author = {Dogra, Bharat. and Priyadarshi, Siddhartha. and Nagare, Ketak. and Sunkara, Raveesh. and Kandari, Ashwani. and Rana, Karamvir.}, title = {{Reconstruction of soft tissue defects around the ankle and foot}}, journal ={Medical Journal of Dr. D.Y. Patil University}, volume ={7}, number ={5}, pages = {603-607}, doi = {10.4103/0975-2870.140426}, year = {2014}, abstract ={Introduction: Soft tissue defects over ankle and foot region are encountered quite frequently following road traffic trauma and surgery. Management of such cases is a challenging task for any reconstructive surgeon because of paucity of skin and relative poor vascular status of skin in this region. Hence, invariably such cases require microsurgical free flap coverage, expertise for which may not be available at all the centers, such procedures require long operating hours and suitable recipient vessel may not be available in crush injuries. Materials and Methods: Thirty consecutive patients having soft tissue defects around ankle and foot region who underwent various reconstructive procedures in a medical college hospital during last 2 years form the basis of this study. This study was carried out to enlist various etiological factors and reconstructive surgical procedures employed to manage such cases without microsurgery. Results: The age of these patients ranged from 9 to 72 years. Twenty-five patients were males while 05 were females, with a mean age of 25 years. Road traffic accidents happened to be the primary cause of such defects in as many as 15 patients, cycle spoke trauma in 02 patients, implant exposure following orthopedic surgery in 6 patients, diabetic angiopathy in 4 patients and chronic osteomyelitis in 3 patients. The site of the defect was lower fourth of tibia in 16 patients, dorsum of foot in 2 patients, sole in 5 patients, medial aspect of ankle in 02 cases, lateral aspect in 02 cases and retro calcaneal region in 03 cases. In 10 cases distally based superficial sural artery flap was used to reconstruct the defect. In step rotation flap was used to provide sensory flap cover in the weight bearing heel in 04 cases. Inferiorly based fasciocutanenous flaps in 09 cases and muscle flaps were used in 07 cases. Conclusion: Distally based sural artery based flaps are very handy to provide skin cover around ankle and malleolar regions. Muscle flap can be used when the defect is small but deep to obliterate the cavity and it can be covered with skin graft.}, URL ={https://journals.lww.com/mjdy/pages/default.aspx/article.asp?issn=0975-2870;year=2014;volume=7;issue=5;spage=603;epage=607;aulast=Dogra;t=6}, eprint ={https://journals.lww.com/mjdy/pages/default.aspx/article.asp?issn=0975-2870;year=2014;volume=7;issue=5;spage=603;epage=607;aulast=Dogra;t=6} }