10 Expression patterns found (0.009 seconds)

PVQ, OLL, URB, AIY, ADA, BDU

Neuronal expression in: 4 labial sensory neurons; all touch neurons, RMG/ADA, CAN.

Expressed in AUA, PVM, URX. Faint or variable expression observed in RMG, ADA, and an extra pair of cells in the head. Male specific expression in CP9.

Expr8672

Expression in the nervous system: ADA, ADE, ADF (in L1), AIN, ALN (early larva), ASG (early larva), ASH (early larva), AUA, AVJ, DVC, FLP, PHA, PHB, PVR, PVT, RIC, RIG, RIM, RIP.

Expr14561

mgl-2 is strongly expressed in RIM, a glutamatergic interneuron presynaptic to AVA, and more weakly in AIB, RIA, ADA and AIM, additional glutamatergic presynaptic neurons. MGL-2 is not expressed in AVA or in CEPsh glia.

Expr2266

Expressed in chemosensory neurons in amphid: ADL, ASI, ASH, ASK. Sensory neuron: AUA. Interneurons: AIM, ADA, DVC, RIM, RIV, RMG, URX, AVE, PVT. About 10 neurons anterior to the nerve ring in the ring ganglion. About 2 neurons in the ventral ganglion. Four muscles in the head.

Expr1261

Expressed in a subset of neurons in the pharynx and in the extrapharyngeal nervous system. Expression was also noticed in intestine cells(int1-int9). In the pharynx, eat-4 was found to be expressed in M3, NSM neurons, and possibly I5, but not in muscle. Clear and consistent eat-4 reporter expression was found in 15 different anatomical types. ADA, ALM, ASH, ASK, AUA, and AVJ or AIN, AVM, FLP, IL1, LUA, OLL, OLQ, PLM, PVD, and PVR.

Expr8774

GFP fluorescence was detected in 20 neurons. In the head, DKF-2BGFP accumulated in amphid sensory neurons (ASE, AFD, ASG, AWC, and AWA), integrative interneurons (AIM, RIC, AIY, AVF, AVJ, AVK, ADA, and RMG), neurons involved in social feeding and O2 sensing (AUA, URX, PQR, AQR, and BAG), and the neurosecretory motor neuron NSM. DKF-2BGFP also accumulated in PVQ, PVR, and PVW interneurons in the tail. DKF-2BGFP was observed in late embryos, L1 to L4 larvae, and adult animals.

Expr15210

We found that animals expressing the Pmir-234::gfp transgene exhibit GFP fluorescence in a subset of neurons, evident from late embryogenesis throughout larval development and in adults. To identify the specific neurons expressing Pmir-234::gfp, we performed co-localization studies using a combination of DiI staining and crosses into strains expressing RFP in known neuronal subtypes (Tong and Burglin, 2010). Using this strategy, we unambiguously identified 13 neurons expressing Pmir-234::gfp, including multiple neuron classes: sensory neurons (ADL, ASG, ALM, AVM, PHA, PVM), interneurons (AIM, PVQ, PVT, RID), motorneuron(HSN)and pharyngeal neurons (I4 and I6).

Expr4693

A GFP reporter transgene with 5.8 kb of the nsy-5 promoter was expressed exclusively in sensory neurons and interneurons in the head and tail. The neurons that expressed nsy-5::GFP included AWC, ASH, AFD, ASI, ADL, ASK, BAG, AWB, and ADF (head sensory neurons); ADA, AIZ, RIC, AIY, and AIM (head interneurons); PHA and PHB (tail sensory neurons); and PVC and PVQ (tail interneurons). Expression began about halfway through embryogenesis, was strongest in late embryogenesis and the L1 larval stage, and faded thereafter. Adults maintained weak expression in several neurons, including ASH but not AWC.