MICROWAVE-ASSISTED SYNTHESIS AND ANTIMICROBIAL EVALUATION OF MANNICH BASE DERIVATIVES
The significance of benzimidazole as a helpful scaffold in medicinal chemistry is highlighted by this study. Anefficient method for creating novel bioactive compounds is demonstrated by the successful synthesis andcharacterisation of a novel Mannich base derivative. The molecule may be a promising option for future therapeuticdevelopment, particularly in addressing microbial resistance, according to the demonstrated antibacterial activity. Academically, this work advances our knowledge of the structure–activity connections in benzimidazole derivativesand offers a straightforward and trustworthy synthesis and analysis method. The precision of the structural confirmation is guaranteed by the employment of several characterisation techniques. The results provide practical support for the use of these compounds in the creation of novel antibacterial drugs. Future research may concentrate on enhancing biological activity, examining mechanisms of action, and assessingsafety profiles. All things considered, this study offers a helpful starting point for more research in syntheticchemistry and pharmacological applications.
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