Sanjit R Konda1, Mark Gage, Nina Fisher, Kenneth A Egol. 1. *Department of Orthopaedic Surgery, NYU Hospital for Joint Diseases, New York, NY; and †Jamaica Hospital Medical Center, Queens, NY.
Abstract
PURPOSE: Posttraumatic bone defects in the setting of severe open injuries of the lower extremity present a significant challenge for orthopaedic trauma surgeons. The induced membrane technique, also known as the Masquelet technique, has been shown to be generally successful in achieving bony union. This video demonstrates the use of the Masquelet technique for a large (18 cm) femoral defect. METHODS: The Masquelet technique is a 2-stage process. The first stage involves debridement of all devitalized tissue, using open reduction and internal fixation, and placement of a cement spacer with or without antibiotics. In the second stage, which is performed at least 6 weeks after the first, the spacer is removed and the resulting void is filled with bone graft. RESULTS: This surgical case video reviews the relevant patient injury presentation, initial management, and indications for the Masquelet technique. The second stage of the Masquelet technique is featured in this video. CONCLUSIONS: The Masquelet technique is a generally reliable method for treating large segmental bone defects. In addition, this relatively simple technique is suitable for both infected and noninfected cases.
PURPOSE:Posttraumatic bone defects in the setting of severe open injuries of the lower extremity present a significant challenge for orthopaedic trauma surgeons. The induced membrane technique, also known as the Masquelet technique, has been shown to be generally successful in achieving bony union. This video demonstrates the use of the Masquelet technique for a large (18 cm) femoral defect. METHODS: The Masquelet technique is a 2-stage process. The first stage involves debridement of all devitalized tissue, using open reduction and internal fixation, and placement of a cement spacer with or without antibiotics. In the second stage, which is performed at least 6 weeks after the first, the spacer is removed and the resulting void is filled with bone graft. RESULTS: This surgical case video reviews the relevant patient injury presentation, initial management, and indications for the Masquelet technique. The second stage of the Masquelet technique is featured in this video. CONCLUSIONS: The Masquelet technique is a generally reliable method for treating large segmental bone defects. In addition, this relatively simple technique is suitable for both infected and noninfected cases.
Authors: Yao Lu; Teng Ma; Cheng Ren; Zhong Li; Liang Sun; Hanzhong Xue; Ming Li; Kun Zhang; Congming Zhang; Qian Wang Journal: J Int Med Res Date: 2020-04 Impact factor: 1.573