SNA-1, SNA-2, SNA-3, and SUT-1 fusion proteins gave essentially identical expression patterns, being expressed in the nuclei of all somatic and germline cells, consistent with their proposed functions in spliced leader trans-splicing.
SNA-1, SNA-2, SNA-3, and SUT-1 fusion proteins gave essentially identical expression patterns, being expressed in the nuclei of all somatic and germline cells, consistent with their proposed functions in spliced leader trans-splicing.
SNA-1, SNA-2, SNA-3, and SUT-1 fusion proteins gave essentially identical expression patterns, being expressed in the nuclei of all somatic and germline cells, consistent with their proposed functions in spliced leader trans-splicing.
SNA-1, SNA-2, SNA-3, and SUT-1 fusion proteins gave essentially identical expression patterns, being expressed in the nuclei of all somatic and germline cells, consistent with their proposed functions in spliced leader trans-splicing.
Both EBP-1 and EBP-2 were uniformly distributed throughout the neurons as expected for a cytosolic protein. EBP-1 is enriched in cell body puncta in the vicinity of trans Golgi carriers and the DCV sorting machinery AP-1m/UNC-101.
Expression is seen in all larval stages and adults, predominantly in intestinal cells. However, expression in other cells in the head and tail (presumably neurons), and expression in the pharynx and hypodermis is also seen, particularly in young larvae. This gene is the orthologue of human PIN4 (peptidyl-prolyl cis/trans isomerase (NIMA-interacting), 4 parvulin).
Expression is seen in all larval stages and adults, predominantly in intestinal cells. However, expression in other cells in the head and tail (presumably neurons), and expression in the pharynx and hypodermis is also seen, particularly in young larvae. This gene is the orthologue of human PIN4 (peptidyl-prolyl cis/trans isomerase (NIMA-interacting), 4 parvulin).
A 1.25kb and a 1.85 kb transcript can be detected in poly A+ RNA from wild type embryos, both decrease substantially in RNA isolated from larval stages.