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母体与果蝇体节基因的主要相互作用。

Dominant maternal interactions with Drosophila segmentation genes.

作者信息

Tricoire Hervé

机构信息

Centre de Génétique moléculaire, F-91190, Gif sur Yvette, France.

出版信息

Rouxs Arch Dev Biol. 1988 Mar;197(2):115-123. doi: 10.1007/BF00375934.

Abstract

A systematic search for X chromosome loci showing a dominant maternal interaction with the segmentation genes Krüppel, hunchback, knirps and hairy was performed using deficiencies spanning 65% of the X chromosome. No interaction with the knirps gene was observed, but five regions of the X chromosome showed a maternal dominant interaction with the Krüppel gene. Two of these regions also show a maternal dominant interaction with either hunchback (region 10A7-10A8) or hairy (region 10E1-10F3). In all of these interactions dead embryos were observed which showed the same defects as embryos homozygous for the segmentation gene tested. These results suggest that a complex repartition of maternal products necessary for subsequent segmentation may occur in the Drosophila egg.

摘要

利用覆盖X染色体65%区域的缺失进行了一项系统性搜索,以寻找与分节基因Krüppel、驼背、knirps和刚毛呈现显性母源相互作用的X染色体位点。未观察到与knirps基因的相互作用,但X染色体的五个区域显示出与Krüppel基因的母源显性相互作用。其中两个区域还显示出与驼背(10A7 - 10A8区域)或刚毛(10E1 - 10F3区域)的母源显性相互作用。在所有这些相互作用中,均观察到死亡胚胎,这些胚胎表现出与所测试分节基因纯合胚胎相同的缺陷。这些结果表明,果蝇卵中可能发生了后续分节所需母源产物的复杂分配。

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