生物信息学与毒理基因组学研究的结合为环境与健康研究开辟了新的方法。
The combination of bioinformatics and toxicogenomics may develop a new method for the study of environment and health.
毒理基因组学主要在基因组水平上研究机体对环境因子的应答反应，了解基因和环境交互作用在疾病发生中的作用。
Toxicogenomics mainly study the response of human body to the environmental elements, and understand the effect of gene-environment interaction to the disease in molecular level.
近年来，毒代动力学以及毒理基因组学的飞速发展，解决了传统动物毒性实验中所面临的很多问题，逐步完善了药物安全评价体系。
In recent years, the great development of toxicokinetics and toxicogenomics solved many problems in animal experiments, and consummated the system of assessment of drug safety.
本文对基因芯片技术在药学研究(包括中药、药理毒理学和药物基因组学)的应用进行了综述。
Gene chip technology and its applications in pharmaceutical studies, including traditional Chinese medicine, pharmacology and toxicology and pharmacogenomics were reviewed in this paper.
本文对基因芯片技术在药学研究(包括中药、药理毒理学和药物基因组学)的应用进行了综述。
Gene chip technology and its applications in pharmaceutical studies, including traditional Chinese medicine, pharmacology and toxicology and pharmacogenomics were reviewed in this paper.
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