Biomechanics
Cardiovascular modeling: development and function at the cellular, tissue and organ level
Bone biomechanics and structural analysis; Effects of medications, aging, tumors, radiotherapy, and spaceflight on bone; Cancer and radiotherapy; Imaging using quantitative computed tomography
Nonlinear dynamics, control and optimization
Biomechanics, Locomotion, Sensory Biology
Mechanobiology of neural stem cells; How cells transduce mechanical forces; Mechanically-activated ion channels; Role of Piezo1 in neural stem cell fate; Mechanical forces in neural development.