Pharmacological Significance of Synthetic Bioactive Thiazole Derivatives

Thiazole and the related nuclei constitute one of the most significant moieties in the extensively emerging domain of heterocyclic compounds. The versatile nature of the thiazole nu-cleus can be determined as it is present in natural products like vitamin B1. Furthermore, its derivatives exhibit diverse biological activities, including antimicrobial, anticancer, antihistaminic, anti-oxidant, etc. They have also emerged as potent CNS agents and are primarily used in the treatment of various CNS disorders. The structure-activity relationship of various amine derivatives of ethyl-ated thiazole demonstrates their use as potential agents in the treatment of melanoma, pigmentation as well as solar elastosis. Thiazole fused with different heterocyclic systems results in many novel derivatives with higher therapeutic activity. Benzothiazole and Thiazolopyrimidine have a distinct position in this regard. This review focuses on the central role of thiazole and its derivatives in current drug design, covering a broad spectrum of pharmacological activities associated with them.