Abilev Serikbai, Malyarchuk Boris, Derenko Miroslava, Wozniak Marcin, Grzybowski Tomasz, Zakharov Ilya
NI Vavilov Institute of General Genetics, Russian Academy of Sciences, 119991 Moscow, Russia.
Hum Biol. 2012 Feb;84(1):79-89. doi: 10.3378/027.084.0106.
To verify the possibility that the Y-chromosome C3* star-cluster attributed to Genghis Khan and his patrilineal descendants is relatively frequent in the Kereys, who are the dominant clan in Kazakhstan and in Central Asia as a whole, polymorphism of the Y-chromosome was studied in Kazakhs, represented mostly by members of the Kerey clan. The Kereys showed the highest frequency (76.5%) of individuals carrying the Y-chromosome variant known as C3* star-cluster ascribed to the descendants of Genghis Khan. C3* star-cluster haplotypes were found in two subclans, Abakh-Kereys and Ashmaily-Kereys, diverged about 20-22 generations ago according to the historical data. Median network of the Kerey star-cluster haplotypes at 17 STR loci displays a bipartite structure, with two subclusters defined by the only difference at the DYS448 locus. Noteworthy is a strong correspondence of these subclusters with the Kerey subclans affiliation. The data obtained suggest that the Kerey clan appears to be the largest known clan in the world descending from a common Y-chromosome ancestor. Possible ways of Genghis Khan's relationship to the Kereys are discussed.
为了验证归因于成吉思汗及其父系后裔的Y染色体C3星簇在哈萨克斯坦乃至整个中亚地区的主要部族克烈依人中相对常见的可能性,我们对主要由克烈依部族成员构成的哈萨克人群体的Y染色体多态性进行了研究。克烈依人携带被认为是成吉思汗后裔所特有的Y染色体变异C3星簇的个体比例最高(76.5%)。在阿巴克-克烈依和阿什迈利-克烈依这两个大约在20至22代以前就已分化的子部族中发现了C3*星簇单倍型。根据历史数据,克烈依星簇单倍型在17个STR位点的中位数网络呈现出二分结构,由DYS448位点上唯一的差异定义了两个子簇。值得注意的是,这些子簇与克烈依子部族的归属有着很强的对应关系。所获得的数据表明,克烈依部族似乎是世界上已知的源自共同Y染色体祖先的最大部族。文中还讨论了成吉思汗与克烈依人可能的关联方式。