思考食物分子的复杂性、营养激活和多种生化途径。

Q3 Medicine
Integrative medicine Pub Date : 2025-08-01
Joseph Pizzorno, Lara Pizzorno
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引用次数: 0

摘要

生命的生理学是复杂的。理解其复杂性的过程必然需要简化和关注生命所需的分子和生化途径。这种专注为理解生命和疾病带来了巨大的好处。然而,这种简化过程本身导致了许多对健康至关重要的生理机能的缺失或忽视。其结果是缺乏对健康的许多重要因素的认识,而不仅仅是对生命的认识,例如,当食物是化学而不是有机种植时,失去了许多植物分子,关注主要途径而忽略了关键的次要途径,以及缺乏对单核苷酸变异进化以适应广泛多样化的食物分子和维生素的认识。这篇社论的重点是迄今为止缺乏认识的食物分子的复杂性、营养激活和生化途径,特别强调维生素B6。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Thinking About the Complexity of Food Molecules, Nutrient Activation, and Diverse Biochemical Pathways.

The physiology of life is complex. The process of understanding its complexity necessarily required simplification and focus on the molecules and biochemical pathways required for life. This focus resulted in huge benefits for understanding life and disease. However, the simplification process itself led to missing or dismissing a lot of important physiology critical for health. The result has been a lack of recognition of many factors important to health, not just life, such as losing many plant molecules when food is grown chemically rather than organically, focusing on major pathways while missing critical secondary pathways, and lacking recognition that single nucleotide variation evolved to adapt to widely diverse food molecules and vitamers. This editorial focuses on the complexity of food molecules, nutrient activation, and biochemical pathways that have thus far lacked recognition, with particular emphasis on the B6 vitamers.

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来源期刊
Integrative medicine
Integrative medicine Medicine-Complementary and Alternative Medicine
CiteScore
1.10
自引率
0.00%
发文量
21
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