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SAM: a novel motif in yeast sterile and Drosophila polyhomeotic proteins.

机译:SAM:酵母无菌和果蝇多同源蛋白中的新基序。

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摘要

Single copies of an approximately 65-70 residue domain are shown to be present in the sequences of 14 eukaryotic proteins, including yeast byr2, STE11, ste4, and STE50, which are essential participants in sexual differentiation. This domain, named SAM (sterile alpha motif), appears to participate in other developmental processes because it is also present in Drosophila polyhomeotic gene product and related homologues, which are thought to regulate determination of segmental specification in early embryogenesis. Its appearance in byr2 and STE11, which are MEK kinases, and in proteins containing pleckstrain homology, src homology 3, and discs-large homologous region domains, suggests possible participation in signal transduction pathways.
机译:大约65-70个残基域的单拷贝显示存在于14种真核蛋白质的序列中,包括酵母byr2,STE11,ste4和STE50,它们是性别分化的重要参与者。该结构域称为SAM(不育α基序),似乎参与了其他发育过程,因为它也存在于果蝇多同源基因产物和相关同源物中,据认为它们可调节早期胚胎发生过程中节段规格的确定。它出现在作为MEK激酶的byr2和STE11中,以及在包含pleckstrain同源性,src同源性3和盘状大同源区域的蛋白质中,提示可能参与信号转导途径。

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