药物基因组学能改进疟疾药物政策吗？
一个回报丰厚的领域就是药物基因组学。
药物基因组学是一门年轻的学科领域。
药物基因组学是研究遗传学与药物反应的相互关系。
Pharmacogenomics is defined as the study of the association between genetics and drug response.
药物基因组学：将基因组学应用于药物遗传学的学科。
Pharmacogenomics --- The application of genomic information or methods to pharmacogenetic problems.
结论：药物基因组学为安全、合理用药提供理论依据。
CONCLUSION: Pharmacogenomics provides a theoretical basis for medication with safety, effectiveness and rationality.
目的介绍药物基因组学及其在临床制定治疗方案中的应用。
Objective To introduce pharmacogenomics and its applications to establishing clinical pharmacotherapeutic schemes.
药物基因组学在临床药物治疗学和新药开发中具有重要的意义。
Pharmacogenomics plays an important role in clinical pharmaceutics and new drug research and development.
《国际循环》：药物基因组学对高血压预防和治疗策略有何影响？
International Circulation: How does pharmacogenomics affect hypertension prevention and treatment strategies?
FDA认识到药物基因组学的重要性并且鼓励其在药品研发中使用。
FDA recognizes the importance of pharmacogenomics and encourages its use in drug development.
药物基因组学简单说，就是对降压药的不同反应取决于个体的基因构成。
Prof. Hall: Well pharmacogenomics simply stated means the variable response to, for example anti-hypertensive drugs, depending on the person's genetic makeup.
即便是生产和推广已经成功的药物基因组学产品的产家也在不断面临着困难。
Even companies manufacturing and marketing already successful pharmacogenomic drug-test combinations continue to face difficulties.
本文介绍了药物基因组学的概念、研究内容和方法及其在临床个体化用药中的应用及意义。
The article introduced the concept, content, methods of pharmacogenomics and its applications in establishing clinical individualized medication.
药物基因组学帮助我们鉴定个性化药效反应的侧面信息，为同类个体选择最佳的治疗方案。
Pharmacogenomics allows us to identify sources of an individual's profile of drug response and predict the best possible treatment option for this individual.
药物基因组学是运用个体或群体的遗传信息来预测某种药物的安全性、毒性和有效性的科学。
Pharmacogenomics is the study of how to predict a drugs reliability, toxicity, and effectiveness based on an individual or a populations genetic information.
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.
抗癫痫药的疗效和副作用存在着显著的个体差异，现认为药物基因组学在个体差异中发挥了重要作用。
Curative and side effect of antiepileptic drugs has distinct individual difference. The pharmacogenomics plays an important in individual difference.
目的：确定药物基因组学文献分布特点和主要研究方向，为今后研究药物基因组学相关课题提供依据。
Objective: To investigate the distribution characteristics and research direction of pharmacogenomics, and to provide a basis for further scientific research.
药物基因组学：预示了充满希望的未来以及回顾性的临床试验设计，FDA可能会为实现管理型决策的目的而批准后者。
Pharmacogenomics: Delivering on the Promise considers prospective versus retrospective clinical trial design and when, if ever, the FDA might allow the latter for regulatory decision-making purposes.
在药物基因组学，临床生物信息学由生物信息学工具和药物靶点的鉴定、临床验证相关的蛋白质组学等多方面研究组成。
In pharmacogenomics, clinical bioinformatics includes elaborate studies of bioinformatics tools and various facets of proteomics related to drug target identification and clinical validation.
药物基因组学可以改善病人用药，提高用药的安全性和有效性，减少药物不良反应的发生，为个体化用药提供理论依据。
It promises to increase the safety and efficacy for drug utilization, decrease the incidence of adverse drug reactions. Pharmacogenomics provides a theoretical basis for personalized medicine.
方法阅读并分析近年国内公开发表的有关药物基因组学的相关文章，对药物基因组学在指导临床个体化用药方面的作用加以归纳、总结。
Methods to read and analyze published in recent years, the domestic pharmacogenomics related article on pharmacogenomics in guiding the clinical role of individual drugs to be summarized, summary.
本文综述了药物基因组学的基本概念、高血压病和抗高血压药物反应异质性、与药物新陈代谢相关的基因、个体化治疗等方面的应用情况。
This review includes basic concepts of pharmacogenomics, heterogeneity of hypertension and antihypertensive drug responses, genes associate with drug metabolism, and individualized drug therapy.
但是CuraGen的股票，博士和Rothberg的财富，迅速下降，当投资者意识到，基因组学是不会导致新的药物过多。
But CuraGen's shares, and Dr. Rothberg's wealth, fell rapidly when investors realized that genomics was not going to lead to a plethora of new drugs.
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.
近年来，随着基因组计划的顺利进行，基因组学对药物设计有着巨大的冲击和影响。
In recent years, with the successful progress of Human Genome Project, genomics shows increasing influence on drug design.
近年来，随着基因组计划的顺利进行，基因组学对药物设计有着巨大的冲击和影响。
In recent years, with the successful progress of Human Genome Project, genomics shows increasing influence on drug design.
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