Department of Medicine, School of Medicine, University of Colorado Anschutz Medical Campus, Aurora, CO, USA.
Pharmaceut Med. 2020 Apr;34(2):113-126. doi: 10.1007/s40290-020-00325-0.
The stereochemical aspects of drugs are generally recognized as fundamentally important influencers of drug action and disposition. Nevertheless, the nonproprietary names of the vast majority of stereochemically relevant therapeutic agents in the USP Dictionary of United States Adopted Names (USAN) and International Drug Names and in the WHO Drug Information listings provide no information on the stereochemical aspects.
In view of the importance of stereochemistry in drug action and disposition, it is desirable to have a nonproprietary drug nomenclature system that provides basic information on the stereochemical identity and composition of drugs.
The USP Dictionary of USAN and International Drug Names, the WHO Drug Information listings, and the chemical literature were examined for stereochemical information on drugs as a basis for proposing a new stereochemically informative nonproprietary drug name system.
A new system of stereochemically informative nonproprietary nomenclature system was designed that provides a "flag" alerting to the presence of stereochemical elements in the drug structure and includes basic information on the stereoisomerism of the drug. One of five prefixes would be added to the name: [dex]- (dextrorotatory single chiral stereoisomer); [lev]- (levorotatory single chiral stereoisomer); [rac]- (racemic mixture); [uni]-, (single achiral stereoisomer); and [mix]-, (mixture of stereoisomers other than racemic).
The proposed system would be useful in the various domains of drug information, therapy, and research.
药物的立体化学方面通常被认为是药物作用和处置的基本重要影响因素。然而,USP 美国已采用药品名称字典(USAN)和国际药品名称中的绝大多数立体化学相关治疗剂以及世界卫生组织药品信息清单中的非专利名称都没有提供关于立体化学方面的信息。
鉴于立体化学在药物作用和处置中的重要性,理想情况下应该有一个非专利药物命名系统,该系统提供有关药物立体化学特性和组成的基本信息。
检查 USP 美国已采用药品名称字典和国际药品名称、世界卫生组织药品信息清单和化学文献中有关药物的立体化学信息,为提出新的具有立体化学信息的非专利药物名称系统提供依据。
设计了一种新的立体化学信息非专利命名系统,该系统提供了一个“标志”,提醒药物结构中存在立体化学元素,并包含有关药物立体异构的基本信息。名称前会添加一个前缀:[dex]-(右旋单手性立体异构体);[lev]-(左旋单手性立体异构体);[rac]-(外消旋混合物);[uni]-(单非手性立体异构体)和[mix]-(非外消旋的立体异构体混合物)。
所提出的系统将在药物信息、治疗和研究的各个领域中非常有用。