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Nutrigenomics--2006 update.

机译:营养基因组学-2006年更新。

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The Human Genome and HapMap projects have provided the tools and information that will aid in understanding how nutrients alter the expression of an individual's genetic information and why individuals differ in metabolism of foods at the molecular level. The study of how genes and gene products interact with dietary chemicals to alter phenotype and, conversely, how genes and their products metabolize nutrients is called nutritional genomics or "nutrigenomics." This new field has received considerable attention in the last 6 years, most of which has been on the promise rather than on scientific results from nutrigenomic experiments. Funding for nutrigenomics research focused primarily on individual laboratory projects in the 1990s and early 2000s. The novelty of combining nutrition and genetics limited that funding to a relatively small number of laboratories. Only in the past 3 years have centers been funded to foster collaborations and conduct large-scale projects that are studying nutrient-gene interactions. The increase in interest and funding is beginning to generate the critical mass to realize the promise of nutritional genomics.
机译:人类基因组和HapMap项目提供了工具和信息,这些工具和信息将有助于理解营养素如何改变个体遗传信息的表达以及个体在分子水平上食物代谢的差异。关于基因和基因产物如何与饮食化学物质相互作用以改变表型,以及相反地,基因及其产物如何代谢营养的研究被称为营养基因组学或“营养学”。在过去的6年中,这个新领域受到了相当多的关注,其中大部分是有希望的,而不是营养学实验的科学结果。营养经济学研究的资金主要集中在1990年代和2000年代初的单个实验室项目上。将营养学和遗传学相结合的新颖性将其资金限制在相对较少的实验室中。仅在过去的三年中,中心才获得资金来促进合作并开展研究营养基因相互作用的大规模项目。兴趣和资金的增加开始产生临界量,以实现营养基因组学的承诺。

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