Research
Metal-Based Approaches to Study and Treat Disease
Our research focuses on how metal complexes behave in biological systems and how they can be used to understand and treat disease. In particular, we work on light-activated metal compounds for cancer therapy, including approaches that combine photodynamic therapy with immunotherapy. We also study metal cofactors in viral proteins. We use cellular imaging to understand how these compounds interact with and localize within cells. By combining synthesis, spectroscopy, and biological studies, we aim to understand how these systems work and use that knowledge to design more effective and selective therapeutic strategies for improved treatment outcomes.
Support the Lab
Support for our research enables undergraduate students to carry out hands-on projects in metal-based therapeutics and provides resources for synthesis, characterization, and biological testing. This support helps advance ongoing projects and develop new directions, including work at the interface of chemistry and medicine.
We welcome conversations about how to support this work and help move these projects forward.