壮族群体y染色体基因分型与遗传结构

CHEN Jing , LI Hui , QIN Zhen-Dong , LIU Wen-Hong , LIN Wei-Xiong , YIN Rui-Xing , JIN Li , PAN Shang-Ling
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引用次数: 11

摘要

壮族是中国人口最多的少数民族,是古代百越族的后裔之一。在语言学上,壮语分为北方方言和南方方言。利用13个东亚特异的y染色体双等位基因标记和7个y染色体短串联重复序列(STR)标记,对壮族人群的单倍群进行了遗传结构分析。结果表明,O*、O2a和O1是壮族的优势单倍群。频率分布和主成分分析表明,壮族与百越起源类群关系密切,可能是百越的后代。主成分分析和层次聚类分析的结果与语言派生的南北划分相矛盾。有趣的是,单倍型频率变化呈西向东的临床趋势,AMOVA分析表明,东西分裂的种群间方差大于南北分裂的种群间方差。O*网认为洪水河支系是壮族的中心。我们的研究表明,壮族有三个主要组成部分。O*和O2a构成原始分量;后传入庄国,尤以东庄为甚;最后,北方汉族人口将O3带入壮族人口。
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Y-chromosome Genotyping and Genetic Structure of Zhuang Populations

Zhuang, the largest ethnic minority population in China, is one of the descendant groups of the ancient Bai-Yue. Linguistically, Zhuang languages are grouped into northern and southern dialects. To characterize its genetic structure, 13 East Asian-specific Y-chromosome biallelic markers and 7 Y-chromosome short tandem repeat (STR) markers were used to infer the haplogroups of Zhuang populations. Our results showed that O*, O2a, and O1 are the predominant haplogroups in Zhuang. Frequency distribution and principal component analysis showed that Zhuang was closely related to groups of Bai-Yue origin and therefore was likely to be the descendant of Bai-Yue. The results of principal component analysis and hierarchical clustering analysis contradicted the linguistically derived north-south division. Interestingly, a west-east clinal trend of haplotype frequency changes was observed, which was supported by AMOVA analysis that showed that between-population variance of east-west division was larger than that of north-south division. O* network suggested that the Hongshuihe branch was the center of Zhuang. Our study suggests that there are three major components in Zhuang. The O* and O2a constituted the original component; later, O1 was brought into Zhuang, especially eastern Zhuang; and finally, northern Han population brought O3 into the Zhuang populations.

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