Macronutrients and Obesity: Revisiting the Calories in, Calories out Framework

Daniel Riera-Crichton, Nathan Tefft
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Abstract

Recent clinical research has studied weight responses to varying diet composition, but the contribution of changes in macronutrient intake and physical activity to rising population weight remains unknown. Research on the economics of obesity typically assumes a “calories in, calories out�? framework, but a richer weight production model separating caloric intake into carbohydrates, fat, and protein, has not been explored. To estimate the contributions of changes in macronutrient intake and physical activity to changes in population weight, we conducted dynamic time series and structural VAR analyses of U.S. data between 1974 and 2006 and a panel analysis of 164 countries between 2001 and 2010. Findings from all analyses suggest that increases in carbohydrates are most strongly and positively associated with increases in obesity prevalence even when controlling for changes in total caloric intake and occupation-related physical activity. If anything, increases in fat intake are associated with decreases in population weight.
宏量营养素与肥胖:重新审视卡路里摄入和卡路里消耗框架
最近的临床研究已经研究了体重对不同饮食组成的反应,但大量营养素摄入量和体育活动的变化对人口体重上升的贡献仍然未知。关于肥胖的经济学研究通常假设“摄入卡路里,消耗卡路里”。框架,但更丰富的体重生产模型,将热量摄入分为碳水化合物,脂肪和蛋白质,尚未探索。为了估计常量营养素摄入量和体力活动的变化对人口体重变化的贡献,我们对1974年至2006年的美国数据进行了动态时间序列和结构VAR分析,并对2001年至2010年164个国家的数据进行了面板分析。所有分析的结果都表明,即使控制了总热量摄入和与职业相关的体力活动的变化,碳水化合物的增加也与肥胖患病率的增加有着最强烈的正相关关系。如果有什么区别的话,那就是脂肪摄入量的增加与人口体重的减少有关。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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