Comprehensive Analysis on Compounds Derived from Schiff's Bases

Review Article

Abstract

Schiff bases, synthesized through the condensation of primary amines with carbonyl compounds, constitute a versatile class of compounds with broad applications. Their adaptable chemical structure enables the integration of diverse functional groups, leading to a spectrum of properties and utilities. Exhibiting significant characteristics in coordination chemistry, materials science, and organic synthesis, Schiff bases play a pivotal role in modern chemistry and technology. This article offers an encompassing overview of Schiff base synthesis, properties, and applications, emphasizing their pivotal role in contemporary chemistry and technology. Additionally, this review provides insights into recent advancements in Schiff base chemistry, including novel synthetic methodologies, their utility as ligands in metal complex catalysis, and their application in drug discovery and biomedical research. Overall, Schiff bases remain a dynamic field of research and innovation, offering promising prospects for the development of novel functional materials and compounds