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Applied physiology: The control of weight

机译:应用生理学:控制体重

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Our understanding of the mechanisms involved in bodyweight regulation has increased enormously over the last 15 years. Unfortunately, the same time period has seen a trebling in the prevalence of childhood and adult obesity, the health consequences of which are enormous. While the cause for this increase undoubtedly lies in changes to our social environment, genetic factors strongly influence the response to these environmental changes. This article reviews current understanding of the systems controlling energy homeostasis, including the role of leptin and insulin as adiposity signals; neuropeptide Y and α-melanocyte-stimulating hormone as central mediators of the effects of these signals; and gut hormones such as ghrelin, which stimulates appetite, cholecystokinin, peptide YY 3-36, obestatin and oxyntomodulin in regulating meal size. It is hoped that our improving knowledge of the pathways regulating homeostasis and the dysregulation that occurs in obesity will lead to new, more effective treatments. The principal challenge, however, lies in changing the way we live so that obesity is not inevitable in a large proportion of the population. 2006 Elsevier Ltd. All rights reserved.
机译:在过去的15年中,我们对体重调节机制的了解大大增加了。不幸的是,同一时期,儿童肥胖和成人肥胖的发病率增加了三倍,其健康后果是巨大的。虽然造成这种增长的原因无疑是我们社会环境的变化,但遗传因素强烈影响对这些环境变化的反应。本文回顾了当前对能量稳态控制系统的理解,包括瘦素和胰岛素作为肥胖信号的作用。神经肽Y和刺激α-黑素细胞的激素是这些信号作用的中心介质;以及肠胃激素,例如生长素释放肽(ghrelin),可刺激食欲,胆囊收缩素,Y​​Y 3-36肽,肥胖抑制素和胃泌素调节素来调节膳食量。希望我们对调节稳态的途径和肥胖症中发生的调节异常的了解不断增加,将导致新的,更有效的治疗方法。然而,主要的挑战在于改变我们的生活方式,以使肥胖在大多数人口中不可避免。 2006 Elsevier Ltd.保留所有权利。

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