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营养基因组学与个性化营养:科学与概念

Nutrigenomics and personalized nutrition: science and concept.

作者信息

Kussmann Martin, Fay Laurent B

机构信息

Nestlé Research Center, BioAnalytical Science Department, Vers-chez-les-Blanc, Lausanne, Switzerland.

出版信息

Per Med. 2008 Sep;5(5):447-455. doi: 10.2217/17410541.5.5.447.

Abstract

Diet and genomes interact. Nutrition has the most important life-long environmental impact on human health. While nutrigenetics addresses how an individual's genetic makeup predisposes for dietary susceptibility, nutrigenomics asks how nutrition influences the expression of the genome. Nutrigenomics builds on the three omics disciplines transcriptomics, proteomics and metabolomics. They are a prerequisite for nutritional systems biology, the understanding of the interaction between food components and diet with cells, organs and the whole body. Personalized nutrition is a conceptual analog to personalized medicine. While there are food products available that address requirements or preferences of specific consumer groups, these products are based on empirical consumer science rather than on nutrigenomics and nutrigenetics. The latter two build the science foundation for understanding human variability in preferences, requirements and responses to diet, and may become the future tools for consumer assessment motivated by personalized nutritional counseling for health maintenance and disease prevention.

摘要

饮食与基因组相互作用。营养对人类健康有着最重要的终身环境影响。营养遗传学研究个体的基因构成如何使其易受饮食影响,而营养基因组学则探讨营养如何影响基因组的表达。营养基因组学建立在转录组学、蛋白质组学和代谢组学这三个组学学科的基础之上。它们是营养系统生物学的先决条件,有助于理解食物成分和饮食与细胞、器官及整个身体之间的相互作用。个性化营养是个性化医疗的概念类似物。虽然有满足特定消费群体需求或偏好的食品,但这些产品基于经验性的消费者科学,而非营养基因组学和营养遗传学。后两者为理解人类在饮食偏好、需求和反应方面的变异性奠定了科学基础,并且可能成为未来基于个性化营养咨询以维护健康和预防疾病的消费者评估工具。

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