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Strategic approach for drug metabolism and pharmacokinetic research in the drug discovery process

机译:药物发现过程中药物代谢和药代动力学研究的战略方法

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More than 30% of the clinical development of new drugs.Unfavorable drug metabolism/pharmacokinetic properties (DMPK) are probably responsible for.Since the ideal medicine is blessed with a good balance of pharmacological potency/selectivity and DMPK properies,a compound with an inappropriate DMPK will never become an innovative patient-oriented drug.The ability to predict human DMPK early in the drug discovery process is,therefore,key in reducing the attrition rate of compounds entering dev4elopment.Moreover,by maximizing early DMPK studies,useful information and guidance for drug discovery programs can be provided to medicinal chemists and pharmacologists.Dramatic advances in technoklogies such as combinatorial chemistry and high throughput screening have been revolutionizing the drug discovery process over the past decade.This paradigm shift is having a great impact on traditional DMPK research and is driving the challenge for high throughput DMPK research.In vitro DMPK studies that use a variety of human tissues allow the screening of large number of compounds in a relativley short period of time.The use of LC-MS/MS also gre4atly contributes to the reduction of the time required for in vivo animal PK studies. This paper will focus ont he succesful management and strategies in early DMPK research from the perspectives of the pharmaceutical industry.
机译:新药临床开发中超过30%可能是由于新陈代谢不良/药代动力学特性(DMPK)造成的。由于理想药物具有良好的药理学效能/选择性和DMPK特性之间的平衡,因此该化合物具有不合适的DMPK永远不会成为一种创新的以患者为中心的药物。因此,在药物开发过程中早期预测人DMPK的能力是降低化合物进入开发阶段的损耗率的关键。此外,通过最大限度地利用早期DMPK研究,有用的信息和指导在过去的十年中,组合化学和高通量筛选等技术领域的巨大进步已经使药物发现过程发生了革命性的变化,这种范式转变对传统的DMPK研究和正在推动高通量DMPK研究的挑战。使用多种人体组织可以在相对短的时间内筛选出大量化合物。LC-MS / MS的使用也极大地减少了体内动物PK研究所需的时间。本文将从制药行业的角度着重于早期DMPK研究中的成功管理和策略。

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