Clinical Experiences about Correction of Web Space Contracture and Syndactyly using V-M Plasty.

Kim, Eui Sik; Park, Sang Ryul; Hwang, Jae Ha; Kim, Kwang Seog; Lee, Sam Yong

Original Article

Journal of the Korean Society of Plastic and Reconstructive Surgeons 2010;37(1):46-51.
Published online January 1, 2010.

Clinical Experiences about Correction of Web Space Contracture and Syndactyly using V-M Plasty.

Eui Sik Kim, Sang Ryul Park, Jae Ha Hwang, Kwang Seog Kim, Sam Yong Lee

Department of Plastic and Reconstructive Surgery, Chonnam National University Medical School, Gwangju, Korea. pskes@chol.com

Abstract

PURPOSE
The loss of web space is caused by congenital syndactyly or acquired burn injury, trauma or surgery. Numerous surgical procedures have been described for restoration of the web space. Local flaps are usually preferred because of the easiness to perform and tolerable postoperative outcome. Among the various local flaps, the authors introduce V-M plasty for correction of web space contracture and syndactyly. METHOD: From March 2007 to Jun 2008, 4 patients underwent V-M plasty for correction of web space contracture and syndactyly. V-M plasty consists of 3 distinct triangular flaps. One triangular flap is designed next to the web region on the dorsal site of the hand, whereas the remaining 2 triangular flaps are placed on the volar site. The dorsal triangular flap is then placed between the volar adjacent triangular flaps. At the end of the operation, the involved fingers or toes are positioned in abduction to avoid kinking of the triangular flaps. RESULT: All the patients gained web functions with good esthetic appearance without any recurrence or complications. Mean follow-up was 8 months.
CONCLUSION
V-M plasty is a safe, easy and rapid procedure to design and apply by using local tissues without the needs for a skin graft or risk of linear scarring and recurrence. The authors advise this versatile technique both in primary and recurrent cases of web space contracture and syndactyly.

Keywords: Contracture; Syndactyly; Web space; V-M plasty