Amin Tehmina, Mercer Julian G
Rowett Institute of Nutrition and Health, University of Aberdeen, Greenburn Road, Aberdeen, AB21 9SB, Scotland, UK.
Curr Obes Rep. 2016 Mar;5(1):106-12. doi: 10.1007/s13679-015-0184-5.
Effective strategies to combat recent rises in obesity levels are limited. The accumulation of excess body fat results when energy intake exceeds that expended. Energy balance is controlled by hypothalamic responses, but these can be overridden by hedonic/reward brain systems. This override, combined with unprecedented availability of cheap, energy-dense, palatable foods, may partly explain the increase in overweight and obesity. The complexity of the processes that regulate feeding behaviour has driven the need for further fundamental research. Full4Health is an EU-funded project conceived to advance our understanding of hunger and satiety mechanisms. Food intake has an impact on and is also affected by the gut-brain signalling which controls hunger and appetite. This review describes selected recent research from Full4Health and how new mechanistic findings could be exploited to adapt and control our physiological responses to food, potentially providing an alternative solution to addressing the global problems related to positive energy balance.
应对近期肥胖水平上升的有效策略有限。当能量摄入超过消耗时,就会导致体内多余脂肪的堆积。能量平衡由下丘脑反应控制,但享乐/奖励脑系统可能会使其失效。这种失效,再加上廉价、高能量、美味食物前所未有的可得性,可能部分解释了超重和肥胖人数的增加。调节进食行为的过程十分复杂,这推动了进一步基础研究的需求。Full4Health是一个由欧盟资助的项目,旨在增进我们对饥饿和饱腹感机制的理解。食物摄入会影响控制饥饿和食欲的肠脑信号,同时也受其影响。本综述描述了Full4Health最近的部分研究,以及如何利用新的机制发现来调整和控制我们对食物的生理反应,这可能为解决与正能量平衡相关的全球问题提供另一种解决方案。