南非印第安人的线粒体DNA研究。

H Soodyall, T Jenkins
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引用次数: 0

摘要

研究了来自南非的147个无亲缘关系的印度人的限制性内切酶HpaI、BamHI、HaeII、MspI、AvaII和HincII的线粒体DNA多态性,这些人根据宗教和语言被细分为4个群体,即泰米尔人、印地人、古吉拉特人和穆斯林人。它们与BamHI和HaeII酶呈单态,与MspI和HincII酶差异不大。6人被发现含有非高加索人HpaI亚型HpaI-3,这种亚型在非洲土著人群中更为常见。这表明母系基因可能从非洲土著人口流入印度人口。尽管存在这些相互作用,与生活在尼泊尔(F = 0.35)和新德里(F = 0.51)的印度人相比,南非的印度人显示出很少的mtDNA变异(F = 0.77)。与其他高加索人相比,印度人的基因结构更加同质,这可能是由于他们之间近亲繁殖的程度很高,这是由于严格的种姓内婚制和某些宗教习俗,这些习俗在今天的大多数印度人中仍然存在。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mitochondrial DNA studies in the South African Indian population.

The polymorphisms of mitochondrial DNA (mtDNA) for the restriction enzymes HpaI, BamHI, HaeII, MspI, AvaII, and HincII were studied in a sample of 147 unrelated Indian individuals from South Africa, who were subdivided according to religion and language into four groups, namely, Tamil, Hindi, Gujerati and Moslem. They were found to be monomorphic with the enzymes BamHI, and HaeII, and little variation was observed with the enzymes MspI and HincII. Six individuals were found to contain the non-Caucasoid HpaI morph, HpaI-3, which is found more commonly in indigenous African populations. This suggests that some flow of maternal genes from indigenous African populations into the Indian population may have occurred. Despite these interactions, Indians in South Africa display very little mtDNA variation (F = 0.77) when compared with those living in Nepal (F = 0.35) and New Delhi (F = 0.51). When compared with other Caucasoid populations, Indians are more homogenous in their genetic structure, which may be attributable to the high level of inbreeding among them, due to strict caste endogamy and certain religious customs that are still practised by the majority of Indians today.

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