DPMm2 descending right (L1EM:12474164) VFB_00102f0a

DPMm2 descending right (L1EM:12474164)

ID: VFB_00102f0a

DPLc4 r, WB_DPLc4 R, CX akira, *DPMm2_r akira, downstream of mPN iACT B1 right, ASB Right PN-LH Input, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, li downstream of mPNs everything more than 5 synapses, ASB No Way Out B1 right 1, li review for mPN right downstream less than 90% more than 5 synapses, li only right side downstream of mPNs everything more than 5 synapses, mw paired 120, potential paired ds mPNs right >= 5 synapses individual, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw right, mw draft complete, mw axon split complete, mw brain neurons split, UNI, AUTO descending neurons to VNC, AUTO ascending neurons, #2, mw colored-matrix-2019-09-12, Avi 122, Avi 122 unpaired, mw unpaired 2019-10-09, mw unpaired 2019-10-10, mw unpaired 2019-10-10b, mw unpaired 2019-10-14, mw unpaired 2019-10-15, mw unpaired 2019-10-15b, mw unpaired 2019-10-16, mw unpaired 2019-10-17, mw brain neurons + sensories, mw dVNC, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, UNI*, mw dSEZ feedback 3hop 7-Sept 2020, mw pre-RG feedback 3hop 7-Sept 2020, mw pre-dSEZ feedback 3hop 7-Sept 2020, mw dSEZ feedback 3hop 16-Sept 2020, mw pre-dSEZ feedback 3hop 16-Sept 2020, mw brain matrix + A1, mw A1 neurons paired + accessory + dVNCs, mw dVNC important 1st-order upstream, mw contralateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, stable, mw ad hubs_in, mw pre-dVNC, nr Tel-like 10 downstream 2-hop, nr Tel-like 10 downstream-dVNCs 2-hop, mw ad all_hubs, mw brain unreviewed, DPMl2 R, sw:brain_paired:R, sw;brainpair;R, lv dVNC to T3+A1, lv dVNC to A1, mw noci 2nd_order, mw dSEZ-feedback-2hop 2022-03-15, mw dVNC not to A1, sw;pairs;R, mw candidate hunch_head-move, downLAL, mw dVNC-feedback-1hop 2022-03-15, mw dVNC-feedback-2hop 2022-03-15, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-efference-2hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dSEZ-feedback-3hop 2022-03-15, mw dSEZ-feedback-4hop 2022-03-15, mw dSEZ-feedback-5hop 2022-03-15, mw dSEZ-efference-2hop 2022-03-15, mw dSEZ-efference-3hop 2022-03-15, mw dSEZ-efference-4hop 2022-03-15, mw dSEZ-efference-5hop 2022-03-15, mw cascade hubs_in, mw dVNC-feedback-casc-8hop 2022-03-15, mw dVNC-efference-casc-8hop 2022-03-15, mw dSEZ-feedback-casc-8hop 2022-03-15, mw dSEZ-efference-casc-8hop 2022-03-15, mw dVNC-feedback-casc-5hop 2022-03-15, mw dVNC-efference-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, mw FBN-cluster 82_level-7_clusterID-133_walksort-0.880, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 1_level-1_clusterID-1_signal-flow_-0.067, 3_level-2_clusterID-3_signal-flow_-0.600, 7_level-3_clusterID-8_signal-flow_-1.017, 15_level-4_clusterID-17_signal-flow_-1.114, 31_level-5_clusterID-35_signal-flow_-1.369, 56_level-6_clusterID-71_signal-flow_-1.328, 87_level-7_clusterID-128_signal-flow_-1.325, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd DN-VNCs, ct pre-DN-VNCs, ct DN-VNCs