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Cross-tissue comparisons of leptin and adiponectin

机译:瘦素和脂联素的跨组织比较

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摘要

DNA methylation has been mostly studied in circulating blood cells. Although being readily accessible, metabolically active tissues such as adipose tissue would be more informative for the study of metabolic disorders. However, whether or not the blood DNA methylation profile correlates with that of adipose tissue remains unknown. In this study, DNA methylation patterns of variation at LEP and ADIPOQ gene loci were similar between individual CpGs across the different tissues. We also report that DNA methylation levels at biologically relevant CpGs are correlated between blood, subcutaneous, and visceral adipose tissue, and that these nearby CpGs are associated with LEP and ADIPOQ gene expression in adipose tissues. These results will be highly relevant for future epigenetic studies in metabolic disorders.
机译:DNA甲基化主要是在循环血细胞中进行的。尽管容易接近,但是代谢活跃的组织,例如脂肪组织,对于研究代谢紊乱将更加有益。但是,血液DNA甲基化谱是否与脂肪组织的谱相关仍是未知的。在这项研究中,跨不同组织的单个CpG之间在LEP和ADIPOQ基因位点变异的DNA甲基化模式相似。我们还报告说,生物学相关的CpGs的DNA甲基化水平在血液,皮下和内脏脂肪组织之间相关,并且这些附近的CpGs与脂肪组织中的LEP和ADIPOQ基因表达有关。这些结果与未来代谢异常的表观遗传学研究高度相关。

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