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Ras Target Protein Canoe Is a Substrate for Cdc2 and Cdk5 Kinases

机译:Ras目标蛋白独木舟是Cdc2和Cdk5激酶的底物

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Mutations in the cance locus of Drosophila lead to failure in the dorsal closure of the embryonic epidermis and pattern formation defects in imaginal eyes and wings. In the wing, the canoe mutants develop extra veins when they are heterozygous for shaggy, a mutation in the locus encoding the glycogen synthease kinase 3#beta# (Gsk3#beta#), which has been known to phosphorylate the Armadillo protein. Although Canoe has a putative target sequence for phosphorylation by Gsk3#beta# similar to that found in Armadillo, in vitro experiments indicate that Canoe is not phosphorylated by Gsk3#beta#. Instead, Canoe is demonstrated to be a good substrate of Cdc2 and Cdk5 kinases. Thus, Cdc2 and Cdk5 kinases are the potential regulators of the function of Canoe in morphogenesis. Arch. Insect Biochem. Physiol.
机译:果蝇的canice基因座中的突变导致胚胎表皮的背侧闭合失败和假想的眼睛和翅膀中的图案形成缺陷。在机翼中,当独木舟突变体杂乱无章时,它们会长出多余的静脉,这是编码糖原合成酶激酶3#beta#(Gsk3#beta#)的基因座中的一种突变,已知该磷酸化犰狳蛋白。尽管独木舟具有类似于Armadillo中发现的通过Gsk3#beta#进行磷酸化的假定靶序列,但体外实验表明,独木舟没有被Gsk3#beta#磷酸化。相反,独木舟被证明是Cdc2和Cdk5激酶的良好底物。因此,Cdc2和Cdk5激酶是独木舟在形态发生中功能的潜在调节因子。拱。昆虫生化。生理学。

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