Expr8082

dyf-11::gfp is expressed specifically in ciliated (e.g., amphid and phasmid) sensory neurons.

Expr16497

HPO-8::mCherry and ACS-4::mCherry colocalized with GFP::PAQR-2, e.g. on gonad sheath cells.

Expr16498

HPO-8::mCherry and ACS-4::mCherry colocalized with GFP::PAQR-2, e.g. on gonad sheath cells.

Expr11798

KIN-10 expressed from ugEx27 is found in the soma (e.g. intestine), somatic gonad (DTC and gonadal sheath cells) and the germ line (mitotic and meiotic germ cells).

Expr11750

GFP expression driven by the Ce-daf-2 promoter was found predominantly in the intestine, amphidial/head neurons, including ASH, ADF and AWA and elsewhere in the nervous system -e.g. nerve ring.

Expr12240

LIN-23 reporter fusions are expressed in many but not all neurons (e.g., no expression is observed in commissural motor neurons). The protein shows uniform distribution along axons. LIN-23 expression is maintained throughout adulthood.

Expr11334

SAX-7 localized to both the ventral and dorsal nerve cords and thin lines in lateral positions to the nerve cords. This staining may be associated with the nervous system (e.g., the sublateral nerve cords) or the hypodermal ridges.

Expr9780

Compared to the other jun-1 reporter gene fusions constructed in this series (e.g. see UL3240, UL3496 and UL3512), GFP expression was quite strong, from embryo to adult, in the pharyngeal-intestinal valve, spermathecae, and probably all muscle cells. The GFP was weakly nuclear-localized with some cytoplasmic.

Expr804

In wild-type embryos double labelling with mabMH27 reveals complete colocalisation of both antigens in adherens junctions of hypodermis, pharynx, and gut. In the early lima bean stage, both antigens first appear as a discontinuous punctate staining at the dorsal hypodermal cell borders. During more advanced morphogenesis (e.g., plum stage), they form a rectilinear intestine.

Expr15046

Co-expression of scyl-1 and slo-2 was observed in many ventral cord motor neurons. However, most other neurons expressing slo-2 (e.g. head and tail neurons) did not appear to express scyl-1. In addition, scyl-1 expression was detected in some cells that did not express slo-2, including the excretory cell, spermatheca, uterine ventral cells, and intestinal cells.