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WormBase Tree Display for Expr_pattern: Expr1998

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Name Class

Expr1998Expression_ofGeneWBGene00002081
Reflects_endogenous_expression_ofWBGene00002081
HomolHomol_homolF54G8:Expr
Expression_dataLife_stageWBls:0000024
WBls:0000038
WBls:0000027
WBls:0000035
WBls:0000041
WBls:0000015
WBls:0000021
WBls:0000010
WBls:0000013
Anatomy_termWBbt:0003681Certain
RemarkUbiquitously expressed, with more pronounced expression in the developing pharynx.
WBbt:0004017Certain
RemarkUbiquitously expressed, with more pronounced expression in the developing pharynx.
WBbt:0005757Partial
TypeReporter_gene
PatternEmbryonic GFP expression was identical to that seen with anti-INA-1 antisera: ubiquitous expression beginning at gastrulation, with more pronounced expression in the developing pharynx. Because all cells of the embryo expressed moderate levels of GFP during the migrations of the CAN, ALM, and HSN neurons, it is unable to detect any changes in the levels or localization of GFP in these neurons during their migrations. In L1 larvae, however, most cells no longer expressed GFP, making expression of the GFP reporter in the migratory Q neuroblasts and their descendants quite distinct. In L1 larvae, these cells turned on GFP as they began their migrations, and then turned it off when the migrations were completed. In older larvae, some of the Q-derived neurons turned GFP back on. Other migrating cells in larvae also expressed GFP, notably the distal tip cells of the hermaphrodite gonad and the P cells. Cells in organs undergoing morphogenesis, such as the hermaphrodite uterus and vulva and the male tail, also expressed high levels of GFP. Finally, the GFP reporter was also expressed in many nonmigratory neurons, including neurons in the head, tail, and ventral nerve cord, at various times during larval and adult stages.
PictureWBPicture0000009583
RemarkUbiquitous
ReferenceWBPaper00002850
TransgeneWBTransgene00000561