Extremity Injury Research Leaders

Lead PI	Affiliation	Project Title
Badylak, Stephen	University of Pittsburgh	In Situ Influence of Cell Fate for Functional Soft Tissue Reconstruction
Dunn, Michael	New Jersey, University of Medicine and Dentistry of, Robert Wood Johnson Medical School	Development of a Novel Medical Device to Restore Knee Function & Prevent Osteoarthritis
Garza, Luis	Johns Hopkins University School of Medicine	Enhancing Prosthetic Use Via Application Of Autologous Palmo/Planta Fibroblasts to Convert The Stump Site to Ectopic Palmo/Plantar Skin
Gregory, Kenton	Oregon Health & Science University	Clinical Treatment of Severe Extremity Injury Complicated by Compartment Syndrome with Autologous Bone Marrow Mononuclear Cells
Guldberg, Robert	Georgia Institute of Technology	Spatiotemporal Regenerative Strategies to Restore Function to Severely Injured Extremities
Khan, Yusuf	University of Connecticut, Storrs	Functionalized Allograft for Large Scale Bone Defect Healing
Kohn, Joachim	Rutgers, State University of New Jersey	Enhancement of Bone Regeneration through Cell-Based Strategies
Lee, Sang Jin	Wake Forest School of Medicine	Engineered Small Diameter Blood Vessels for Limb Reconstruction
Marra, Kacey	University of Pittsburgh	Biodegradable Conduits for Large Extremity Nerve Injuries
Murphy, Sean	Wake Forest University Health Sciences	Skeletal Muscle Preservation in an Ischemic Injury Using Particulate Oxygen-Generating Materials
Shores, Jamie	Johns Hopkins University	Evaluation of Efficacy and Safety of Immediately Available Bioengineered Vascular Grafts for Extremity Arterial and Venous Reconstruction in High and Low Flow States in Humans
Soker, Shay	Wake Forest University Health Sciences	Development of Biological Approaches to Improve Functional Recovery after Compartment Syndrome Injury
Tuan, Rocky	University of Pittsburgh	Regenerative Repair of Traumatic Articular Cartilage Injuries: Point-of-Care Application of Mesenchymal Stem Cells and Chondrocytes
Windebank, Anthony	Mayo Clinic and Foundation, Rochester	Tissue Engineering for Repair of Critical Nerve Gaps