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Geometric analysis of macronutrient intake in humans: the power of protein?

机译:人体中大量营养素摄入的几何分析:蛋白质的力量?

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We introduce a state-space, geometrical approach that has previously been derived and tested using non-human animals and aim to demonstrate that it has the potential to generate testable hypotheses and provide novel insights into human nutrition and diet selection. This 'Geometric Framework' is unusual in that it focuses on the interactions between dietary constituents, and thus emphasizes the manner in which organisms regulate the balance of nutrients ingested. We report results from a pilot study, which indicate that protein ingestion is more strongly regulated than carbohydrate+fat. On the basis of these results and a brief survey of other experimental and population-level data, we hypothesize that regulation of protein intake may explain more of the modern human nutritional condition than has previously been appreciated.
机译:我们介绍了一种状态空间几何方法,该方法先前已使用非人类动物进行了衍生和测试,旨在证明它具有产生可检验的假设并为人类营养和饮食选择提供新颖见解的潜力。该“几何框架”与众不同之处在于,它着重于饮食成分之间的相互作用,从而强调了生物体调节营养摄入平衡的方式。我们报告了一项初步研究的结果,该结果表明蛋白质摄入比碳水化合物+脂肪受到更严格的调控。根据这些结果以及对其他实验和人口水平数据的简要调查,我们假设蛋白质摄入量的调节可能比以前所理解的解释了更多的现代人类营养状况。

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