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ADME 科学的演进:建模和模拟还能在哪些方面做出贡献?

Evolution of ADME science: where else can modeling and simulation contribute?

机构信息

School of Biological Sciences, University of Liverpool, Liverpool, UK.

出版信息

Mol Pharm. 2013 Apr 1;10(4):1162-70. doi: 10.1021/mp3005319. Epub 2013 Jan 22.

Abstract

The commentary describes progress in modeling and simulation in ADME science and focuses on lipoidal permeability as a central driver of drug molecule disposition. The tension between screening and in silico is outlined with practical suggestions on how to improve multiparameter models. The limitations on modeling drug metabolism and its enzymes are highlighted together with key features in molecules that lead to drug transport. Reservations about the quality of data and the imprecise classification of drug molecules are explained. Encouragement to move modeling and simulation to the forefront of project start-up is provided after examining the complexity of macromolecule-small molecule conjugate prodrugs.

摘要

这篇评论描述了 ADME 科学中的建模和模拟进展,并侧重于作为药物分子处置的核心驱动因素的类脂通透性。文中概述了筛选和计算之间的紧张关系,并就如何改进多参数模型提出了实际建议。文中还强调了药物代谢及其酶的建模局限性,以及导致药物转运的分子的关键特征。对数据质量和药物分子分类不精确的保留意见也进行了解释。在考察了大分子-小分子缀合前药的复杂性后,文中鼓励将建模和模拟置于项目启动的前沿。

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