Monogenic human obesity syndromes.

I S Farooqi, S O'Rahilly
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引用次数: 124

Abstract

Over the past decade, we have witnessed a major increase in the scale of scientific activity devoted to the study of energy balance and obesity. This explosion of interest has, to a large extent, been driven by the identification of genes responsible for murine obesity syndromes and the novel physiological pathways revealed by those genetic discoveries. We and others recently have identified several single-gene defects causing severe human obesity. Many of these defects have occurred in molecules identical or similar to those identified as a cause of obesity in rodents. This chapter will consider the human monogenic obesity syndromes that have been characterized to date and discuss how far such observations support the physiological role of these molecules in the regulation of human body weight and neuroendocrine function.

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单基因人类肥胖综合征。
在过去的十年里,我们目睹了致力于研究能量平衡和肥胖的科学活动规模的大幅增加。这种兴趣的爆发在很大程度上是由小鼠肥胖综合征基因的鉴定和这些基因发现所揭示的新的生理途径所驱动的。我们和其他人最近发现了几个导致严重人类肥胖的单基因缺陷。许多这些缺陷发生在与啮齿类动物肥胖原因相同或相似的分子中。本章将考虑迄今为止已被表征的人类单基因肥胖综合征,并讨论这些观察结果在多大程度上支持这些分子在调节人体体重和神经内分泌功能中的生理作用。
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