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通往有效肥胖治疗的漫漫征途:隧道尽头是否有光亮?

A long journey to effective obesity treatments: is there light at the end of the tunnel?

机构信息

Department of Animal Sciences, Washington State University, Pullman, WA 99164, USA.

出版信息

Exp Biol Med (Maywood). 2013 May;238(5):491-501. doi: 10.1177/1535370213477603.

Abstract

As the obesity epidemic continues, more Americans are getting fatter, having more weight-related problems such as cardiovascular disease, and are experiencing new metabolic dysfunctions. For over 50 years, the adipose tissue (AT), commonly referred to as fat, has been of interest to academic and clinical scientists, public health officials and individuals interested in body composition and image including much of the average public, athletes, parents, etc. On one hand, efforts to alter body shape, weight and body fat percentage still include bizarre and scientifically unfounded methods. On the other hand, significant new scientific strides have been made in understanding the growth, function and regulation of anatomical and systemic AT. Markers of transition/conversion of precursor cells that mature to form lipid assimilating adipocytes have been identified. Molecular 'master' regulators such as peroxisome proliferator-activated receptor gamma and CCAAT-enhancer-binding proteins were uncovered and regulatory mechanisms behind variables of adiposity defined and refined. Interventions including pharmaceutical compounds, surgical, psychosocial interventions have also been tested. Has all of the preceding research helped alleviate the adverse physiologies of overweight and/or obese people? Does research to date point to new modalities that should be the focus of efforts to rid the world of obesity-related problems in the 21st century? This review provides a general overview of scientific efforts to date and a provocative view of the future for adiposity.

摘要

随着肥胖症的流行持续加剧,越来越多的美国人变得更加肥胖,出现了更多与体重相关的问题,如心血管疾病,并经历了新的代谢功能障碍。五十多年来,脂肪组织(AT),通常被称为脂肪,一直引起学术和临床科学家、公共卫生官员以及对身体成分和形象感兴趣的个人(包括大部分普通公众、运动员、父母等)的关注。一方面,改变体型、体重和体脂百分比的努力仍然包括奇怪且没有科学依据的方法。另一方面,在理解解剖学和系统性 AT 的生长、功能和调节方面取得了重大的新科学进展。已经确定了成熟为吸收脂质的脂肪细胞的前体细胞的转化/转化标记物。发现了分子“主”调节剂,如过氧化物酶体增殖物激活受体 γ 和 CCAAT 增强子结合蛋白,并且定义和完善了肥胖相关变量背后的调节机制。包括药物化合物、手术、心理社会干预在内的干预措施也已进行了测试。所有这些先前的研究是否有助于减轻超重和/或肥胖者的不良生理状况?迄今为止的研究是否指向了新的模式,这些模式应该成为 21 世纪消除与肥胖相关问题的努力的重点?本综述提供了迄今为止科学努力的概述,并对肥胖的未来提出了一种挑衅性的观点。

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