Profile genetic variability and population diversity of C-C chemokine receptor type 5 (CCR5) gene in HIV infection

Yu Sun, Yitian Zhou
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Abstract

Multiple studies have reported that CCR5 is related to the infection of HIV. However, the genetic variability among different populations has not been analyzed systematically. In this study, we analyzed CCR5 genetic variability using whole genome and whole exome sequencing data from a total of 141,456 individuals across seven human populations. Moreover, by predicting the functional consequences of all variants, we profiled the CCR5 deleterious variants in different countries and revealed large inter-population differences in CCR5 functions. We identified two common variants: one is delta 32 which has been reported showing the important impact on HIV infection and the other one is p.Leu55Gln. Overall, we found significant genetic variant-induced functional variability of CCR5 across major human populations, which can serve as important information to optimize population-specific genotyping strategies.
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C-C趋化因子受体5型(CCR5)基因在HIV感染中的遗传变异和群体多样性
多项研究报道CCR5与HIV感染有关。然而,不同种群间的遗传变异性尚未得到系统的分析。在这项研究中,我们利用来自7个人群的141456个个体的全基因组和全外显子组测序数据分析了CCR5的遗传变异性。此外,通过预测所有变异的功能后果,我们分析了不同国家的CCR5有害变异,并揭示了CCR5功能的巨大种群间差异。我们发现了两种常见的变异:一种是delta 32,它已经被报道对HIV感染有重要影响,另一种是p.Leu55Gln。总体而言,我们发现CCR5在主要人群中存在显著的遗传变异诱导的功能变异,这可以作为优化群体特异性基因分型策略的重要信息。
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