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Spatial chromatin architecture alteration by structural variations in human genomes at the population scale

机译:通过人口规模的人类基因组结构变异来改变空间染色质结构

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摘要

BackgroundThe number of reported examples of chromatin architecture alterations involved in the regulation of gene transcription and in disease is increasing. However, no genome-wide testing has been performed to assess the abundance of these events and their importance relative to other factors affecting genome regulation. This is particularly interesting given that a vast majority of genetic variations identified in association studies are located outside coding sequences. This study attempts to address this lack by analyzing the impact on chromatin spatial organization of genetic variants identified in individuals from 26 human populations and in genome-wide association studies.
机译:背景技术涉及基因转录调控和疾病的染色质结构改变的报道实例数量正在增加。但是,尚未进行全基因组测试来评估这些事件的丰度及其相对于其他影响基因组调控的因素的重要性。鉴于关联研究中确定的绝大多数遗传变异都位于编码序列之外,因此这特别有趣。这项研究试图通过分析在26个人类群体的个体中以及在全基因组关联研究中发现的遗传变异对染色质空间组织的影响来解决这一不足。

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