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NUTRIMETABONOMICS: METABONOMICS IN FOOD SCIENCE

机译:nutrimetabonomics:食品科学的代谢学

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摘要

Food science is one of the oldest branches of science and its importance has been increasingly emphasized with the economical and social development. The complexity of food itself has long been realized though such complexity has imposed great difficulties as well for scientists to bring about clear and full molecular understandings to the food composition, the effects of food on the health of consumers, the composition-based food quality assessments and the consumer perceptions. In order to achieve quantitative, universal, integrated and predictive(QUIP) understandings to food and its effects on human biology, technologies with enormous analytical power are required; chemists, biologists, physicists, mathematician, material scientists and food scientist are required to work together in a collaborative and integrative manner. As one of the most important topics in food science, nutritional biochemistry deals with the metabolism of food components, whether they are nutrients and non-nutrients, and the effects of the food components on human endogenous biochemistry upon consumption.
机译:食品科学是科学最古老的分支之一,其重要性越来越强调,经济和社会发展。虽然这种复杂性对科学家造成了巨大的困难,但食物本身的复杂性已经实现了很大的意识到,对于科学家来说,为食品组成,食物对消费者健康的影响,基于组成的食品质量评估,这些复杂性造成了巨大的困难。和消费者的看法。为了实现对食品的定量,普遍,综合和预测(Quip)理解,需要对人类生物学的影响,需要具有巨大的分析能力的技术;化学家,生物学家,物理学家,数学家,材料科学家和食品科学家必须以合作和综合的方式共同努力。由于在食品科学,食品成分的代谢营养生物化学的交易,无论是营养物质和非营养物质,并在消费时人体内源性的生化食品成分的作用最重要的议题之一。

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