"STUDIES OF SOME NEW COORDINATION COMPOUNDS OF PLATINUM, PALLADIUM, SILICON, GERMANIUM, TIN AND LEAD WITH BIOLOGICALLY ACTIVE AZOMETHINES" INTRODUCTION (original) (raw)

This research focuses on the synthesis and characterization of novel coordination compounds formed by the interaction of biologically active azomethines with platinum, palladium, silicon, germanium, tin, and lead. A variety of ligands with significance in both stereochemistry and biochemistry were produced, including thio and fluorinated Schiff bases. The study aims to explore the structural properties and potential pharmacological applications of these metal complexes, with a particular emphasis on their utility as biocides, anti-tumor agents, and other industrial applications. Through physicochemical and spectroscopic techniques, the research seeks to correlate the structural features of these complexes to their reactivity and activity in biological systems.