首页> 外文期刊>Conservation Genetics Resources >Fourteen microsatellite loci cross-amplify in all five kiwi species (Apteryx spp.) and reveal extremely low genetic variation in little spotted kiwi (A. owenii)
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Fourteen microsatellite loci cross-amplify in all five kiwi species (Apteryx spp.) and reveal extremely low genetic variation in little spotted kiwi (A. owenii)

机译:在所有五个猕猴桃物种(Apteryx spp。)中有14个微卫星基因座交叉扩增,并且在很少发现的猕猴桃(A. owenii)中显示出极低的遗传变异

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摘要

We present 14 microsatellite loci that were isolated from little spotted kiwi (LSK, Apteryx owenii). All loci cross-amplify in all kiwi species currently recognized except for one locus in a single species. Little spotted kiwi exhibited lower variation at these loci (mean number of alleles, H E) than other kiwi species, despite the markers having been developed for polymorphism in LSK and a far greater number of LSK genotyped than kiwi of other species. Reliable cross-species amplification and polymorphism make these markers promising new tools for the management of New Zealand’s threatened kiwi.
机译:我们目前从小斑点猕猴桃(LSK,Apteryx owenii)中分离出14个微卫星基因座。除单个物种中的一个基因座外,所有基因座均在目前公认的所有猕猴桃物种中交叉扩增。尽管已经为LSK的多态性开发了标记并且基因型的LSK数量比猕猴桃多,但很少有斑点的猕猴桃在这些基因座(平均等位基因数,H E )处的变异性较低。其他物种。可靠的跨物种扩增和多态性使这些标记物有望成为管理新西兰受威胁的奇异果的新工具。

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