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Identification of co-expression gene networks regulatory genes and pathways for obesity based on adipose tissue RNA Sequencing in a porcine model

机译:在猪模型中基于脂肪组织RNA测序鉴定肥胖的共表达基因网络调控基因和途径

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摘要

BackgroundObesity is a complex metabolic condition in strong association with various diseases, like type 2 diabetes, resulting in major public health and economic implications. Obesity is the result of environmental and genetic factors and their interactions, including genome-wide genetic interactions. Identification of co-expressed and regulatory genes in RNA extracted from relevant tissues representing lean and obese individuals provides an entry point for the identification of genes and pathways of importance to the development of obesity. The pig, an omnivorous animal, is an excellent model for human obesity, offering the possibility to study in-depth organ-level transcriptomic regulations of obesity, unfeasible in humans. Our aim was to reveal adipose tissue co-expression networks, pathways and transcriptional regulations of obesity using RNA Sequencing based systems biology approaches in a porcine model.
机译:背景:肥胖症是一种复杂的代谢疾病,与2型糖尿病等各种疾病密切相关,导致重大的公共卫生和经济影响。肥胖是环境和遗传因素及其相互作用(包括全基因组遗传相互作用)的结果。从代表瘦弱和肥胖个体的相关组织中提取的RNA中共表达和调控基因的鉴定为鉴定对肥胖症发展至关重要的基因和途径提供了切入点。猪是杂食动物,是人类肥胖症的极好模型,为深入研究肥胖症在人体内不可行的器官水平转录组调控提供了可能性。我们的目的是在猪模型中使用基于RNA测序的系统生物学方法揭示肥胖的脂肪组织共表达网络,途径和转录调控。

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