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Epimutations, Inheritance and Causes of Aberrant DNA Methylation in Cancer

机译:癌症中DNA甲基化异常的突变,遗传和原因

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Epigenetic aberrations such as global hypomethylation and gene-specific hypermethylation are key events that underlie tumour development. Such scenarios are brought about by the loss of control of methylation patterns which typically are reversed in neoplasia in comparison to normal states. Despite the methylation process being termed epigenetic, suggesting that it is not a heritable condition, there is strong evidence in mouse models suggesting that epimutations within the germline may provide a mechanism through which methylation variations can be transmissible to offspring. The first half of the review will focus on the nature of methylation-induced gene silencing and transmission of this information through the germline. The latter half will focus on the cause of aberrant DNA methylation.Keywords: aberrant methylation, epimutation, epigenetic inheritance, regulation of methylation
机译:表观遗传畸变,例如总体的低甲基化和基因特异性的高甲基化,是肿瘤发展的关键事件。此类情况是由于甲基化模式失去控制所致,与正常状态相比,甲基化模式通常在瘤形成中逆转。尽管甲基化过程被称为表观遗传,表明它不是遗传性疾病,但在小鼠模型中有强有力的证据表明种系内的表位突变可能提供了一种机制,通过该机制甲基化变异可以传递给后代。审查的前半部分将重点讨论甲基化诱导的基因沉默的性质以及该信息通过种系的传递。后半部分将重点讨论DNA甲基化异常的原因。关键词:甲基化异常,表位突变,表观遗传,甲基化调控

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