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The conserved DNMT1-dependent methylation regions in human cells are vulnerable to neurotoxicant rotenone exposure

机译:人类细胞中保守的依赖于DNMT1的甲基化区域易受神经毒剂鱼藤酮暴露的影响

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摘要

Characterization of conserved DNMT1-dependent regions in the Human genome. The percent span of the DNMT1-dependent regions in mouse covered by the identified human conserved regions. Pie chart represents the percentage of all identified conserved regions in the human genome that fall into each category. The percent base-pair match of the DNMT1-dependent regions in mouse with the identified human conserved regions. Pie chart represents the percentage of all conserved regions in the human genome that fall into each category. The percentage of all conserved regions in the human genome that are located within the promoter, the gene body, or in non-coding intergenic regions. The top transcription factor binding sites found within all human conserved regions. The percentage of known germline ASMs in our conserved DNMT1-dependent regions separated by genome
机译:人类基因组中保守的DNMT1依赖性区域的表征。小鼠中DNMT1依赖区的百分比跨度被已确定的人类保守区覆盖。饼形图表示属于每个类别的人类基因组中所有已鉴定的保守区的百分比。小鼠中DNMT1依赖区与已鉴定的人类保守区的碱基对匹配百分比。饼形图表示属于每个类别的人类基因组中所有保守区域的百分比。人类基因组中所有位于启动子,基因体或非编码基因间区域中的保守区域的百分比。在所有人类保守区内都发现了最重要的转录因子结合位点。基因组分隔的我们保守的DNMT1依赖性区域中已知种系ASM的百分比

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