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超越能量平衡:肥胖的影响因素不止千卡摄入量。

Beyond energy balance: there is more to obesity than kilocalories.

作者信息

Bray George A, Champagne Catherine M

机构信息

Louisiana State University System, USA.

出版信息

J Am Diet Assoc. 2005 May;105(5 Suppl 1):S17-23. doi: 10.1016/j.jada.2005.02.018.

Abstract

Using an epidemiologic model of the interactions between environmental agents and human hosts to explain obesity, we explored food, medications, physical inactivity, toxins, and viruses as environmental agents that interact with a genetically programmed host to disturb energy balance and cause obesity. Large portion sizes, high fat intakes, easy access to calorically sweetened beverages, and lack of any need to be physically active all play a role in the toxic environment that leads to obesity. The genetic and physiologic responses of a host determine whether or not this toxic environment will produce obesity. Reversing the current trends of obesity requires a new look at the limits of the energy balance concept, and a better understanding of how environmental factors acutely and chronically change the responses of susceptible hosts.

摘要

我们运用环境因素与人类宿主相互作用的流行病学模型来解释肥胖问题,探讨了食物、药物、缺乏身体活动、毒素及病毒等环境因素,这些因素与基因设定的宿主相互作用,扰乱能量平衡并导致肥胖。大份食物量、高脂肪摄入、易于获取含糖饮料以及无需进行身体活动,在导致肥胖的有毒环境中均发挥作用。宿主的基因和生理反应决定了这种有毒环境是否会导致肥胖。扭转当前肥胖趋势需要重新审视能量平衡概念的局限性,并更好地理解环境因素如何急性和慢性地改变易感宿主的反应。

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