Immunology and Cell Biology

Stem Cells & Regenerative Immunology

Stem cells and regenerative immunology explore how stem cell biology intersects with immune system function, tissue repair, and therapeutic regeneration. Research focuses on hematopoietic stem cell differentiation, immune cell lineage development, and stem cell transplantation for treating immune disorders and malignancies. This field examines how immune cells regulate tissue healing, inflammation resolution, and regeneration across organs. Advances in iPSCs, organoids, and gene editing are enabling precise modeling of immune disorders and personalized cell-based therapies. Investigators are uncovering how immune dysregulation impairs regeneration and how manipulating stem cell pathways can restore homeostasis. Regenerative immunology also includes developing immune-compatible grafts, engineering cells for improved engraftment, and designing therapies that modulate inflammation to promote repair. Integration of biomaterials, tissue engineering, and immunotherapy is opening new avenues for treating chronic diseases, injuries, and degenerative conditions.