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Genome wide association studies and prion disease

机译:全基因组关联研究与病毒疾病

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摘要

Over the last decade remarkable advances in genotyping and sequencing technology have resulted in hundreds of novel gene associations with disease. These have typically involved high frequency alleles in common diseases and with the advent of next generation sequencing, disease causing recessive mutations in rare inherited syndromes. Here we discuss the impact of these advances and other gene discovery methods in the prion diseases. Several quantitative trait loci in mouse have been mapped and their human counterparts analyzed (HECTD2, CPNE8); other candidate genes regions have been chosen for functional reasons (SPRN, CTSD). Human genome wide association has been done in variant Creutzfeldt-Jakob disease (CJD) and are ongoing in larger collections of sporadic CJD with findings around, but not clearly beyond, the levels of statistical significance required in these studies (THRB-RARB, STMN2). Future work will include closer integration of animal and human genetic studies, larger and combined genome wide association, analysis of structural genetic variation and next generation sequencing studies involving the entire exome or genome.
机译:在过去的十年中,基因分型和测序技术的显着进步已导致数百种与疾病相关的新型基因。这些通常涉及常见疾病中的高频等位基因,并且随着下一代测序的出现,该疾病在罕见遗传综合征中引起隐性突变。在这里,我们讨论了这些进展和其他基因发现方法对ion病毒疾病的影响。已经绘制了小鼠中的几个数量性状基因座并分析了它们的人类对应物(HECTD2,CPNE8);出于功能原因选择了其他候选基因区域(SPRN,CTSD)。人类全基因组关联已经在变异性克雅氏病(CJD)中完成,并且正在散发性CJD的更大集合中进行,其发现围绕但未超出这些研究所需的统计显着性水平(THRB-RARB,STMN2) 。未来的工作将包括动物和人类遗传学研究的更紧密结合,更大和更广泛的基因组范围关联,结构遗传变异分析以及涉及整个外显子组或基因组的下一代测序研究。

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