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首页> 外文期刊>Animal Genetics >Swine liver methylomes of Berkshire, Duroc and Landrace breeds by MeDIPS.
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Swine liver methylomes of Berkshire, Duroc and Landrace breeds by MeDIPS.

机译:通过MeDIPS进行的Berkshire,Duroc和Landrace品种的猪肝甲基化研究。

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摘要

Using a methyl-DNA immunoprecipitation technique in combination with next-generation deep sequencing, we conducted comprehensive DNA methylation profiling of liver genomes from three pig breeds: Berkshire, Duroc and Landrace. The profiles revealed that the distribution patterns of methylation signals along the genome are conserved among the three pig breeds. Specifically, many signals in coding genes were found in introns, and most signals in the repetitive elements were identified in non-long terminal repeat (LTR) retrotransposons such as long and short interspersed repetitive elements, implying a significant association with alternative splicing and expression of retrotransposable elements respectively. Differentially methylated regions among the three pig breeds were identified in the non-LTR retrotransposons, suggesting that they may lead to differential retrotransposable element activity. Altogether, this study provides advanced swine methylome data and valuable resources for understanding the function of DNA methylation in the evolutionary divergence of different pig breeds.
机译:使用甲基DNA免疫沉淀技术与下一代深度测序相结合,我们对三种猪品种(伯克郡,杜洛克和长白猪)的肝脏基因组进行了全面的DNA甲基化谱分析。这些图谱表明,甲基化信号沿基因组的分布模式在这三个猪品种中是保守的。具体而言,在内含子中发现了编码基因中的许多信号,并且在非长末端重复(LTR)反转录转座子(例如长和短散布的重复元件)中发现了重复元件中的大多数信号,这暗示了其与选择性剪接和表达的显着相关性。可逆转座元件。在非LTR逆转座子中鉴定出三个猪品种之间的甲基化区域差异,表明它们可能导致差异的逆转座因子活性。总之,本研究为了解不同猪品种的进化差异中DNA甲基化的功能提供了先进的猪甲基化组数据和宝贵的资源。

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