Research
Nanotechnology for Biophysics and Biomedicine
Our research is focused at the nano-bio interface, with the ultimate goal to better understand and engineer immunity and diseases. We quantify and modulate cell functions by merging nanotechnology and advanced imaging techniques.
Biophysics of Immune Cells and Membranes
We utilize advanced nanotechnology tools and advanced super-resolution imaging techniques to explore cell communication, from how membrane receptors interact and cooperate to determine cell functions, to how membrane organelles organize and communicate within cells to exchange information.
Nano-tools for Disease Detection and Diagnosis
We develope nanomaterial-based analytical tools to detect and quantify biochemical reactions and dynamics within living cells. Our long-term goal is to develop quantitative diagnostic tools for detecting abnormal processes in diseased cells and identifying therapeutic approaches.
Biophysics-driven Therapeutics for Infections and Immune Interventions
Building upon our biophysical understanding of cells, we engineer nanomaterials as effective antimicrobial agents against multi-drug resistant pathogens. We also develop nanomaterials for modulating innate immune responses for cancer and immune therapies.
The College of Arts