SYNTHESIS, CHARACTERIZATION OF QUERCETIN ANALOGOUES DERIVATIVES STUDIES SPECTROSCOPY

Abstract

Many of pharmaceutical application and pharmacological properties have been studied of flavonoids and their derivatives. Flavonoids are polyphenolic mixtures of natural beginning. They are broadly contemplated inside drug revelation programs because of their wide going natural activities like antimicrobial, cancer prevention agent, antitumor, cardioprotective and neuroprotective properties. The capacity of flavonoids to arrange with metal particles has given new prompts drug revelation programs, with better pharmacological exercises and clinical profiles than the parent flavonoids. In this survey, the improved cell reinforcement and anticancer activity of flavonoid metal buildings versus the parent flavonoids are talked about. In view of the construction movement relationship (SAR), electrochemical, and computational (thickness utilitarian hypothesis) studies, we can obviously affirm that quercetin is oxidized. Derivatization of individual quercetin hydroxyls fundamentally affects its redox conduct, and, critically, on its antiradical and strength properties. The SAR information revealed here are instrumental for future investigations on the oxidation of organically or mechanically significant flavonoids and other polyphenols or polyhydroxy subbed aromatics