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Special Feature: Divergence of larval morphology between Drosophila sechellia and its sibling species caused by cis-regulatory evolution of ovo/shaven-baby

机译:特点:果蝇/剃毛婴儿的顺式调控进化导致果蝇与其兄弟姐妹之间的幼虫形态差异

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摘要

We report an extreme morphological difference between Drosophila sechellia and related species of the pattern of hairs on first-instar larvae. On the dorsum of most species, the posterior region of the anterior compartment of most segments is covered by a carpet of fine hairs. In D. sechellia, these hairs have been lost and replaced with naked cuticle. Genetic mapping experiments and interspecific complementation tests indicate that this difference is caused, in its entirety, by evolution at the ovo/shaven-baby locus. The pattern of expression of the ovo/shaven-baby transcript is correlated with this morphological change. The altered dorsal cuticle pattern is probably caused by evolution of the cis-regulatory region of ovo/shaven-baby in the D. sechellia lineage.
机译:我们报告果蝇果蝇和相关物种的第一龄幼虫上的头发模式之间的极端形态差异。在大多数物种的背上,大多数节段的前房后部区域被细毛毯覆盖。在D. sechellia中,这些毛发已经丢失,被裸露的表皮代替。遗传作图实验和种间互补试验表明,这种差异整体上是由卵/剃毛婴儿所在地的进化引起的。卵/剃须刀转录物的表达模式与此形态变化相关。背角质层模式的改变可能是由D.sechellia系中ovo /剃毛婴儿的顺式调控区域的演变引起的。

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