Agdzhoyan A T, Balanovska E V, Padyukova A D, Dolinina D O, Kuznetsova M A, Zaporozhchenko V V, Skhalyakho R A, Koshel S M, Zhabagin M K, Yusupov Y M, Mustafin Kh Kh, Ulyanova M V, Tychinskih Z A, Lavryashina M B, Balanovsky O P
Vavilov Institute of General Genetics, Russian Academy of Sciences, Moscow, 119991 Russia.
Research Center for Medical Genetics, Russian Academy of Sciences, Moscow, 115478 Russia.
Mol Biol (Mosk). 2016 Nov-Dec;50(6):978-991. doi: 10.7868/S0026898416060021.
Siberian Tatars form the largest Turkic-speaking ethnic group in Western Siberia. The group has a complex hierarchical system of ethnographically diverse populations. Five subethnic groups of Tobol-Irtysh Siberian Tatars (N = 388 samples) have been analyzed for 50 informative Y-chromosomal SNPs. The subethnic groups have been found to be extremely genetically diverse (FST = 21%), so the Siberian Tatars form one of the strongly differentiated ethnic gene pools in Siberia and Central Asia. Every method employed in our studies indicates that different subethnic groups formed in different ways. The gene pool of Isker-Tobol Tatars descended from the local Siberian indigenous population and an intense, albeit relatively recent gene influx from Northeastern Europe. The gene pool of Yalutorovsky Tatars is determined by the Western Asian genetic component. The subethnic group of Siberian Bukhar Tatars is the closest to the gene pool of the Western Caucasus population. Ishtyak-Tokuz Tatars have preserved the genetic legacy of Paleo-Siberians, which connects them with populations from Southern, Western, and Central Siberia. The gene pool of the most isolated Zabolotny (Yaskolbinsky) Tatars is closest to Ugric peoples of Western Siberia and Samoyeds of the Northern Urals. Only two out of five Siberian Tatar groups studied show partial genetic similarity to other populations calling themselves Tatars: Isker-Tobol Siberian Tatars are slightly similar to Kazan Tatars, and Yalutorovsky Siberian Tatars, to Crimean Tatars. The approach based on the full sequencing of the Y chromosome reveals only a weak (2%) Central Asian genetic trace in the Siberian Tatar gene pool, dated to 900 years ago. Hence, the Mongolian hypothesis of the origin of Siberian Tatars is not supported in genetic perspective.
西伯利亚鞑靼人是西西伯利亚最大的讲突厥语的族群。该族群拥有一个由人种学上多样化的群体组成的复杂等级制度。对托博尔 - 额尔齐斯河西伯利亚鞑靼人的五个亚族群(N = 388个样本)进行了50个信息丰富的Y染色体单核苷酸多态性分析。已发现这些亚族群在基因上极其多样化(FST = 21%),因此西伯利亚鞑靼人构成了西伯利亚和中亚地区分化强烈的族群基因库之一。我们研究中采用的每种方法都表明,不同的亚族群形成方式不同。伊斯克尔 - 托博尔鞑靼人的基因库源自当地的西伯利亚原住民,以及来自东北欧的强烈但相对较新的基因流入。亚卢托罗夫斯基鞑靼人的基因库由西亚遗传成分决定。西伯利亚布哈拉鞑靼人的亚族群与西高加索人群的基因库最为接近。伊斯提亚克 - 托库兹鞑靼人保留了古西伯利亚人的遗传遗产,这使他们与西伯利亚南部、西部和中部的人群有联系。最孤立的扎博洛特尼(亚斯科尔宾斯基)鞑靼人的基因库最接近西西伯利亚的乌戈尔人和北乌拉尔的萨莫耶德人。在研究的五个西伯利亚鞑靼群体中,只有两个群体与其他自称鞑靼人的群体表现出部分基因相似性:伊斯克尔 - 托博尔西伯利亚鞑靼人与喀山鞑靼人略有相似,亚卢托罗夫斯基西伯利亚鞑靼人与克里米亚鞑靼人相似。基于Y染色体全测序的方法在西伯利亚鞑靼人的基因库中仅发现了微弱的(2%)中亚遗传痕迹,可追溯到900年前。因此,从遗传学角度来看,西伯利亚鞑靼人起源的蒙古假说不成立。