Institute of Chemistry, University of Silesia, Szkolna 9, 40-007 Katowice, Poland.
Curr Med Chem. 2012;19(9):1378-88. doi: 10.2174/092986712799462621.
Azole antimycotics are a well-known and important class of agents that are used in hospital practice, everyday health care, veterinary medicine and for crop protection. The era of azole fungicides began with the breakthrough of chlormidazole roughly 50 years ago. Since then, more than 20 drugs of this group, including triazoles, have been brought to the market. The specific chemical structure and mechanism of the action of azoles along with the eukaryotic character of fungal pathogens raise several serious issues. Resistance to drugs and disturbance to metabolic pathways are among the most important. On the other hand, these same features are responsible for unique and novel applications of these drugs. As a result, old and ineffective antifungal drugs can be successfully used in the treatment of parasitic diseases, bacterial infections or cancers. Are azoles getting their second wind?
唑类抗真菌药物是一类众所周知且非常重要的药物,广泛应用于医院临床、日常保健、兽医和农作物保护等领域。唑类杀菌剂的时代始于大约 50 年前氯苯咪唑的突破。此后,该类药物已上市 20 多种,包括三唑类药物。唑类药物的特定化学结构和作用机制以及真菌病原体的真核特征引发了一些严重问题。对药物的耐药性和对代谢途径的干扰是其中最重要的问题。另一方面,这些相同的特征也为这些药物的独特和新颖应用提供了可能。因此,一些老旧且无效的抗真菌药物可以成功地用于治疗寄生虫病、细菌感染或癌症。唑类药物是否迎来了第二春?