“…These compounds have demonstrated potent and noteworthy biological effects 14,15 similar to various existing drugs with well-established uses. For instance, they exhibit properties akin to anti-inflammatory drugs like meloxicam, 16 anticancer drugs like dasatinib, 17,18 antiparasitic drugs like nitazoxanide, 19 pesticide drugs like thiabendazole, 20 antimicrobial drugs like sulfathiazole, 21 antifungal drugs like abafungin, 22,23 antineoplastic drugs like guineamide, 24,25 broad-spectrum third-generation cephalosporin antibiotics, 26 anti-bacterial drugs like cefotaxime, inhibitors like fatostatin, vitamin B 1 , thiamine, and antiulcerogenic drugs like famotidine. 27 Consequently, thiazole derivatives warrant thorough biological investigations to assess their potential applications in various pharmacological fields 28 (Fig.…”