MB2ON-208 (L1EM:13365464) VFB_00102f1i

MB2ON-208 (L1EM:13365464)

ID: VFB_00102f1i

DPMm1 l diff cells Ballet neuron, Post-MBE30-7, WB_DPMm1 R, HB ; Right, Ingrid Name, CX akira, CX columns akira, *DPMm1_r akira, ASB right, FB tiled horizontal axons, PB and FB, FB tiled horizontal axons_right, downstream of mPN iACT B1 right, Post-MBONs akira final, ASB Right PN-LH Input, MB2ON-208, ASB Downstream of Ipsi Bridges Right, ASB mPN-Dorsal Lobe, ASB PN-Dorsal Lobe, ASB mPN-Dorsal Lobe Connections, ASB downstream of right mPNs, frag, li downstream of mPNs everything more than 5 synapses, PB_upstream_akira, 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 133, potential paired ds mPNs right >= 3 synapses individual, RIGHT, MB_FB_CN_all_akira, MB2ONs_akira, MB_CN_all_akira, Atlas_MB_FB_CN_right_akira, mw brain neurons, mw brain neurons + SU, mw brain inventory, mw draft complete, mw right, IP com, mw axon split complete, mw brain neurons split, #4, mw current paired, mw colored-matrix-2019-09-12, mw brain neurons + sensories, mw brain crosses commissure, mw brain matrix, mw brain unpublished <80% reviewed 2020-04-24, mw brain contralateral, SMP IPP VMC com*, 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 brain matrix + A1, mw pre-dVNC 1%, mw bilateral axon, mw ipsilateral dendrite, mw brain matrix and A1, mw brain paper all neurons, mw test matrices, CX columnar system, stable, CX potential lineges, DPMm1 Laura, mw ad hubs_in, mw CN, mw ad all_hubs, mw brain reviewed <80%, sw:brain_paired:R, FB.b, sw;brainpair;R, mw interhemispheric integrator hop-3, mw interhemispheric integration 3-hop, Potential FB.b, CX horizontal, mw gustatory-external 3rd_order, mw olfactory 3rd_order, mw gustatory-pharyngeal 3rd_order, mw dSEZ-feedback-2hop 2022-03-15, sw;pairs;R, dPNOins, upFBPBs, downNO, mw dVNC-feedback-3hop 2022-03-15, mw dVNC-feedback-4hop 2022-03-15, mw dVNC-feedback-5hop 2022-03-15, mw dVNC-efference-3hop 2022-03-15, mw dVNC-efference-4hop 2022-03-15, mw dVNC-efference-5hop 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-efference-casc-5hop 2022-03-15, mw dSEZ-feedback-casc-5hop 2022-03-15, mw dSEZ-efference-casc-5hop 2022-03-15, FB.b horseshoes, FB.b columnar, mw brain and inputs, 0_level-0_clusterID-0_signal-flow_-0.011, 0_level-1_clusterID-2_signal-flow_0.063, 2_level-2_clusterID-6_signal-flow_-0.442, 5_level-3_clusterID-14_signal-flow_-0.319, 11_level-4_clusterID-29_signal-flow_-0.377, 23_level-5_clusterID-60_signal-flow_-0.485, 37_level-6_clusterID-109_signal-flow_-0.400, 66_level-7_clusterID-177_signal-flow_-0.517, mw cascade-5-hop integrative 2022-11-03, mw cascade-8-hop integrative 2022-11-03, ND_published, ND_all published et al, ctd CNs, ct CNs, ct pre-DN-VNCs