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Heterocyclic compounds are a highly important class of organic compounds due to a large number of applications such as pharmaceutical, biological, agrochemical, industrial, biotechnology, and material chemistry. In fact, the major pharmaceuticals, biologically active and agrochemicals are heterocyclic compounds. The importance due to the design and the synthesis of heterocyclic chemistry increasing rapidly day by day in synthetic and medicinal organic chemistry. The main objectives of our research work concentrate on the development and synthesis of potent antimicrobial agents more…mehr

Produktbeschreibung
Heterocyclic compounds are a highly important class of organic compounds due to a large number of applications such as pharmaceutical, biological, agrochemical, industrial, biotechnology, and material chemistry. In fact, the major pharmaceuticals, biologically active and agrochemicals are heterocyclic compounds. The importance due to the design and the synthesis of heterocyclic chemistry increasing rapidly day by day in synthetic and medicinal organic chemistry. The main objectives of our research work concentrate on the development and synthesis of potent antimicrobial agents more economically. We also focused on the expansion of new and novel protocol for the efficient and green preparation drug molecules, by using these new methodologies with cheap, recyclable, high yield and efficient catalysts to overcome problems like long reaction time, low selectivity, strong acidic conditions, and low yields, etc. We will be focusing to develop new methodologies of multicomponent reactions to get the potent biological active target products without having any side products.
Autorenporträt
Dr. B. Srinivas is currently working as a Professor of Chemistry at GNITC. He has nearly a decade of experience in teaching Organic Chemistry and Engineering/ Applied Chemistry in various Technological and other Institutions. His area of research interests include Medicinal and Organic Chemistry, Metal-organic frameworks (MOFs) and Nanomaterials.