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Nutrition and food science go genornic

机译:营养和食品科学大发展

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The wealth of genomic information and high-throughput profiling technologies are now being exploited by scientists in the disciplines of nutrition and food science. Diet and food components are prime environmental factors that affect the genome, transcriptome, proteome and metabolome, and this life-long interaction defines the health or disease state of an individual. For the first time the interaction of foods, and individual food constituents, with the biological systems can be defined on a molecular basis. Profiling technologies are used in basic-science applications for identifying the mode of action of foods or particular ingredients, and are similarly taken into the science-driven development of foods with a defined biofunctionality. Biomarker profiles and patterns derived from genomics applications in humans should guide nutrition and food science in developing evidence-based dietary recommendations and health-promoting foods.
机译:营养和食品科学领域的科学家现在正在利用大量的基因组信息和高通量分析技术。饮食和食物成分是影响基因组,转录组,蛋白质组和代谢组的主要环境因素,这种终生的相互作用决定了个人的健康或疾病状态。食品和单个食品成分与生物系统之间的相互作用首次可以在分子基础上进行定义。在基础科学应用中,使用分析技术来识别食物或特定成分的作用方式,并且类似地将其用于具有特定生物功能的食物的科学驱动开发中。从人类基因组学中应用而来的生物标志物概况和模式应指导营养和食品科学发展循证饮食建议和健康食品。

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