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Obesity-related mutations of leptin and melanocortin receptors

机译:瘦素和黑素旋基因受体的肥胖相关突变

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In recent years, the molecular approach to human obesity has advanced the understanding of some causes and mechanisms of severe forms of obesity. Single rare mutations largely contribute to the development of some obesity cases. Research was conducted after a meticulous clinical evaluation of individuals with specific biochemical or hormonal anomalies. These obesity cases are very severe and generally start in childhood. This chapter will focus on genetic mutations causing primary defects in the leptin and melanocortin pathways. Although obesity due to mutations of leptin, leptin receptor, proopiomelanocortin, and proconvertase 1 are exceptional, obesity linked to MC4R mutations could represent 2 to 4% of human cases. The phenotypic and endocrine features of these mutations causing a dysfunction in leptin and melanocortin signaling will be reviewed. The contribution of genetic variations of genes encoding the key actors of the leptin and melanocortin pathways in common forms of obesity will also be discussed.
机译:近年来,人类肥胖的分子方法提出了对严重形式肥胖的一些原因和机制的理解。单一稀有突变在很大程度上有助于发展一些肥胖病例。在具有特异性生化或激素异常的个体的细致临床评估后进行了研究。这些肥胖病例非常严重,通常在童年时开始。本章将重点关注引起瘦素和黑素素途径中初级缺陷的基因突变。尽管由于瘦素,瘦蛋白受体,前致素蛋白和原因抗原酶1的损伤而具有卓越的,但与MC4R突变相关的肥胖可以代表人类病例的2%至4%。将综述这些突变的表型和内分泌特征,导致瘦蛋白和黑素素信号传导中的功能障碍。还将讨论编码瘦蛋白和黑素素途径的关键符号的基因的遗传变异的贡献也将讨论常见的肥胖形式。

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