首页> 外文会议>2018 IEEE International Work Conference on Bioinspired Intelligence >Detection of ERV-Derived Transcripts in Human Testis Using High Throughput Sequencing: Pipeline for Annotation and Genomic Localization
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Detection of ERV-Derived Transcripts in Human Testis Using High Throughput Sequencing: Pipeline for Annotation and Genomic Localization

机译:高通量测序技术检测人睾丸中ERV衍生的转录本:注释和基因组定位管道

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摘要

The human genome is crowded with transposable elements (TE), of which endogenous retroviruses (ERVs) are not the most studied from the perspective of expression, polymorphisms, and their influence on recent genome evolution. We studied expression data (RNA-Seq) from two human testis providing evidence that diverse families of ERVs are expressing in these tissues and that some ERV-derived transcripts overlap with genes or lncRNA annotations. Our pipeline can be applied to other human and primate samples to extend our knowledge of ERV's biology and their importance for germline genome evolution and disease.
机译:人类基因组中充斥着转座因子(TE),从表达,多态性及其对近期基因组进化的影响的角度出发,对内源性逆转录病毒(ERV)的研究最多。我们研究了来自两个人类睾丸的表达数据(RNA-Seq),这些证据提供了在这些组织中表达各种ERV的证据,并且一些ERV衍生的转录本与基因或lncRNA注释重叠。我们的产品线可以应用于其他人类和灵长类动物样本,以扩展我们对ERV生物学及其对种系基因组进化和疾病重要性的认识。

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