_00057392]

A single 102E11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/102E11/Confocal_63X_2014-09-16_VNC/stack_TIFF/102E11_57C10wt_C_VNC.tif. [VDRC; L3 CNS template - Wood2018; 5901061_G__1; embryonic/larval central nervous system; expression pattern fragment; confocal microscopy; expresses; unlicensed; Truman Larval Flip-Out Collection; is part of; overlaps; centrolateral domain of larval T3 neuromere; Lines/GMR_100-109/102E11/Confocal_63X_2014-09-16_VNC/stack_TIFF/102E11_57C10wt_C_VNC.tif; larval T3 leg neuropil; centrolateral domain of larval central nervous system; P{VT049120-GAL4} expression pattern; embryonic/larval neuron; VT049120 FLP 4-1]

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VT049120 FLP 5-1 [VFB_00057393]

A single 102E11 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/102E11/Confocal_63X_2014-09-16_VNC/stack_TIFF/102E11_57C10wt_B_VNC.tif. [centromedial domain of larval A4 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; VT049120 FLP 5-1; ventromedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; expression pattern fragment; Lines/GMR_100-109/102E11/Confocal_63X_2014-09-16_VNC/stack_TIFF/102E11_57C10wt_B_VNC.tif; ventromedial domain of larval A5 neuromere; is part of; 5901062_G__2; P{VT049120-GAL4} expression pattern; embryonic/larval neuron; centromedial domain of larval A5 neuromere; expresses; VDRC; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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VT050279 FLP 2-1 [VFB_00060344]

A fragment of the 102F12 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/102F12/Confocal_63X_2014-09-16_VNC/stack_TIFF/102F12_57C10wt_D_VNC.tif. [confocal microscopy; unlicensed; 5901371_G__1; P{VT050279-GAL4} expression pattern; centrolateral domain of larval A6 neuromere; centrolateral domain of larval central nervous system; VT050279 FLP 2-1; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsolateral domain of larval A6 neuromere; is part of; expresses; VDRC; embryonic/larval central nervous system; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; Lines/GMR_100-109/102F12/Confocal_63X_2014-09-16_VNC/stack_TIFF/102F12_57C10wt_D_VNC.tif; L3 CNS template - Wood2018]

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VT050279 FLP 3-1 [VFB_00060346]

A fragment of the 102F12 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/102F12/Confocal_63X_2014-09-16_VNC/stack_TIFF/102F12_57C10wt_A_VNC.tif. [confocal microscopy; unlicensed; P{VT050279-GAL4} expression pattern; centrolateral domain of larval A6 neuromere; dorsomedial domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; centromedial domain of larval central nervous system; central domain of larval A6 neuromere; Lines/GMR_100-109/102F12/Confocal_63X_2014-09-16_VNC/stack_TIFF/102F12_57C10wt_A_VNC.tif; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; dorsolateral domain of larval A7 neuromere; expression pattern fragment; VT050279 FLP 3-1; dorsolateral domain of larval A6 neuromere; central domain of larval central nervous system; is part of; centromedial domain of larval A6 neuromere; dorsolateral domain of larval A8 neuromere; expresses; VDRC; embryonic/larval central nervous system; 5901373_G__2; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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VT054815 FLP 7-1 [VFB_00061117]

A single 116A07 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_110-119/116A07/Confocal_63X_2014-10-31_VNC/116A07_57C10L_D_VNC.tif. [dorsolateral domain of larval T3 neuromere; P{VT054815-GAL4} expression pattern; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; 6000047_R__1; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; dorsomedial domain of larval labial neuromere; Truman Larval Flip-Out Collection; overlaps; Lines/GMR_110-119/116A07/Confocal_63X_2014-10-31_VNC/116A07_57C10L_D_VNC.tif; dorsomedial domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; dorsolateral domain of larval T1 neuromere; VT054815 FLP 7-1; dorsomedial domain of larval maxillary neuromere; is part of; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; VDRC; larval T1 leg neuropil; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere]

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VT056359 FLP 2-1 [VFB_00061637]

A single 102G05 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/102G05/Confocal_63X_2014-10-13_VNC/stack_TIFF/102G05_57C10wt_A_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; dorsomedial domain of larval central nervous system; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; centrolateral domain of larval T3 neuromere; central domain of larval A2 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; VT056359 FLP 2-1; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; central domain of larval A1 neuromere; 5900976_G__1; Lines/GMR_100-109/102G05/Confocal_63X_2014-10-13_VNC/stack_TIFF/102G05_57C10wt_A_VNC.tif; P{VT056359-GAL4} expression pattern; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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VT057295 FLP 17-1 [VFB_00059509]

A single 105G03 expressing neuron from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/105G03/Confocal_63X_2014-10-16_VNC/stack_TIFF/105G03_57C10L_B_VNC.tif. [VT057295 FLP 17-1; ventrolateral domain of larval T2 neuromere; centromedial domain of larval T2 neuromere; dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; larval T2 leg neuropil; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; Lines/GMR_100-109/105G03/Confocal_63X_2014-10-16_VNC/stack_TIFF/105G03_57C10L_B_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; centrolateral domain of larval T3 neuromere; dorsomedial domain of larval T3 neuromere; central domain of larval central nervous system; is part of; 5900667_R__1; P{VT057295-GAL4} expression pattern; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; centrolateral domain of larval T2 neuromere; dorsomedial domain of larval T2 neuromere]

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VT058688 FLP 1-1 [VFB_00060426]

A fragment of the 128G04 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/128G04/Confocal_63X_2014-09-09_VNC/stack_TIFF/128G04_57C10L_B_VNC.tif. [P{VT058688-GAL4} expression pattern; confocal microscopy; unlicensed; dorsomedial domain of larval A6 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; is part of; centromedial domain of larval A7 neuromere; Lines/GMR_120-129/128G04/Confocal_63X_2014-09-09_VNC/stack_TIFF/128G04_57C10L_B_VNC.tif; ventral domain of larval A9 neuromere; central domain of larval A9 neuromere; centromedial domain of larval A6 neuromere; expresses; VDRC; 6100382_G__1; embryonic/larval central nervous system; dorsomedial domain of larval A7 neuromere; L3 CNS template - Wood2018; VT058688 FLP 1-1]

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VT058688 FLP 11-1 [VFB_00060425]

A fragment of the 128G04 expression pattern from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/128G04/Confocal_63X_2014-09-09_VNC/stack_TIFF/128G04_57C10L_C_VNC.tif. [P{VT058688-GAL4} expression pattern; confocal microscopy; 6100383_G__1; unlicensed; Lines/GMR_120-129/128G04/Confocal_63X_2014-09-09_VNC/stack_TIFF/128G04_57C10L_C_VNC.tif; ventromedial domain of larval A4 neuromere; centrolateral domain of larval A6 neuromere; dorsolateral domain of larval A5 neuromere; centrolateral domain of larval central nervous system; centrolateral domain of larval A5 neuromere; ventromedial domain of larval A2 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; central domain of larval A6 neuromere; ventromedial domain of larval A3 neuromere; centromedial domain of larval A1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; dorsolateral domain of larval A6 neuromere; ventromedial domain of larval A5 neuromere; is part of; VT058688 FLP 11-1; expresses; VDRC; embryonic/larval central nervous system; ventromedial domain of larval A1 neuromere; centromedial domain of larval A2 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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VT058688 FLP 6-1 [VFB_00060421]

A single 128G04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/128G04/Confocal_63X_2014-09-09_VNC/stack_TIFF/128G04_57C10L_D_VNC.tif. [ventrolateral domain of larval T2 neuromere; P{VT058688-GAL4} expression pattern; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; centromedial domain of larval T3 neuromere; centrolateral domain of larval central nervous system; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A6 neuromere; central domain of larval A6 neuromere; Lines/GMR_120-129/128G04/Confocal_63X_2014-09-09_VNC/stack_TIFF/128G04_57C10L_D_VNC.tif; centromedial domain of larval A1 neuromere; central domain of larval A4 neuromere; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; ventromedial domain of larval A6 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval A2 neuromere; central domain of larval central nervous system; centrolateral domain of larval A1 neuromere; ventromedial domain of larval A5 neuromere; ventrolateral domain of larval A5 neuromere; centrolateral domain of larval A2 neuromere; is part of; embryonic/larval neuron; expresses; central domain of larval A3 neuromere; VDRC; embryonic/larval central nervous system; VT058688 FLP 6-1; central domain of larval A1 neuromere; ventromedial domain of larval A1 neuromere; ventrolateral domain of larval A4 neuromere; centromedial domain of larval A2 neuromere; ventrolateral domain of larval A1 neuromere; centromedial domain of larval A3 neuromere; 6100384_G__1; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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VT058688 FLP 9-1 [VFB_00060424]

A single 128G04 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/128G04/Confocal_63X_2014-09-09_VNC/stack_TIFF/128G04_57C10L_A_VNC.tif. [P{VT058688-GAL4} expression pattern; confocal microscopy; unlicensed; central domain of larval A7 neuromere; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; 6100381_G__2; ventromedial domain of larval A6 neuromere; VT058688 FLP 9-1; expression pattern fragment; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; ventromedial domain of larval A5 neuromere; Lines/GMR_120-129/128G04/Confocal_63X_2014-09-09_VNC/stack_TIFF/128G04_57C10L_A_VNC.tif; is part of; centromedial domain of larval A7 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; VDRC; centromedial domain of larval A8 neuromere; embryonic/larval central nervous system; central domain of larval A8 neuromere; dorsomedial domain of larval A8 neuromere; L3 CNS template - Wood2018]

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VT059781 FLP 3-1 [VFB_00061778]

A single 114G09 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_110-119/114G09/Confocal_63X_2014-10-26_VNC (0904PM_Br)/114G09_57C10wt_A1_VNC.tif. [ventrolateral domain of larval T2 neuromere; VT059781 FLP 3-1; centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T3 neuromere; centromedial domain of larval T1 neuromere; central domain of larval T3 neuromere; centromedial domain of larval central nervous system; Lines/GMR_110-119/114G09/Confocal_63X_2014-10-26_VNC (0904PM_Br)/114G09_57C10wt_A1_VNC.tif; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; ventrolateral domain of larval T3 neuromere; central domain of larval central nervous system; P{VT059781-GAL4} expression pattern; is part of; embryonic/larval neuron; expresses; VDRC; embryonic/larval central nervous system; 6000397_G__1; L3 CNS template - Wood2018]

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VT060732 FLP 3-1 [VFB_00058172]

A single 122B12 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with some signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/122B12/Confocal_63X_2014-09-25_VNC/122B12_57C10wt_G_VNC.tif. [centromedial domain of larval A4 neuromere; ventromedial domain of larval A8 neuromere; confocal microscopy; unlicensed; ventromedial domain of larval A4 neuromere; central domain of larval A7 neuromere; centrolateral domain of larval central nervous system; ventromedial domain of larval A2 neuromere; central domain of larval A6 neuromere; ventrolateral domain of larval A6 neuromere; ventrolateral domain of larval A3 neuromere; ventromedial domain of larval A3 neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval A7 neuromere; central domain of larval A4 neuromere; P{VT060732-GAL4} expression pattern; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; ventromedial domain of larval A6 neuromere; ventromedial domain of larval A7 neuromere; ventrolateral domain of larval central nervous system; expression pattern fragment; 6100408_G__1; centrolateral domain of larval A8 neuromere; central domain of larval central nervous system; VT060732 FLP 3-1; ventrolateral domain of larval A5 neuromere; ventromedial domain of larval A5 neuromere; is part of; ventrolateral domain of larval A8 neuromere; centromedial domain of larval A7 neuromere; embryonic/larval neuron; centromedial domain of larval A6 neuromere; centromedial domain of larval A5 neuromere; expresses; central domain of larval A3 neuromere; VDRC; embryonic/larval central nervous system; central domain of larval A8 neuromere; centromedial domain of larval A2 neuromere; centromedial domain of larval A3 neuromere; Lines/GMR_120-129/122B12/Confocal_63X_2014-09-25_VNC/122B12_57C10wt_G_VNC.tif; centrolateral domain of larval A7 neuromere; central domain of larval A5 neuromere; L3 CNS template - Wood2018]

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VT063536 FLP 5-1 [VFB_00060313]

A fragment of the 124A05 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/124A05/Confocal_63X_2014-09-13_VNC/124A05_57C10L_D_VNC.tif. [ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; VT063536 FLP 5-1; centromedial domain of larval T1 neuromere; centromedial domain of larval maxillary neuromere; centromedial domain of larval central nervous system; Lines/GMR_120-129/124A05/Confocal_63X_2014-09-13_VNC/124A05_57C10L_D_VNC.tif; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; Truman Larval Flip-Out Collection; overlaps; central domain of larval T1 neuromere; expression pattern fragment; central domain of larval maxillary neuromere; central domain of larval central nervous system; is part of; ventromedial domain of larval maxillary neuromere; 6100152_R__1; expresses; P{VT063536-GAL4} expression pattern; VDRC; embryonic/larval central nervous system; L3 CNS template - Wood2018]

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VT063536 FLP 6-1 [VFB_00060314]

A fragment of the 124A05 expression pattern from the flip-out collection of Jim Truman. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/124A05/Confocal_63X_2014-09-13_VNC/124A05_57C10L_C_VNC.tif. [ventrolateral domain of larval T2 neuromere; 6100153_R__1; centromedial domain of larval T2 neuromere; ventromedial domain of larval labial neuromere; centromedial domain of larval labial neuromere; confocal microscopy; unlicensed; centromedial domain of larval T1 neuromere; centromedial domain of larval maxillary neuromere; centromedial domain of larval central nervous system; ventrolateral domain of larval T1 neuromere; ventromedial domain of larval central nervous system; VT063536 FLP 6-1; Truman Larval Flip-Out Collection; overlaps; central domain of larval T2 neuromere; central domain of larval T1 neuromere; Lines/GMR_120-129/124A05/Confocal_63X_2014-09-13_VNC/124A05_57C10L_C_VNC.tif; ventrolateral domain of larval central nervous system; expression pattern fragment; central domain of larval central nervous system; is part of; ventromedial domain of larval maxillary neuromere; expresses; P{VT063536-GAL4} expression pattern; VDRC; embryonic/larval central nervous system; central domain of larval labial neuromere; L3 CNS template - Wood2018]

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VT064515 FLP 1-1 [VFB_00057568]

A single 122C08 expressing neuron from the flip-out collection of Jim Truman. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_120-129/122C08/Confocal_63X_2014-09-25_VNC/122C08_57C10wt_D_VNC.tif. [confocal microscopy; unlicensed; VT064515 FLP 1-1; centrolateral domain of larval central nervous system; ventrolateral domain of larval labial neuromere; ventrolateral domain of larval T1 neuromere; Truman Larval Flip-Out Collection; overlaps; ventrolateral domain of larval central nervous system; expression pattern fragment; 6100121_G__1; P{VT064515-GAL4} expression pattern; dorsolateral domain of larval T1 neuromere; is part of; centrolateral domain of larval labial neuromere; embryonic/larval neuron; expresses; Lines/GMR_120-129/122C08/Confocal_63X_2014-09-25_VNC/122C08_57C10wt_D_VNC.tif; VDRC; larval T1 leg neuropil; embryonic/larval central nervous system; centrolateral domain of larval T1 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018]

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VT1 motor neuron [FBbt_00110279]

Larval motor neuron of the NB4-1 lineage that innervates the external ventral transverse muscle 1 (VT1) (Landgraf et al., 1997). It migrates medially and posteriorly during embryonic development (Schmid et al., 1999). It follows the transverse nerve and synapses to the VT1 muscle in the anterior part of the of the next posterior segment via type Ib boutons (Landgraf et al., 1997; Zarin et al., 2019). VT1 is only found in A2-7 segments (Zarin et al., 2019). Following Landgraf et al., 1997, larval motor neurons are named according to the muscle they innervate. The same caveats therefore apply regarding inference of serial homology from nomenclature as for the muscles: Following Bate (1993), larval hypodermal muscles are named for their orientation and numbered based on their order from dorsal to ventral or anterior to posterior. So, except where musculature is essentially identical between segments (as for A1-7, with a couple of exceptions for A1), serial homology should not be assumed on the basis of a shared name.

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VT999026 FLP 10-1 [VFB_00061291]

A fragment of the 106B12 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Red channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/106B12/Confocal_63X_2014-10-18_VNC/stack_TIFF/106B12_57C10L_B_VNC.tif. [dorsolateral domain of larval T3 neuromere; confocal microscopy; unlicensed; centrolateral domain of larval central nervous system; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; centromedial domain of larval A1 neuromere; dorsolateral domain of larval A1 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; dorsomedial domain of larval T3 neuromere; VT999026 FLP 10-1; Lines/GMR_100-109/106B12/Confocal_63X_2014-10-18_VNC/stack_TIFF/106B12_57C10L_B_VNC.tif; centrolateral domain of larval A1 neuromere; centrolateral domain of larval A2 neuromere; is part of; VDRC; embryonic/larval central nervous system; centromedial domain of larval A2 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval T2 neuromere; dorsolateral domain of larval central nervous system; 5900135_R__1; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere; dorsomedial domain of larval T2 neuromere]

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VT999026 FLP 6-1 [VFB_00061856]

A fragment of the 106B12 expression pattern from the flip-out collection of Jim Truman consisting of 2 cells. It is from the Green channel of a stack imaging the ventral nerve cord with no signal outside the imaged ROI. The orginal filepath was Lines/GMR_100-109/106B12/Confocal_63X_2014-10-18_VNC/stack_TIFF/106B12_57C10L_F_VNC.tif. [Lines/GMR_100-109/106B12/Confocal_63X_2014-10-18_VNC/stack_TIFF/106B12_57C10L_F_VNC.tif; centromedial domain of larval A4 neuromere; VT999026 FLP 6-1; confocal microscopy; unlicensed; centrolateral domain of larval A4 neuromere; centrolateral domain of larval central nervous system; dorsomedial domain of larval A4 neuromere; dorsolateral domain of larval A4 neuromere; centromedial domain of larval central nervous system; dorsomedial domain of larval central nervous system; dorsomedial domain of larval A3 neuromere; Truman Larval Flip-Out Collection; overlaps; expression pattern fragment; dorsomedial domain of larval A1 neuromere; is part of; 5900138_G__1; centrolateral domain of larval A3 neuromere; VDRC; embryonic/larval central nervous system; centromedial domain of larval A3 neuromere; dorsolateral domain of larval A2 neuromere; dorsolateral domain of larval A3 neuromere; dorsolateral domain of larval central nervous system; L3 CNS template - Wood2018; dorsomedial domain of larval A2 neuromere]

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VUM interneuron [FBbt_00110182]

Ventral unpaired interneuron that is located ventrally in the embryonic/larval ventral nerve cord midline, ventral to the VUM motorneurons. It is a GABAergic neuron. There are three of these cells per segment. Neurotransmitter was assessed by the expression of the glutamic acid decarboxylase 1 (Gad1) and the putative GABA vesicular transporter VGAT (FBgn0033911) (Wheeler et al., 2006).

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VUM motor neuron [FBbt_00110181]

Motor neuron that is part of the median neuroblast lineage that innervates the larval body wall muscles. There are three of these cells per segment from T1 to A7. They are modulatory motor neurons; in A1-7, one VUM motor neuron innervates the dorsal muscles, one innervates the ventral muscles, and one innervates the lateral muscles. Neurotransmitter was assessed by the expression of the vesicular glutamate transporter (vGlut) (FBgn0031424) for glutamate; the enzyme that converts tyramine to octopamine, tyramine beta-hydroxylase (Tbh) (FBgn0010329) and the vesicular monoamine transporter gene (Vmat) (FBgn0260964) (Wheeler et al., 2006). Vomel and Wegener, 2008 used Tdc2-GAL4 (tyrosine decarboxylase - implies presence of tyramine) and anti-Tbh (implies presence of octopamine). Selcho et al., 2012 used Tdc2-GAL4, validated with anti-Tbh, anti-p-tyramine and anti-conjugated octopamine, to visualize tyraminergic and octopaminergic neurons. VUM neurons are found in thoracic and abdominal segments (Schmid et al., 1999).

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VUM neuron [FBbt_00001592]

The cell body of the VUM neuron is located medially in the ventral and posterior cortex region of the neuromere. Fibers from VUM neurons run tightly fasciculated dorsally towards the neuropil where they separate to form a motorneuronal projection bifurcating in the dorsal part of the anterior commissure, and an interneuronal projection bifurcating in the ventral part of the posterior commissure (Bossing and Technau, 1994). There are six VUM neurons per neuromere.

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VUM4 interneuron [FBbt_00001596]

Most anterior of the three ventral unpaired median interneurons in each neuromere of the embryonic/larval ventral nerve cord midline (Wheeler et al., 2008). It develops from the anterior (MP4) VUM precursor (Wheeler et al., 2008). Not numbered in original references (Bossing et al., 1996; Kearney et al., 2004; Wheeler et al., 2006), renamed based on exact synonym of VUM4 [FBC:CP].

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VUM5 interneuron [FBbt_00001597]

Second most anterior (middle) of the three ventral unpaired median interneurons in each neuromere of the embryonic/larval ventral nerve cord midline (Wheeler et al., 2008). It develops from the mid (MP5) VUM precursor (Wheeler et al., 2008). Not numbered in original references (Bossing et al., 1996; Kearney et al., 2004; Wheeler et al., 2006), renamed based on exact synonym of VUM5 [FBC:CP].

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VUM6 interneuron [FBbt_00001598]

Most posterior of the three ventral unpaired median interneurons in each neuromere of the embryonic/larval ventral nerve cord midline (Wheeler et al., 2008). It develops from the posterior (MP6) VUM precursor (Wheeler et al., 2008). Not numbered in original references (Bossing et al., 1996; Kearney et al., 2004; Wheeler et al., 2006), renamed based on exact synonym of VUM6 [FBC:CP].

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Weird PN to LH left (L1EM:7168356) [VFB_00102eoy]

BAlc post_l akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw left, mw axon split complete, mw brain neurons split, AUTO descending neurons to SEZ, mw colored-matrix-2019-09-12, BAlc L, IPM mALT, #3T, mw brain neurons + sensories, TR IPP, TR IPP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw brain reviewed <80%, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 2nd_order PN-old, sw;idev5, sw;pairs;L, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 17_level-6_clusterID-100_signal-flow_0.497, 22_level-7_clusterID-165_signal-flow_0.653, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; Weird PN to LH left (L1EM:7168356); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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Weird PN to LH Right (L1EM:11714576) [VFB_00102eyp]

Random PN, Random AL PN, downstream of mPN, downstream of SCAN3B, BAlc post_r akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw complete, mw right, mw axon split complete, mw brain neurons split, mw colored-matrix-2019-09-12, BAlc R, IPM mALT, #3, mw brain neurons + sensories, TR IPP, TR IPP, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain ipsilateral, mw brain matrix + A1, mw pre-dVNC 1%, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, Upstream CN29, stable, mw brain unreviewed, mw brain open-ends 1, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 2nd_order PN-old, sw;idev5, sw;pairs;R, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 1_level-2_clusterID-5_signal-flow_0.681, 1_level-3_clusterID-12_signal-flow_0.836, 5_level-4_clusterID-26_signal-flow_0.492, 11_level-5_clusterID-54_signal-flow_0.338, 17_level-6_clusterID-100_signal-flow_0.497, 22_level-7_clusterID-165_signal-flow_0.653, ND_published, ND_all published et al, ctd pre-DN-VNCs, ct pre-DN-VNCs [EM L1 Winding, Pedigo et al., 2023; transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; Weird PN to LH Right (L1EM:11714576); L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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wing pouch [FBbt_00006029]

Region of dorsal mesothoracic disc that will develop into the wing blade. Its boundary is delimited by folds in the third instar disc epithelium. The cells in this region can also be distinguished from surrounding cells in the third instar disc by their basal accumulation of lipid granules. The wing pouch is bisected by the anterior-posterior compartment boundary of the disc.

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Y neuron left (L1EM:3814651) [VFB_00102ejk]

WB_DPLam L, MB calyx after gap, downstream of left uPN, li temp upn downstream all non local, paired ds mPNs left >= 10 synapses individual, mw paired 158, laura to review mPNs, neuron 3814652 Y neuron left, paired with #15732471, left-right NBlast: 0.523397947957052, confirmed paired - 10, Downstream of LEFT uPN with 3 synapses or more to any uPN, pairs ds mPNs >= 10, LHNs, axoDen mPNs, axoDen uPNs, uLHNs, mLHNs, putative LHN, mw brain neurons, mw brain neurons + SU, mw brain inventory, Srini-Matrix-03-05-2019, mw mixed lineage neurons, mw previously complete, mw left, mw axon split complete, mw brain neurons split, DPLd L, IPL/A com, #4T, mw colored-matrix-2019-09-12, ADC, mw brain neurons + sensories, mw brain matrix, mw brain ipsilateral, IPL/A com*, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv L TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, *DPLd_l akira, stable, mw ds-uPNs, mw LHN-from-uPN, mw 15566333 upstream partners, sw:brain_paired:L, sw;brainpair;L, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;L, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 56_level-7_clusterID-184_signal-flow_-0.331, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [CC-BY_4.0; transmission electron microscopy (TEM); embryonic/larval neuron; embryonic/larval nervous system; is part of; Y neuron left (L1EM:3814651); VFB CATMAID L1 CNS; L1 larval CNS ssTEM - Cardona/Janelia; EM L1 Winding, Pedigo et al., 2023]

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Y neuron right (L1EM:15732471) [VFB_00102ego]

WB_DPLam R, DPLd_r akira, downstream of mPN iACT A3 right, ASB No Way Out PN-LH, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, ASB No Way Out A3 12, ASB No Way Out B3 right 11 small, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, li shared with Laura, 10 synapse and more, downstream of mPN right, li shared with Laura mPN, li temp upn downstream all non local, li temp everything downstream of right upn with 3 synapses combined, li temp unpaird downstream of right uPN batch 1, Li shared with Laura, unpaired downstream of RIGHT uPNs, li downstream of RIGHT uPN with 3 synapses or more to any uPN, Downstream of RIGHT uPN >= 3 synapses individual, all paired downstream of RIGHT uPN >= 3 synapses, confirmed paired downstream of RIGHT uPN >= 3 synapses individual, paired ds mPNs left >= 10 synapses individual, mw paired 158, laura to review mPNs, neuron 15732472 Y neuron right, paired with #3814651, left-right NBlast: 0.523397947957052, Downstream of RIGHT uPN with 3 synapses or more to any uPN, confirmed paired - 10, pairs ds mPNs >= 10, LHNs, axoDen mPNs, axoDen uPNs, uLHNs, mLHNs, putative LHN, mw brain neurons, mw brain neurons + SU, DPLd Ingrid, DPLd R, mw brain inventory, Srini-Matrix-03-05-2019, mw mixed lineage neurons, mw previously complete, mw right, IPL/A com, mw axon split complete, mw brain neurons split, #4, mw colored-matrix-2019-09-12, ADC, mw brain neurons + sensories, mw brain matrix, mw brain ipsilateral, IPL/A com, Imambocus et al, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, lv TOONs minus ORN PNs and KCs 3L_3R_10Sum, lv R TOONs minus ORN PNs and KCs, mw ipsilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ds-uPNs, mw LHN-from-uPN, mw 15566333 upstream partners, sw:brain_paired:R, sw;brainpair;R, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw thermo-warm 3rd_order, mw gustatory-pharyngeal 3rd_order, mw LHN-uPN, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-5hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw dVNC-feedback-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 9_level-4_clusterID-30_signal-flow_-0.269, 19_level-5_clusterID-62_signal-flow_-0.266, 35_level-6_clusterID-114_signal-flow_-0.390, 56_level-7_clusterID-184_signal-flow_-0.331, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd LHNs, ct LHNs [EM L1 Imambocus et al., 2022; Y neuron right (L1EM:15732471); transmission electron microscopy (TEM); is part of; embryonic/larval nervous system; L1 larval CNS ssTEM - Cardona/Janelia; embryonic/larval neuron; CC-BY_4.0; VFB CATMAID L1 CNS]

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