Open Access. Powered by Scholars. Published by Universities.®

Plastic Surgery Commons

Open Access. Powered by Scholars. Published by Universities.®

Articles 1 - 3 of 3

Full-Text Articles in Plastic Surgery

Advanced Plastic Surgery Techniques For Soft Tissue Coverage Of The Diabetic Foot., Thomas Zgonis, John Stapleton, Thomas S Roukis Feb 2015

Advanced Plastic Surgery Techniques For Soft Tissue Coverage Of The Diabetic Foot., Thomas Zgonis, John Stapleton, Thomas S Roukis

John J Stapleton DPM, FACFAS

Obtaining stable, durable, and functional wound closure of a diabetic foot wound or open pedal amputation through plastic surgical techniques is essential to limit the potential for repeated ulceration, infection, and "supra-pedal" amputation. Myriad conservative and surgical techniques can be used to obtain wound closure. The authors discuss their approach and present operative pearls for their most commonly employed plastic surgical techniques to provide adequate soft tissue coverage of diabetic foot wounds. Emphasis is placed on the techniques necessary to perform these procedures and the surgical thought process involved in closing diabetic foot wounds.


Prefabrication Of A Secondary Tram Flap., Geoffrey G. Hallock Md May 1996

Prefabrication Of A Secondary Tram Flap., Geoffrey G. Hallock Md

Department of Surgery

A secondary TRAM flap was prefabricated in a rat model using the rectus muscle. The right rectus muscle was elevated as an inferiorly pedicled muscle flap in one experimental group (n = 6) and as a superiorly pedicled muscle flap in a second group (n = 5) and then sandwiched between a silicone sheet and the abdominal skin. Two weeks later, the abdominal skin and attached rectus muscle were elevated over the silicone sheet as a secondary TRAM flap. The surviving skin paddle areas of these prefabricated TRAM flaps were compared with superiorly (n = 7) and inferiorly (n = …


The Radial Forearm Donor Site: A Locus Minoris Resistentiae., Geoffrey G. Hallock Md Mar 1989

The Radial Forearm Donor Site: A Locus Minoris Resistentiae., Geoffrey G. Hallock Md

Department of Surgery

No abstract provided.