AWA
Neuron class of two ciliated neurons that are associated with the sheath cells of the amphid sensilla.
AIY
Neuron class of two interneurons, is one of the main classes of integrating neuron for the receptors of the amphid sensilla.
ASG
Neuron class of two ciliated neurons that are part of the amphid sensilla; the endings are in the amphid channel, which is open to the outside.
ASJ
Neuron class of two ciliated neurons that are part of the amphid sensilla. The endings are in the amphid channel, which is open to the outside.
ASH
Neuron class of two ciliated neurons that are part of the amphid sensilla; the endings are in the amphid channel, which is open to the outside.
ASE
Neuron class of two ciliated neurons that are part of the amphid sensilla; the endings are in the amphid channel, which is open to the outside
ASK
Neuron class of two ciliated neurons that are part of the amphid sensilla. The endings are in the amphid channel, which is open to the outside.
AWB
Neuron class of two ciliated neurons with flattened, sheet-like endings that are associated with the sheath cells of the amphid sensilla
ASI
Neuron class of two ciliated neurons that are part of the amphid sensilla; the endings are in the amphid channel, which is open to the outside.
AWC
Neuron class of two ciliated neurons with large, flattened, sheet-like endings that are associated with the sheath cells of the amphid sensilla.
AIZ
Neuron class of two interneurons with cell bodies situated in the lateral ganglia, one of the main classes of integrating neuron for the receptors of the amphid sensilla.
PCsoL
Socket of postcloacal sensilla in male
PCshL
Sheath of postcloacal sensilla in male
PCshR
Sheath of postcloacal sensilla in male
PCAR
Sensory neuron of postcloacal sensilla in male
PChR
Hypodermal cell of postcloacal sensilla in male
PCsoR
Socket of postcloacal sensilla in male
PChL
Hypodermal cell of postcloacal sensilla in male
PCAL
Sensory neuron of postcloacal sensilla in male
PCCL
Sensory neuron of postcloacal sensilla in male
PCCR
Sensory neuron of postcloacal sensilla in male
PCBL
Neuron, ending is sheath of postcloacal sensilla in male
CEP
Neuron class of four neurons associated with cephalic sensilla.
AFDR
Amphid finger cell, neuron associated with amphid sheath
PCBR
Neuron, ending is sheath of postcloacal sensilla in male
AFDL
Amphid finger cell, neuron associated with amphid sheath
CEM
Neuron class of four male-specific neurons associated with cephalic sensilla.
PCA
Neuron class of two male-specific sensory neuron of postcloacal sensilla.
PCC
Neuron class of two male-specific post cloacal sensilla neuron type C.
PCB
Neuron class of two male-specific post cloacal sensilla neuron type B.
OLL
Neuron class of two neurons with ciliated endings in the lateral outer labial sensilla.
PDE
Neuron class of two neurons with ciliated endings in the posterior deirid sensilla.
AWAL
Amphid wing cells, neurons having ciliated sheet-like sensory endings closely associated with amphid sheath
AWBL
Amphid wing cells, neurons having ciliated sheet-like sensory endings closely associated with amphid sheath
AWCL
Amphid wing cells, neurons having ciliated sheet-like sensory endings closely associated with amphid sheath
ADFL
Amphid neuron, prob. chemosensory
ADLL
Amphid neuron, prob. chemosensory
ADFR
Amphid neuron, prob. chemosensory
ADLR
Amphid neuron, prob. chemosensory
AWAR
Amphid wing cells, neurons having ciliated sheet-like sensory endings closely associated with amphid sheath
AWBR
Amphid wing cells, neurons having ciliated sheet-like sensory endings closely associated with amphid sheath
AWCR
Amphid wing cells, neurons having ciliated sheet-like sensory endings closely associated with amphid sheath
AMsoL
Amphid socket cell, left
AMsoR
Amphid socket cell, right
OLQ
Neuron class of four neurons with ciliated endings and striated rootlets in the dorsal and ventral outer labial sensilla.
AMshR
Embryonic cell of pedigree ABpraapaapp, amphid sheath cell, right.
AMshL
Embryonic cell of pedigree ABplaapaapp, amphid sheath cell, left.
IL2 neuron
Neuron class of six ciliated neurons, each of which is one of the two component neurons of the six inner labial sensilla.
ADL
Neuron class of two neurons that have dual ciliated endings in the amphid sensillum; the endings are in the amphid channel, which is open to the outside.
IL1 neuron
Neuron class of six ciliated neurons with striated rootlets, each of which is one of two component neurons of the inner labial sensilla.
AFD
Neuron class of two ciliated neurons that are part of the amphid sensillum; the endings of AFD have numerous villi, which poke into the amphid sheath cells.
AUAL
Neuron, process runs with amphid processes but lacks cillialted ending
AUAR
Neuron, process runs with amphid processes but lacks cillialted ending
phasmid sensillum
bilateral sensory organ in the tail, similar to the amphid in the head.
FLP
Neuron class of two neurons, which have ciliated endings situated immediately dorsal to the lateral inner labial sensilla in the head but have no associated sheath or socket cells; they have flattened processes in this region of the cilium.
ASGL
one member of Amphid neurons, single ciliated endings, probably chemo-sensory; project into ring via commissure from ventral ganglion, make diverse synaptic connections in ring neuropil
ASHL
one member of Amphid neurons, single ciliated endings, probably chemo-sensory; project into ring via commissure from ventral ganglion, make diverse synaptic connections in ring neuropil
ASKR
one member of Amphid neurons, single ciliated endings, probably chemo-sensory; project into ring via commissure from ventral ganglion, make diverse synaptic connections in ring neuropil
ASHR
one member of Amphid neurons, single ciliated endings, probably chemo-sensory; project into ring via commissure from ventral ganglion, make diverse synaptic connections in ring neuropil
ASKL
one member of Amphid neurons, single ciliated endings, probably chemo-sensory; project into ring via commissure from ventral ganglion, make diverse synaptic connections in ring neuropil
ASEL
one member of Amphid neurons, single ciliated endings, probably chemo-sensory; project into ring via commissure from ventral ganglion, make diverse synaptic connections in ring neuropil
ASJL
one member of Amphid neurons, single ciliated endings, probably chemo-sensory; project into ring via commissure from ventral ganglion, make diverse synaptic connections in ring neuropil
ASJR
one member of Amphid neurons, single ciliated endings, probably chemo-sensory; project into ring via commissure from ventral ganglion, make diverse synaptic connections in ring neuropil
ASGR
one member of Amphid neurons, single ciliated endings, probably chemo-sensory; project into ring via commissure from ventral ganglion, make diverse synaptic connections in ring neuropil
ASIL
one member of amphid neurons, single ciliated ending, probably chemo-sensory; project into ring via commissure from ventral ganglion, make diverse synaptic connections in ring neuropil
ASIR
one member of Amphid neurons, single ciliated endings, probably chemo-sensory; project into ring via commissure from ventral ganglion, make diverse synaptic connections in ring neuropil
ASER
one member of Amphid neurons, single ciliated endings, probably chemo-sensory; project into ring via commissure from ventral ganglion, make diverse synaptic connections in ring neuropil
ADF
Neuron class of two neurons that have dual ciliated endings in the amphid sensillum. The endings are in the amphid channel, which is open to the outside. Processes from lateral cell bodies enter the ventral cord via the amphidial commissures and turn anteriorly to enter the nerve ring. The processes of ADF run near the outside surface and posterior face of the ring, in close association with those of AIZ. They meet at the dorsal mid-line and terminate; there is a gap junction at the point or contact. The main synaptic output is to RIA and AIZ; there are also synapses to SMB, AUA and RIR, usually in dyadic combinations with RIA or AIZ. AWB synapses onto ADF in several places, and there are gap junctions to RIH, ADA and AIA.
lateral ganglion
The left and right lateral ganglia lie beside the nerve ring in the head. They each contain about (30) neuron cell bodies and send their neuronal processes into the ring at its posterior margin either laterally or ventrally via the amphid commissures and ventral ganglion, but form no local neuropil separate from the nerve ring. The lateral ganglia are in close contact with the lateral hypodermal cords.
XXX cell
Two embryonic hypodermal cells (XXXL, XXXR) that may provide a scaffold for the early organization of ventral bodywall muscles and the various socket cells in the lateral and ventral lips. Their cell bodies soon crawl posteriorly, and their processes separate the amphid nerve from the mechanosensory nerves in the late embryo. The XXX processes later retract, and the XXX cell bodies remain in the ventrolateral bodywall near the cell bodies of the posterior arcade and some socket cells where they perform a neurohumoral function, as they retain short processes bordering the pseudocoelom and contain some secretory vesicles.