化学遗传学和化学基因组学是近几年兴起的新研究领域。
Chemical genetics and chemical genomics are new approaches developed recently in genetics researches.
现对化学基因组学研究的典型方法，以及对基于药物作用靶标的分子设计的影响作一介绍。
This article introduces the typical methods of chemogenomics research and its effect on molecular designing in view of target.
除了基因组学、蛋白质组学和代谢组学，科学家还在使用化学基因组学，这是一种逆转标准的药物发现过程的方法。
As well as genomics, proteomics and metabolomics, scientists are also using chemical genomics, an approach that reverses the standard drug discovery process.
最近人们意识到NCE短缺，希望基因组学、组合化学和高效筛选这些新技术的应用能改变这一不平衡。
An nce deficit has recently been identified, and it is hoped that the application of new technologies such as genomics, combinatorial chemistry and high-throughput screening will redress the balance.
营养基因组学是研究营养素和植物化学物质在人体中的分子生物学过程以及所产生的效应，它强调对个体的作用。
Nutrigenomics is the understanding of the effects of nutrients in molecular processes in the body as well as the variable effects of nutrients and phytochemicals have on each individual person.
营养基因组学是研究营养素和植物化学物质在人体中的分子生物学过程以及所产生的效应，它强调对个体的作用。
Nutrigenomics is the understanding of the effects of nutrients in molecular processes in the body as well as the variable effects of nutrients and phytochemicals have on each individual person.
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