[在白俄罗斯共和国建立18个常染色体STR用于DNA鉴定的法医参考数据库]。

Genetika Pub Date : 2017-02-01
I S Tsybovskii, V M Veremeichik, S A Kotova, S V Kritskaya, S A Evmenenko, I G Udina
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引用次数: 0

摘要

白俄罗斯共和国描述了基于18个常染色体微卫星(STR)的法医参考数据库的开发,该数据库使用人口数据集(N = 1040)、从亲子鉴定专业表现中获得的“家族”基因型数据集(N = 2550)和来自刑事登记数据库的基因型数据集(N = 8756)。研究的人口样本包括80%的白俄罗斯族人和20%的其他国籍或混合血统的人(通过问卷调查数据)。来自118个地区样本的12346名白俄罗斯共和国居民的基因型由18个常染色体微卫星研究,包括在样本中:16个四核苷酸STR (D2S1338、TPOX、D3S1358、CSF1PO、D5S818、D8S1179、D7S820、THO1、vWA、D13S317、D16S539、D18S51、D19S433、D21S11、F13B和FGA)和2个五核苷酸STR (Penta D和Penta E)。根据18个STR的基因型分布,所研究的样本处于Hardy-Weinberg平衡状态。Podneprovye, Ponemanye, Poozerye, and Center),这表明没有显著的遗传分化。所研究的基因型数据集之间也没有发现统计学上的显著差异,这使得将数据集结合起来并将总样本作为18个“犯罪”STR位点的统一法医参考数据库成为可能。白俄罗斯共和国参考数据库与俄罗斯和乌克兰人之间的常染色体STR范围分布差异也未发现,对应于三个东斯拉夫民族由共同起源和强烈的相互迁移介导的密切遗传关系。观察到白俄罗斯共和国参考数据库与南部和西部斯拉夫人人群之间单独STR位点的显著差异。证明了使用原始参考数据库支持白俄罗斯共和国法医专家实践的必要性。
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[Developing forensic reference database by 18 autosomal STR for DNA identification in Republic of Belarus].

For the Republic of Belarus, development of a forensic reference database on the basis of 18 autosomal microsatellites (STR) using a population dataset (N = 1040), “familial” genotypic dataset (N = 2550) obtained from expertise performance of paternity testing, and a dataset of genotypes from a criminal registration database (N = 8756) is described. Population samples studied consist of 80% ethnic Belarusians and 20% individuals of other nationality or of mixed origin (by questionnaire data). Genotypes of 12346 inhabitants of the Republic of Belarus from 118 regional samples studied by 18 autosomal microsatellites are included in the sample: 16 tetranucleotide STR (D2S1338, TPOX, D3S1358, CSF1PO, D5S818, D8S1179, D7S820, THO1, vWA, D13S317, D16S539, D18S51, D19S433, D21S11, F13B, and FGA) and two pentanucleotide STR (Penta D and Penta E). The samples studied are in Hardy–Weinberg equilibrium according to distribution of genotypes by 18 STR. Significant differences were not detected between discrete populations or between samples from various historical ethnographic regions of the Republic of Belarus (Western and Eastern Polesie, Podneprovye, Ponemanye, Poozerye, and Center), which indicates the absence of prominent genetic differentiation. Statistically significant differences between the studied genotypic datasets also were not detected, which made it possible to combine the datasets and consider the total sample as a unified forensic reference database for 18 “criminalistic” STR loci. Differences between reference database of the Republic of Belarus and Russians and Ukrainians by the distribution of the range of autosomal STR also were not detected, corresponding to a close genetic relationship of the three Eastern Slavic nations mediated by common origin and intense mutual migrations. Significant differences by separate STR loci between the reference database of Republic of Belarus and populations of Southern and Western Slavs were observed. The necessity of using original reference database for support of forensic expertise practice in the Republic of Belarus was demonstrated.

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