首页> 外文期刊>Archives of Insect Biochemistry and Physiology >The ken and barbie Gene Encoding A Putative Transcription Factor With a BTB Domain and Three Zinc Finger Motifs Functions in Terminalia Development of Drosophila
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The ken and barbie Gene Encoding A Putative Transcription Factor With a BTB Domain and Three Zinc Finger Motifs Functions in Terminalia Development of Drosophila

机译:肯和芭比基因编码果蝇终端发育中具有BTB结构域和三个锌指基序功能的假定转录因子。

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Mutatious in the ken and barbie locus are acompanied by the malformation of terminalia in adult Drosophila.Male and female genitalia often remain inside the body,and the same portions of genitalia and analia are missing in a fraction of homozygous flies.Rotated and/or duplicated terminalia are also observed.Terminalia phenotypes are enhanced by mutations in the gap gene tailless,the homeobox gene caudal,and the decapentaplegic gene that encodes a TGFbeta-like morphogen.The ken and barbie gnee encodes a protein with three CCHH-type zinc finger motifs that are conserved in seeral transcription factors such as Kruppel and BCL-6.All defects in ken and barbie mutants are fully rescued by the expression of a wild-type genomic construct,which establishes the causality between phenotypes and the gene.
机译:成年果蝇的终末期畸形伴有肯和芭比位点的突变。男性生殖器和雌生殖器经常留在体内,而一部分纯合蝇体则缺少相同部位的生殖器和肛门。末端表型通过空位基因无尾突变,同源盒基因尾部突变和十足瘫痪基因的编码而增强,该基因编码TGFβ样形态发生子。ken和barbie gnee编码具有三个CCHH型锌指基序的蛋白质ken和barbie突变体中的所有缺陷都通过野生型基因组构建体的表达得以完全挽救,从而确定了表型与基因之间的因果关系。

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