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首页> 外文期刊>Zoological Science >Highly Complex Mitochondrial DNA Genealogy in an Endemic Japanese Subterranean Breeding Brown Frog Rana tagoi (Amphibia, Anura, Ranidae)
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Highly Complex Mitochondrial DNA Genealogy in an Endemic Japanese Subterranean Breeding Brown Frog Rana tagoi (Amphibia, Anura, Ranidae)

机译:高度流行的日本地下繁殖棕色青蛙蛙蛙(Amphibia,Anura,Ranidae)的线粒体DNA族谱

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摘要

The endemic Japanese frog Rana tagoi is unique among Holarctic brown frogs in that it breeds in small subterranean streams. Using mitochondrial 16S ribosomal RNA and NADH dehydrogenase subunit 1 genes, we investigated genealogical relationships among geographic samples of this species together with its relative P. sakuraii, which is also a unique stream breeder. These two species together form a monophyletic group, within which both are reciprocally paraphyletic. Rana tagoi is divided into two major clades (Clade A and B) that are composed of 14 genetic groups. Rana sakuraii is included in Clade A and split into two genetic groups, one of which forms a clade (Subclade A-2) with sympatric R. tagoi. This species-level paraphyly appears to be caused by incomplete taxonomy, in addition to introgressive hybridization and/or incomplete lineage sorting. Rana tagoi strongly differs from other Japanese anurans in its geographic pattern of genetic differentiation, most probably in relation to its unique reproductive habits. Taxonomically, R. tagoi surely includes many cryptic species.
机译:日本特有的青蛙蛙蛙(Tana tagoi)在霍拉克特棕色青蛙中是独特的,因为它在小的地下溪流中繁殖。使用线粒体16S核糖体RNA和NADH脱氢酶亚基1基因,我们调查了该物种的地理样品及其相对的樱红对虾的家谱关系,后者也是一个独特的育种者。这两个物种一起形成了一个单系群,在这两个物种中相互都是共生的。塔纳蛙(Rana tagoi)分为两个主要进化枝(进化枝A和B),由14个遗传群体组成。枝蛙Rana sakuraii包含在进化枝A中,并分为两个遗传群,其中一个与同胞R. tagoi形成进化枝(Subclade A-2)。除了渐进的杂交和/或不完整的谱系分类外,这种物种级别的副系似乎是由不完整的分类学引起的。塔纳蛙(Rana tagoi)在遗传分化的地理格局上与其他日本无尾巨蜥有很大的不同,很可能与其独特的生殖习性有关。从分类学上讲,R。tagoi当然可以包括许多隐性物种。

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