Our group pursues interdisciplinary research centered on the molecular engineering of corrole complexes, spanning coordination chemistry, bioinorganic chemistry, medicinal chemistry, and energy catalysis.
Design, synthesis and structural tuning of corrole complexes for new coordination chemistry and photophysics.
Interactions of metal complexes with nucleic acids and proteins to probe biological processes.
Developing metallodrugs and theranostic probes toward disease-relevant targets.
Corrole-based catalysts for hydrogen evolution, water splitting and selective organic transformations.