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在药物发现过程中进行先导化合物生成阶段的药物代谢动力学(ADME)研究的策略。

Strategies for conducting ADME studies during lead generation in the drug discovery process.

作者信息

Cramer Jeffrey W, Mattioni Brian E, Savin Kenneth A

机构信息

Eli Lilly and Co, Lilly Corporate Center, Drop Code 0710, Indianapolis, IN 46285, USA.

出版信息

IDrugs. 2010 Dec;13(12):857-61.

Abstract

Although the benefit of early ADME screening is widely recognized in the pharmaceutical industry, the implementation of this paradigm is often performed with insufficient resources and poor collaboration between functions. Dedicated and consistent integration efforts of ADME knowledge during the lead generation (LG) phase of drug discovery enables informed resourcing decisions and also increases the quality of initial starting points for discovery projects. To facilitate the efficient and consistent application of ADME resources to early projects at Eli Lilly and Co, a team of scientists was formed to provide dedicated ADME support to the LG phase of the discovery portfolio. This feature review discusses the working construct of the team, the general philosophy that was employed, and the outcomes of this endeavor.

摘要

尽管早期药物吸收、分布、代谢和排泄(ADME)筛选的益处已在制药行业得到广泛认可,但这一模式的实施往往资源不足,且各职能部门之间协作不佳。在药物发现的先导化合物生成(LG)阶段,对ADME知识进行专门且持续的整合,有助于做出明智的资源决策,还能提高发现项目初始起点的质量。为了促进将ADME资源高效且一致地应用于礼来公司的早期项目,组建了一个科学家团队,为发现项目组合的LG阶段提供专门的ADME支持。本专题综述讨论了该团队的工作架构、所采用的总体理念以及这一努力的成果。

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