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果蝇中配对规则基因之间的交叉调控相互作用。

Cross-regulatory interactions among pair-rule genes in Drosophila.

作者信息

Harding K, Rushlow C, Doyle H J, Hoey T, Levine M

出版信息

Science. 1986 Aug 29;233(4767):953-9. doi: 10.1126/science.3755551.

Abstract

The pair-rule genes of Drosophila are required for the subdivision of the developing embryo into a repeating series of homologous body segments. One of the pair-rule genes, even-skipped (eve), appears to be particularly important for the overall segmentation pattern since eve- embryos lack all segmental subdivisions in the middle body region. On the basis of homeo box cross-homology we have isolated a gene, S72, which probably corresponds to eve. In embryo tissue sections S72 transcripts show a periodic distribution pattern. The eve- phenotype appears to involve altered patterns of fushi tarazu and engrailed expression. These and other findings suggest that pair-rule gene expression might involve hierarchical cross-regulatory interactions.

摘要

果蝇的成对规则基因对于将发育中的胚胎细分为一系列重复的同源体节是必需的。其中一个成对规则基因,偶数缺失基因(eve),对于整体的体节模式似乎尤为重要,因为缺失eve基因的胚胎在身体中部区域缺乏所有的节段细分。基于同源异型框交叉同源性,我们分离出了一个基因S72,它可能与eve基因相对应。在胚胎组织切片中,S72转录本呈现出周期性的分布模式。eve基因的表型似乎涉及到分节基因和engrailed基因表达模式的改变。这些以及其他发现表明,成对规则基因的表达可能涉及层次交叉调节相互作用。

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