[移民是俄罗斯城市人口动态的主要因素]。

Genetika Pub Date : 2016-07-01
O L Kurbatova, N K Yankovsky
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摘要

本文综述了俄罗斯科学院普通遗传学研究所在俄罗斯及其首都移民过程遗传人口学领域进行的长期研究的结果。给出了近百年来莫斯科人口迁移的主要种群遗传参数及其动态。考虑了迁移过程的社会人口和人口遗传影响。本文提出了一个预测不同定位基因(常染色体、性别连锁和线粒体)在迁移压力下种群基因库动态的模型,以预测莫斯科种群中一些基因标记的等位基因频率动态为例,这些基因标记包括单基因病理基因和与社会重大疾病抗性相关的基因。本文讨论了移民过程的选择性特征,特别是移民过程,相对于一些遗传上显著的民族人口特征;移民的适应问题;以及特大城市中民族忏悔群体整合的适应性策略(城市领土上的紧凑定居和人口特征方面的积极分类交配)。研究表明,由于移民的大量涌入和族裔群体之间的基因流动,大城市的人口在族裔、人类学和遗传方面是混合血统。研究结果表明,为了医学遗传学和法医学的目的,有必要为特大城市人口制定一个具体的遗传数据库形成战略。
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[Migration as the main factor of the Russia’s urban population dynamics].

This review summarizes the results of the long-term studies performed at the Institute of General Genetics, Russian Academy of Sciences, in the field of genetic demography of migration processes in Russia and its capital. The main population-genetic parameters of migration and their dynamics in Moscow over a hundred years are given. Sociodemographic and population-genetic implications of migration processes are considered. A model predicting the population gene pool dynamics under migration pressure for genes of different localization (autosomal, sex-linked, and mitochondrial), exemplified by predicting the allele frequency dynamics in the Moscow population of some gene markers, including genes accounting for monogenic pathology and genes associated with resistance to socially significant diseases, are presented. The paper discusses the selective character of migration processes, in particular, processes of emigration, with respect to some genetically significant ethnodemographic traits; the problem of adaptation of migrants; and adaptive strategies of consolidation of ethnoconfessional groups in the megalopolis (compact settlement over the urban territory and positive assortative mating with respect to demographic traits). It was shown that, owing to the intense influx of migrants and gene flows between ethnic groups, the population of the megalopolis is of mixed origin in terms of ethnic, anthropologic, and genetic aspects. The results of the study suggest the necessity to develop a specific strategy of genetic database formation for the population of megalopolises for the purposes of medical genetics and forensic medicine.

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