c-ret antikoerper, cret antikoerper, etID315074.13 antikoerper, ret1 antikoerper, wu:fd13h01 antikoerper, X-ret antikoerper, ret-A antikoerper, xret antikoerper, RET antikoerper, MTC1 antikoerper, CDHF12 antikoerper, CDHR16 antikoerper, HSCR1 antikoerper, MEN2A antikoerper, MEN2B antikoerper, PTC antikoerper, RET-ELE1 antikoerper, RET51 antikoerper, RET9 antikoerper, c-Ret antikoerper, ret proto-oncogene receptor tyrosine kinase antikoerper, ret proto-oncogene S homeolog antikoerper, ret proto-oncogene antikoerper, ret antikoerper, ret.S antikoerper, RET antikoerper, Ret antikoerper
Hintergrund
The Ret proto-oncogene is structurally related to the growing family of tyrosine kinase transmembrane receptors and is involved in GDNF signaling. By alternative splicing, two isoforms of the Ret proto-oncogene product are generated. The isoforms differ from each other by having either 9 or 51 carboxy terminal amino acids. The Ret gene products include two glycosylated proteins in tunicamycin treated cells, a non-glycosylated protein consistent with the predicted Ret molecular weight based on sequence analysis. Tumorspecific rearrangements of the Ret proto-oncogene have been identified in papillary thyroid carcinomas leading to the formation of different transforming fusion proteins sharing the tyrosine kinase domain of Ret. In contrast to the Ret proto-oncogene, the rearranged forms are constitutively phosphorylated on tyrosine and are translocated from the membrane to the cytoplasm.Synonyms: C-ret, CDHF12, Cadherin family member 12, Proto-oncogene tyrosine-protein kinase receptor ret