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Focus: Nutrition and Food Science: Importance of Nutrients and Nutrient Metabolism on Human Health

机译:重点:营养与食品科学:营养素和营养代谢对人类健康的重要性

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摘要

Nutrition transition, which includes a change from consumption of traditional to modern diets that feature high-energy density and low nutrient diversity, is associated with acquired metabolic syndromes. The human diet is comprised of diverse components which include both nutrients, supplying the raw materials that drive multiple metabolic processes in every cell of the body, and non-nutrients. These components and their metabolites can also regulate gene expression and cellular function via a variety of mechanisms. Some of these components are beneficial while others have toxic effects. Studies have found that persistent disturbance of nutrient metabolism and/or energy homeostasis, caused by either nutrient deficiency or excess, induces cellular stress leading to metabolic dysregulation and tissue damage, and eventually to development of acquired metabolic syndromes. It is now evident that metabolism is influenced by extrinsic factors (e.g., food, xenobiotics, environment), intrinsic factors (e.g., sex, age, gene variations) as well as host/microbiota interaction, that together modify the risk for developing various acquired metabolic diseases. It is also becoming apparent that intake of diets with low-energy density but high in nutrient diversity may be the key to promoting and maintaining optimal health.
机译:营养转变包括获得性代谢综合征,其中包括从传统饮食向现代饮食的转变,这些饮食具有高能量密度和低养分多样性的特征。人的饮食由多种成分组成,其中既包括营养素,也包括非营养素,营养素是驱动人体各个细胞中多种代谢过程的原材料,而营养素则是驱动人体各个细胞代谢的重要原料。这些成分及其代谢产物还可以通过多种机制调节基因表达和细胞功能。这些成分中的一些是有益的,而其他则具有毒性作用。研究发现,营养素缺乏或过量引起的营养素代谢和/或能量稳态持续紊乱,会引起细胞应激,导致代谢失调和组织损伤,并最终导致获得性代谢综合征的发展。现在很明显,新陈代谢受外在因素(例如食物,异物,环境),内在因素(例如性别,年龄,基因变异)以及宿主/微生物群相互作用的影响,这些因素共同改变了发展各种获得性疾病的风险。代谢性疾病。越来越明显的是,摄入低能量密度但营养成分丰富的饮食可能是促进和维持最佳健康的关键。

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