Vincent Caiozzo

Vincent Caiozzo, Ph.D., is a researcher at the University of California, Irvine School of Medicine, with a primary appointment in the Department of Orthopaedics and joint affiliations in Physiology and Biophysics, Otolaryngology, and Community and Environmental Medicine. His work bridges basic science and clinical orthopaedics, focusing on skeletal muscle response to mechanical stress and clinical interventions.

Education:

• Undergraduate: California State University, Long Beach
• M.S. in Kinesiology: UCLA
• Ph.D. in Cell Biology: University of California, Irvine

Dr. Caiozzo's research centers on the mechanistic role of contractile proteins in muscle mechanics, the basis of muscle plasticity, and the application of these principles to clinical pathologies. He has developed a rodent model of the Ilizarov bone-lengthening technique to study how skeletal muscle adapts to constant stretch, aiming to improve clinical outcomes. His work employs advanced techniques such as the work loop method and laser flash photolysis with caged calcium chelators to study muscle activation and relaxation dynamics.

He is actively involved in space-related physiology research, serving as Associate Team Leader for NASA’s National Space Biology Research Institute’s Physical Fitness, Nutrition, and Rehabilitation Team, and is involved with the UC Irvine Space Cycle project. His research has implications for both terrestrial orthopaedic medicine and long-duration spaceflight.

Professional Service:

• Member, NIH NCRR Site Visit Team
• Contributor to NIH NCAM 5-year strategic plan
• Chair, Molecular and Cellular Regulatory Mechanisms Interest Group, American College of Sports Medicine
• Member, Irvine Academic Senate
• Chair, GCRC Executive Advisory Committee
• Member, GCRC Advisory Committee
• Member, Mentor Committee, College of Medicine

Dr. Caiozzo contributes significantly to institutional governance and national research policy through his committee roles at UCI, NIH, and NASA. He serves on multiple university and medical school committees, reflecting his leadership in academic medicine and research infrastructure.

He is involved in medical education through the School of Medicine's residency and fellowship programs, and supports translational research through the General Clinical Research Center (GCRC). There is no mention of specific advisees, grants, or publications in the provided text, but his active research programs suggest ongoing sponsored projects.