Contact Dr. Foley
David P Foley, MD
Dr. Foley is involved with the following professional societies:
Leadership Roles in Surgery and Transplantation
Dr. Foley has been very active in leadership positions in national surgical and transplant societies. He has served as Co-Chair for the Grants Review Committee for the American Society of Transplant Surgeons. He served on the Executive Committee for the Association for Academic Surgery and Co-Chair of the Education Committee. He has been the Co-Chair and Chair of the Executive Committee for the Liver and Intestine Community of Practice for the American Society of Transplantation.
Dr. Foley is certified by the American Board of Surgery in General Surgery. Dr. Foley’s clinical focus is in liver and kidney transplantation. Dr. Foley provides a wide range of services including kidney transplant, laparoscopic donor nephrectomy, liver resection, and liver transplant.
Dr. Foley’s clinical research interests include studying protective strategies to decrease organ damage and enhance organ function after kidney and liver transplantation. Dr. Foley focuses on identifying and modifying clinical risk factors that lead to poor liver function after liver transplantation. These include studying the use of older donor livers, livers recovered from donation after circulatory determination of death donors, and livers with steatosis. In addition, Dr. Foley leads clinical studies aimed at decreasing delayed kidney function after kidney transplantation.
Dr. Foley’s basic research efforts are focused on identifying novel protective strategies to minimize ischemia-reperfusion injury (IRI) in liver and kidney transplantation. More specifically, his laboratory investigates the cell-specific effects of augmenting endogenous antioxidant pathways in the setting of hepatic and renal IRI. Activation of these pathways in a cell-specific manner can decrease oxidative stress and may promote cellular recovery from these deleterious processes. The ultimate goal is to discover new pharmacologic therapies that can decrease IRI and improve organ function after kidney and liver transplantation.
Active Clinical Trials