Rocañín-Arjó Ares, Rodríguez-Botigué Laura, Esteban Esther, Theves Catherine, Evdokimova Larissa E, Fedorova Sardana A, Gibert Morgane, Crubezy Eric, Moral Pedro
Secció d'Antropologia, Departament de Biologia Animal, Universitat de Barcelona, Barcelona, Spain.
Institut de Biologia Evolutiva (CSIC-UPF), Department de Ciències Experimentals i de la Salut, Universitat Pompeu Fabra, Barcelona, Spain.
Anthropol Anz. 2013;70(3):309-17. doi: 10.1127/0003-5548/2013/0296.
Twelve autosomal and 8 X chromosome Alu markers were genotyped for the first time in 161 Central and West Yakuts to test their ability to reconstruct the genetic history of these populations, the northernmost Turkic-speaker ethnic group living in Siberia. Autosomal data revealed that both groups showed extremely close genetic distances to other populations of Siberian origins that occupied areas from Lake Baikal, the ancestral place of origin of Yakuts, to North Siberia, their current territories. Autosomal and X chromosome data revealed some discrepancies on the genetic differentiation and the effective sizes of Central and West Yakuts. Such discrepancies could be related to the patrilineal and occasionally polygamous structure of these populations. Autosomal and X Alu markers are informative markers to reconstruct population past demography and history, but their utility is limited by the available data. This study represents a contribution for further investigations on these populations.
首次对161名中雅库特人和西雅库特人进行了12个常染色体和8个X染色体Alu标记的基因分型,以测试它们重建这些人群遗传历史的能力。这些人群是生活在西伯利亚的最北部说突厥语的民族。常染色体数据显示,这两个群体与其他西伯利亚起源的人群有着极其相近的遗传距离,这些人群占据了从雅库特人的祖籍贝加尔湖到他们目前所在的北西伯利亚的区域。常染色体和X染色体数据显示,中雅库特人和西雅库特人在遗传分化和有效规模方面存在一些差异。这种差异可能与这些人群的父系结构以及偶尔存在的一夫多妻制有关。常染色体和X染色体Alu标记是重建群体过去人口统计学和历史的信息性标记,但它们的效用受到现有数据的限制。这项研究为对这些人群的进一步调查做出了贡献。