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Reconstruction of the distal foot, especially of the toe has always been a challenging problem. Various methods have been tried with variable success rates and limitations. Presented here is a series of four cases, where distally based flaps were used. Two of them were Extensor Digitorum Brevis (EDB) muscle flaps and the other two were first dorsal metatarsal artery (FDMA) based skin flaps. One in each of the two was augmented with a plantar V-Y advancement flap. All flaps survived completely without any flap- or donor site-related complications. The patients were ambulated two weeks following the reconstruction and were symptom-free after an average follow-up of thirteen months. Distal flaps based on the dorsalis pedis system provide a reliable cover for distal foot defects.

reconstruction of the distal foot, especially of the toe has always been a challenging problem. various methods have been tried with variable success rates and limitations. presented here is a series of four cases, where distally based flaps were used. two of them were extensor digitorum brevis (edb) muscle flaps and the other two were first dorsal metatarsal artery (fdma) based skin flaps. one in each of the two was augmented with a plantar v-y advancement flap. all flaps survived completely without any flap- or donor site-related complications. the patients were ambulated two weeks following the reconstruction and were symptom-free after an average follow-up of thirteen months. distal flaps based on the dorsalis pedis system provide a reliable cover for distal foot defects.

Background: Though advances in microsurgery have resulted in better survival rates of replants, replanting crushed and avulsed digits are difficult. If replantation is not possible these digits need local tissue cover to retain length. Patients and Methods: Twenty seven patients underwent distally based cross finger flaps for coverage of exposed vital structures over the amputation stumps. Results: All the flaps survived well. They provide good quality thin pliable tissue over the fingertips and help in achieving near normal range of movements in injured digits. Conclusion: Distally based cross finger flap gives tissues of right dimensions, at the most desired site, making reconstruction of these difficult problems quiet easy.