用于现代和历史DNA样本的Lion MiniSTR的开发

Caitlin J. Curry, J. Derr
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引用次数: 5

摘要

利用家猫微卫星引物进行跨物种扩增是狮子(Panthera leo)核遗传研究的主要方法。这两个物种之间1080万年的遗传差异使这些标记在使用低质量和低数量的DNA时成为问题,这是野生动物遗传研究中的一个常见问题。为了提高狮子体内微卫星的扩增成功率,开发了具有更接近靶区和狮子特异性引物的小型STR(<150bp)。成功地为17颗常用微卫星中的14颗设计了狮子特异性STR,其中10颗是小型STR,当在30个不同质量和数量的DNA的狮子样本上测试时,所有这些都获得了100%的扩增成功。
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Development of Lion MiniSTRs for Use with Modern and Historical DNA Samples
Cross-species amplification using domestic cat microsatellite primers is the primary method used for nuclear genetic research in lions (Panthera leo). Genetic differences introduced over 10.8 million years of divergence between the two species make these markers problematic when using low quality and low quantity DNA, a common issue in wildlife genetic research. To increase amplification success of microsatellites in the lion, miniSTRs (<150 bp) with primers designed to be closer to the target region and specific to the lion were developed. Lion specific STRs were successfully designed for 14 of 17 commonly used microsatellites, 10 of 14 being miniSTRs, all with 100% amplification success when tested on 30 lion samples with DNA of varying quality and quantity.
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