Dataset: Cook et al. 2019 (herm.)
Chemical and electrical connectivity of the hermaphrodite from Cook et al. 2019, including connections between neurons, muscles and other cells.
Chemical Electrical View info
Locomotion 1 (Loco1)
Subset of cells involved in locomotion
Connection type
Total size
Values present
Nodes with pre connections
Nodes with post connections
Chemical (8, 8) matrix38 non-zero entries6 nodes with self-connections59.605263 2265.0 AVA AVB DA DB DD VA VB VD AVA AVB DA DB DD VA VB VD
Electrical (8, 8) matrix48 non-zero entries8 nodes with self-connections28 unique pairs (total unique pair weight: 949.0 )29.854167 1433.0 AVA AVB DA DB DD VA VB VD AVA AVB DA DB DD VA VB VD
Nodes in current viewxxxxxxxxxxxxxxxxxxxxxxxxx
Num cells in node
Num in this dataset
Cells in node
AVA 2
2
AVAL AVAR
AVB 2
2
AVBL AVBR
DA 10
9
DA1 DA10 DA2 DA3 DA4 DA5 DA6 DA7 DA8 DA9
DB 10
7
DB1 DB10 DB2 DB3 DB4 DB5 DB6 DB7 DB8 DB9
DD 10
6
DD1 DD10 DD2 DD3 DD4 DD5 DD6 DD7 DD8 DD9
VA 12
12
VA1 VA10 VA11 VA12 VA2 VA3 VA4 VA5 VA6 VA7 VA8 VA9
VB 12
11
VB1 VB10 VB11 VB12 VB2 VB3 VB4 VB5 VB6 VB7 VB8 VB9
VD 13
13
VD1 VD10 VD11 VD12 VD13 VD2 VD3 VD4 VD5 VD6 VD7 VD8 VD9
Weight definition: Weights are the total number of EM serial sections of connectivity, taking into account both the number of synapses and the sizes of synapses.
Validation tests: See here
Neurons (herm) (302)
Full list of Neurons (hermaphrodite only) in this dataset
ADAL ADAR ADEL ADER ADFL ADFR ADLL ADLR AFDL AFDR AIAL AIAR AIBL AIBR AIML AIMR AINL AINR AIYL AIYR AIZL AIZR ALA ALML ALMR ALNL ALNR AQR AS1 AS10 AS11 AS2 AS3 AS4 AS5 AS6 AS7 AS8 AS9 ASEL ASER ASGL ASGR ASHL ASHR ASIL ASIR ASJL ASJR ASKL ASKR AUAL AUAR AVAL AVAR AVBL AVBR AVDL AVDR AVEL AVER AVFL AVFR AVG AVHL AVHR AVJL AVJR AVKL AVKR AVL AVM AWAL AWAR AWBL AWBR AWCL AWCR BAGL BAGR BDUL BDUR CANL CANR CEPDL CEPDR CEPVL CEPVR DA1 DA2 DA3 DA4 DA5 DA6 DA7 DA8 DA9 DB1 DB2 DB3 DB4 DB5 DB6 DB7 DD1 DD2 DD3 DD4 DD5 DD6 DVA DVB DVC FLPL FLPR HSNL HSNR I1L I1R I2L I2R I3 I4 I5 I6 IL1DL IL1DR IL1L IL1R IL1VL IL1VR IL2DL IL2DR IL2L IL2R IL2VL IL2VR LUAL LUAR M1 M2L M2R M3L M3R M4 M5 MCL MCR MI NSML NSMR OLLL OLLR OLQDL OLQDR OLQVL OLQVR PDA PDB PDEL PDER PHAL PHAR PHBL PHBR PHCL PHCR PLML PLMR PLNL PLNR PQR PVCL PVCR PVDL PVDR PVM PVNL PVNR PVPL PVPR PVQL PVQR PVR PVT PVWL PVWR RIAL RIAR RIBL RIBR RICL RICR RID RIFL RIFR RIGL RIGR RIH RIML RIMR RIPL RIPR RIR RIS RIVL RIVR RMDDL RMDDR RMDL RMDR RMDVL RMDVR RMED RMEL RMER RMEV RMFL RMFR RMGL RMGR RMHL RMHR SAADL SAADR SAAVL SAAVR SABD SABVL SABVR SDQL SDQR SIADL SIADR SIAVL SIAVR SIBDL SIBDR SIBVL SIBVR SMBDL SMBDR SMBVL SMBVR SMDDL SMDDR SMDVL SMDVR URADL URADR URAVL URAVR URBL URBR URXL URXR URYDL URYDR URYVL URYVR VA1 VA10 VA11 VA12 VA2 VA3 VA4 VA5 VA6 VA7 VA8 VA9 VB1 VB10 VB11 VB2 VB3 VB4 VB5 VB6 VB7 VB8 VB9 VC1 VC2 VC3 VC4 VC5 VC6 VD1 VD10 VD11 VD12 VD13 VD2 VD3 VD4 VD5 VD6 VD7 VD8 VD9 Missing neurons (0)
Muscles (135)
Full list of Muscles in this dataset
MDL01 MDL02 MDL03 MDL04 MDL05 MDL06 MDL07 MDL08 MDL09 MDL10 MDL11 MDL12 MDL13 MDL14 MDL15 MDL16 MDL17 MDL18 MDL19 MDL20 MDL21 MDL22 MDL23 MDL24 MDR01 MDR02 MDR03 MDR04 MDR05 MDR06 MDR07 MDR08 MDR09 MDR10 MDR11 MDR12 MDR13 MDR14 MDR15 MDR16 MDR17 MDR18 MDR19 MDR20 MDR21 MDR22 MDR23 MDR24 MVL01 MVL02 MVL03 MVL04 MVL05 MVL06 MVL07 MVL08 MVL09 MVL10 MVL11 MVL12 MVL13 MVL14 MVL15 MVL16 MVL17 MVL18 MVL19 MVL20 MVL21 MVL22 MVL23 MVR01 MVR02 MVR03 MVR04 MVR05 MVR06 MVR07 MVR08 MVR09 MVR10 MVR11 MVR12 MVR13 MVR14 MVR15 MVR16 MVR17 MVR18 MVR19 MVR20 MVR21 MVR22 MVR23 MVR24 mu_anal mu_intL mu_intR mu_sph pm1 pm2D pm2VL pm2VR pm3D pm3VL pm3VR pm4D pm4VL pm4VR pm5D pm5VL pm5VR pm6D pm6VL pm6VR pm7D pm7VL pm7VR pm8 um1AL um1AR um1PL um1PR um2AL um2AR um2PL um2PR vm1AL vm1AR vm1PL vm1PR vm2AL vm2AR vm2PL vm2PR Other cells (36)
Full list of Other cells in this dataset
CEPshDL CEPshDR CEPshVL CEPshVR GLRDL GLRDR GLRL GLRR GLRVL GLRVR bm e2D e2VL e2VR e3D e3VL e3VR exc_cell exc_gl g1AL g1AR g1P g2L g2R hmc hyp int mc1DL mc1DR mc1V mc2DL mc2DR mc2V mc3DL mc3DR mc3V