Reconstruction of a Complex Pretibial Wound Using Dermal Regeneration Template and Split-Thickness Skin Graft
Abstract
This project helped a high-risk patient avoid amputation using staged wound reconstruction, learning adaptive care while improving healing, mobility, and quality of life. This project was conducted in close collaboration with Dr. Powers, a local plastic surgeon, and M4 student Caleb Brown, addressing a community-identified need for limb-salvage options in medically complex patients who were not candidates for prolonged surgery. By implementing a staged reconstructive approach using dermal regeneration templates, negative pressure wound therapy, and split-thickness skin grafting, the project provided a safe, effective alternative to amputation. The project not only restored the patient’s mobility and quality of life but also demonstrated a replicable approach for similar high-risk patients in the community.
For the partners, the project enhanced clinical teaching, fostered interdisciplinary collaboration, and highlighted practical solutions to address complex wound care in vulnerable populations, ultimately contributing to improved patient outcomes and community health.
Start Time
15-4-2026 3:30 PM
End Time
15-4-2026 4:30 PM
Room Number
304
Presentation Type
Oral Presentation
Presentation Subtype
Grad/Comp Orals
Presentation Category
Health
Student Type
Graduate and Professional Degree Students, Residents, Fellows
Faculty Mentor
Jeremy M. Powers
Reconstruction of a Complex Pretibial Wound Using Dermal Regeneration Template and Split-Thickness Skin Graft
304
This project helped a high-risk patient avoid amputation using staged wound reconstruction, learning adaptive care while improving healing, mobility, and quality of life. This project was conducted in close collaboration with Dr. Powers, a local plastic surgeon, and M4 student Caleb Brown, addressing a community-identified need for limb-salvage options in medically complex patients who were not candidates for prolonged surgery. By implementing a staged reconstructive approach using dermal regeneration templates, negative pressure wound therapy, and split-thickness skin grafting, the project provided a safe, effective alternative to amputation. The project not only restored the patient’s mobility and quality of life but also demonstrated a replicable approach for similar high-risk patients in the community.
For the partners, the project enhanced clinical teaching, fostered interdisciplinary collaboration, and highlighted practical solutions to address complex wound care in vulnerable populations, ultimately contributing to improved patient outcomes and community health.
