芬兰-乌戈尔和其他邻近民族背景下乌德穆尔特人和贝瑟姆扬人的基因库:全基因组和药物遗传学数据

IF 0.1 0 HUMANITIES, MULTIDISCIPLINARY
E. Balanovska, V. Napolskikh, V. Churakov, N. Pislegin, Julia Sergeevna Zapisetskaya, D. Chernevskiy, O. Balanovsky
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引用次数: 2

摘要

乌德穆尔蒂亚的土著种群(乌德穆尔特和贝塞尔米扬的五个种群)首次通过全基因组阵列进行了研究。这些人口是在所有芬诺-乌戈尔人和其他周边民族的背景下进行研究的。总的分析数据集包括来自76个种群的728个个体基因组。祖先成分的ADMIXTURE分析确定了特定的“乌德穆尔特”成分,包括所有研究的乌德穆特个体的近100%基因组,以及研究的贝塞尔姆扬人的大部分基因组。贝塞尔姆扬的第二个组成部分是“白海”,它主要分布在科米-兹瑞恩人和最北部的俄罗斯人中。三种独立的方法——ADMIXTURE、F和PCA——表明乌德穆尔特人和贝塞尔米扬人在基因上最接近科米·佩尔米亚克人,其次是马里人、楚瓦什人、巴什基尔人和伏尔加鞑靼人。我们还通过估计45个药物遗传标记的频率来表征乌德穆耳种群的药物遗传状况。制图分析显示,在贝塞尔姆扬和乌德穆尔特人群中观察到药物遗传学建议中使用的遗传标记的频率接近伏尔加-乌拉尔地区土著群体的频率,但在更偏远的地区没有。因此,在遗传相似性的揭示区域内,可以应用相同的药物遗传学方案。在这里,我们发布了“乌德穆尔特”祖先成分在欧洲俄罗斯和乌拉尔地区的分布图。人道主义领域的学者可以在自己的研究中使用这些地图来从基因上追踪乌德穆尔特人和贝塞尔姆扬人与其他民族的互动。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
GENE POOLS OF UDMURTS AND BESERMYANS IN THE CONTEXT OF FINNO-UGRIC AND OTHER NEIGHBORING ETHNIC GROUPS: THE GENOME-WIDE AND PHARMACOGENETIC DATA
The indigenous populations of Udmurtia (five populations of Udmurts and Besermyans) have been studied for the first time by the genome-wide array. The populations were studied in the context of all Finno-Ugric and other surrounding ethnic groups. The total analyzed dataset included 728 individual genomes from 76 populations. The ADMIXTURE analysis of ancestral components identified the specific “Udmurt” component comprising nearby 100 % of genomes of all studied Udmurt individuals and the lion’s share of genomes of the studied Besermyans. The second component in Besermyan was the “White Sea” one predominating in Komi Zyryans and northernmost populations of ethnic Russians. The three independent methods - ADMIXTURE, F, and PCA - demonstrated that Udmurts and Besermyans are genetically closest to Komi-Permyaks, followed by Mari, Chuvash, Bashkirs, and Volga Tatars. We also characterized the pharmacogenetic status of Udmurtia population by estimating frequencies of 45 pharmacogenetic markers. The cartographic analysis revealed that genetic markers used in pharmacogenetic recommendations were observed in Besermyan and Udmurt populations at frequencies close to the frequencies in indigenous groups from Volga-Ural region but not from the more remote regions. Thus, within the revealed area of genetic similarity the same pharmacogenetic protocols can be applied. Here we publish the maps of distribution of the “Udmurt” ancestral components in the area of European Russia and Ural. The maps can be used by scholars in humanitarian fields in their own studies to trace genetically the interactions of Udmurts and Besermyans with other ethnic groups.
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