Expressed in intestine and anal sphinctor as soon as these structures appeared in the developing embryo and continued to be expressed until and include adulthood.
Expression is seen only in embryos. Expression begins around the 50-cell stage in many, if not all, embryonic cells. By comma-stage expression is weak and fades away soon after.
atgl-1p::GFP fluorescence is bright in the intestine, consistent with a previous report (Lee et al, 2014). We also found weak expression in neurons in the nerve ring, ventral nerve cord, and tail.
Specific expression observed only in a cellular process, probably the secretory network of the G2 gland cells. Signal appeared in the embryo as soon as pharyngeal structures could be discerned and remained through adulthood.
eps-8 transcriptional reporters were likewise expressed in dorsal and ventral embryonic epidermal cells beginning soon after epidermal enclosure and persisting in larval and adult stages. Peps-8-GFP was also expressed in sublateral neurons.
High levels of wee-1.1::GFP expression were detected in the two E daughters immediately after E divides. A weaker GFP signal was also detected in daughters of the 8AB blastomeres soon after, consistent with the in situ data shown previously (Expr737).
The level of OMA-1 protein is high in one-cell embryos soon after meiosis but decreases during the first mitotic cycle. In two-cell embryos, although the majority of OMA-1 protein has been degraded, a low level (<10%) can still be detected.
LET-526::GFP was expressed in the nuclei of most, if not all, somatic cells, including the T cell and its daughter cells. LET-526::GFP was first observed soon after the gastrulation stage and continues to be expressed throughout subsequent development and in the adult stage.
lin-3p::GFP was strongly expressed in the excretory canal cell, beginning soon after canal cell birth and continuing into early larval development (from ventral enclosure through L1). lin-3p::GFP was also expressed in a variety of other cells further away from the presumptive duct and G1 pore.