The UKS Research Group is interested in exploring New and Enabling Synthetic Technologies (NEST) to address challenges in organic synthesis.
The NEST research is situated at the interface of new reaction discovery, continuous-flow compatible photo(electro)catalysis, and boron chemistry. The group is profoundly focused on designing continuous-flow friendly new-reaction methodologies towards value-added chemicals, bioactive molecules and APIs.
Considering the importance of heterocyclic scaffolds in the development and production of drug molecules, our recent review article in Chemical Communications described the recent developments in flow protocols for the Minisci reaction highlight its versatility and potential for industrial applications.
Halogen radicals in action: have a look at our recent collaborative work with KUL! Bromine Radical Release from Nickel-Complex Facilitates the Activation of Alkyl Boronic Acids: A Boron Selective Suzuki-Miyaura Cross Coupling – now published in Chemical Science.
Our research focuses on breaking through challenges in photoredox catalysis and synthetic electrochemistry. By advancing these fields, we aim to unlock new possibilities in chemical reactions and energy conversion. Reach out to learn more!
Prof. Upendra K. Sharma
Department of Chemistry and Biochemistry
University of Missouri – St. Louis
1 University Boulevard St. Louis, Missouri 63121-4400, USA
