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Evolution of the tan Locus Contributed to Pigment Loss in Drosophila santomea: A Response to Matute et al.

机译:棕褐色的轨迹演变导致果蝇血色素的色素损失:对Matute等人的回应。

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We have shown previously that the loss of abdominal pigmentation in D. santomea relative to its sister species D. yakuba resulted, in part, from cis-regulatory mutations at the tan locus. Matute et al. claim, based solely upon extrapolation from genetic crosses of D. santomea and D. melanogaster, a much more divergent species, that at least four X chromosome regions but not tan are responsible for pigmentation differences. Here, we provide additional evidence from introgressions of D. yakuba genes into D. santomea that support a causative role for tan in the loss of pigmentation and present analyses that contradict Matute et al.’s claims. We discuss how the choice of parental species and other factors affect the ability to identify loci responsible for species divergence, and we affirm that all of our previously reported results and conclusions stand.
机译:先前我们已经证明,相对于其姐妹物种D. yakuba,D。santomea中腹部色素沉着的丧失部分是由于棕褐色位点的顺式调节突变引起的。 Matute等。据称,仅基于D. santomea和D. melanogaster的遗传杂交所得出的推论,D。metomogaster和D. melanogaster的物种差异更大,至少有四个X染色体区域而不是棕褐色负责色素沉着差异。在这里,我们提供了D. yakuba基因渗入D. santomea的其他证据,这些证据支持棕褐色在色素沉着丧失中的起因,并提出了与Matute等人的主张相矛盾的分析。我们讨论了亲本物种的选择和其他因素如何影响识别造成物种差异的基因座的能力,并且我们确认我们先前报道的所有结果和结论均成立。

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