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药物化学领域的多样性。

Diversity in medicinal chemistry space.

作者信息

Gorse Alain-Dominique

机构信息

Bio-Layer, 4,26 Brandl Street, Brisbane Technology Park, QLD 4113, Australia.

出版信息

Curr Top Med Chem. 2006;6(1):3-18. doi: 10.2174/156802606775193310.

Abstract

The chemical universe containing organic molecules within a reasonable molecular weight is vast and largely unexplored. Estimations of possible numbers of unique molecules range from 10(13) to 10(180). These numbers have to be compared with the few tens of millions of compounds currently known. Design of libraries that populate the medicinally relevant chemical subspace and tools that help to maximise the chance of identifying leads are necessary. This review describes various molecular representations that lead to the definition of chemical space, drug space or activity space. Strategies for compound selection in such spaces are discussed, as well as potential sources of diversity that could be used to explore the medicinal space in quest of new drugs.

摘要

包含合理分子量有机分子的化学物质世界广阔,且在很大程度上尚未被探索。对独特分子可能数量的估计范围从10的13次方到10的180次方。这些数字必须与目前已知的几千万种化合物进行比较。设计能够填充与药物相关化学子空间的文库以及有助于最大程度提高识别先导物机会的工具是必要的。本综述描述了导致化学空间、药物空间或活性空间定义的各种分子表示形式。讨论了在这些空间中进行化合物选择的策略,以及可用于探索药物空间以寻找新药的潜在多样性来源。

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