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[果蝇体细胞中表达的基因Mos和mwh之间的相互作用]

[Interaction between genes Mos and mwh expressed in somatic cells of Drosophila melanogaster].

作者信息

Vaĭsman N Ia, Zakharov I K

出版信息

Genetika. 1995 Mar;31(3):358-62.

PMID:7607426
Abstract

Gene Mosaic (Mos) of chromosome 3 of Drosophila melanogaster was located by means of dominant markers Ly, Sb, and Dr. This gene was shown to be located between Ly and Sb in the centromeric region (45-50 map units). An analysis of interaction between Mos and mwh genes in cis and trans-heterozygotes showed a significant effect of the Mos gene on mutability (recombinogenesis) of chromosome mwh in somatic cells. In the cis heterozygote mwh Mos/++, the frequency of small mutant clones on wings of flies increased. In mwh/Mos heterozygotes, the Mos gene caused a significant reduction of dorsocentral and scutellar bristles (78% in mwh/Mos, 85% in mwh +/+ Mos, and 98% in mwh Mos/mwh +).

摘要

利用显性标记Ly、Sb和Dr定位了黑腹果蝇3号染色体上的基因镶嵌体(Mos)。该基因位于着丝粒区域(45 - 50个图距单位)的Ly和Sb之间。对顺式和反式杂合子中Mos和mwh基因之间相互作用的分析表明,Mos基因对体细胞中mwh染色体的突变性(重组发生)有显著影响。在顺式杂合子mwh Mos/++中,果蝇翅膀上小突变克隆的频率增加。在mwh/Mos杂合子中,Mos基因导致背中鬃和小盾片刚毛显著减少(mwh/Mos中减少78%,mwh +/+ Mos中减少85%,mwh Mos/mwh +中减少98%)。

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