Jing Zhang, Jinhui Shen, Qian Cong, Geoff Martin, Nick V Grishin
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引用次数: 0
摘要
我们获得了许多火鳍跳鱼(Pyrrhopyginae亚科)的全基因组鸟枪序列,包括Yanguna Watson属(1893)和Gunayan Mielke属(2002)的所有已知物种,以及Pyrrhopyge h bner的代表性物种(1819)。对它们的蛋白质编码区进行系统发育分析,出乎意料地发现,Yanguna tetricus Bell, 1931与Yanguna的其他物种(模式种Pyrrhopyga spatiosa Hewitson, 1870)并非单系。相反,土鳖形成了一个与它的进化分支(Pyrrhopyge, Yanguna和Gunayan)中的其他三个属一样古老的系统发育谱系,并迅速从它们的祖先中分化出来。因此,本文提出了该谱系的新属Guyanna Grishin, gen. n.(模式种Yanguna tetricus)。我们测序的标本是保存在伦敦自然历史博物馆的纯型Y. tetricus,毫无疑问,我们正在研究这个物种。对博物馆收藏的标本进行基因组测序和比较,为揭示不可预见的系统发育关系提供了有力的策略,而对主要类型的测序确保了在命名方面的结论是准确的。
Genomic analysis reveals a new genus of Firetip skippers (Lepidoptera: Hesperiidae: Pyrrhopyginae).
We obtained whole genome shotgun sequence reads for a number of Firetip skippers (subfamily Pyrrhopyginae), including all known species from the genera Yanguna Watson, 1893 and Gunayan Mielke, 2002 and representative species of Pyrrhopyge Hübner, [1819]. Phylogenetic analysis of their protein-coding regions unexpectedly revealed that Yanguna tetricus Bell, 1931 was not monophyletic with the other species of Yanguna (type species Pyrrhopyga spatiosa Hewitson, 1870). Instead, Y. tetricus formed a phylogenetic lineage as ancient as other three genera in its clade (Pyrrhopyge, Yanguna and Gunayan) that rapidly diversified from their ancestor. Therefore a new genus, Guyanna Grishin, gen. n. (type species Yanguna tetricus), is proposed for this lineage. The specimen that we sequenced was the Y. tetricus holotype in the Natural History Museum, London, leaving no doubt that we are dealing with this species. Genomic sequencing and comparison of specimens from museum collections offers a powerful strategy to reveal unforeseen phylogenetic relationships, and sequencing of primary types ensures that the conclusions are accurate in terms of nomenclature.