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人类群体中β-珠蛋白单倍型的演变。

Evolution of beta-globin haplotypes in human populations.

作者信息

Chen L Z, Easteal S, Board P G, Kirk R L

机构信息

Human Genetics Group, John Curtin School of Medical Research.

出版信息

Mol Biol Evol. 1990 Sep;7(5):423-37. doi: 10.1093/oxfordjournals.molbev.a040613.

Abstract

The beta-globin haplotypes of 852 chromosomes from 12 populations in the Asia-Pacific region are described. These data are combined with those from other populations in an investigation of the affinities of regional human populations. Both partial maximum-likelihood and distance Wagner methods indicate that Africans are the most divergent group, with the remaining populations branching in the following order: Australian Aborigines, Highland Melanesians, Lowland Melanesians, Indonesians and Micronesians, Polynesians, east Asians, Indians, and Europeans. This pattern of relationship is consistent with that indicated by other data. Analysis of the evolution and distribution of haplotype occurrence provides some limited support for an origin of modern humans in Africa. Otherwise, however, it was not useful in further elucidating the evolutionary history of human populations.

摘要

描述了亚太地区12个群体中852条染色体的β-珠蛋白单倍型。这些数据与其他群体的数据相结合,用于研究区域人类群体的亲缘关系。部分最大似然法和距离瓦格纳法均表明,非洲人是差异最大的群体,其余群体按以下顺序分支:澳大利亚原住民、高地美拉尼西亚人、低地美拉尼西亚人、印度尼西亚人和密克罗尼西亚人、波利尼西亚人、东亚人、印度人以及欧洲人。这种关系模式与其他数据所示的一致。对单倍型出现的进化和分布分析为现代人类起源于非洲提供了一些有限的支持。然而,除此之外,它对进一步阐明人类群体的进化历史并无帮助。

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