Mechanobiology
- Cancer Cell Growth Stalled by Low-Intensity Forces
- β-Catenin’s Role in Force Sensing Revealed
- Vibrational Therapy is A New Hope for Bone Health
- LaminA/C Knockdown: Boosting Fat Cells, Retaining Mechanics
Overview
My work in mechanobiology focuses on how mechanical forces influence cellular behavior, particularly in the context of bone regeneration, cancer, and stem cell differentiation. I have studied how the cytoskeleton and nuclear connections mediate mechanical signaling and how these signals affect cell fate decisions, including adipogenesis and tumor suppression. By understanding these mechanotransduction pathways, my research aims to develop new therapeutic approaches for tissue engineering and regenerative medicine.