Our primary research interest is in microfluidics and biosensors for cell biology and medicine. Microfluidics provides a useful platform to interface with biological systems, where engineering and materials science approaches can be integrated for replicating the microenvironment of cells while quantitating how they exert and respond to physical forces and biochemical stimuli. We develop microfluidic chips and biosensors to study these processes, and apply them for both fundamental biological and applied clinical researches.
News
- Congratulation to Ola on passing your thesis defense!
- PhD dissertation defense
- Our Sickle cell detection technology has received a U.S. patent.
- New publication in Biomedical Microdevices
- Congratulations to Adele for being selected to receive the Presidential Fellowship!
- Ph.D. dissertation defense
- The 5th annual celebration of academic excellence
- New publication in Scientific Reports