An anatomical study and clinical application of free transfer of foot tissues pedicled with plantar metatarsal artery
- VernacularTitle:足部动脉系统解剖学研究与以跖底动脉为蒂足部组织游离移植术
- Author:
Xiao-Chao CHU
;
Cheng YANG
;
Yong-Jun XU
;
Qingsheng ZHU
;
Rui CONG
;
Hongyin DU
;
Heng LI
;
- Publication Type:Journal Article
- Keywords:
Plantar metatarsal artery;
Dorsal metatarsal artery;
Toe transfer;
Reconstruction of hand function
- From:
Chinese Journal of Orthopaedic Trauma
2004;0(10):-
- CountryChina
- Language:Chinese
-
Abstract:
Objective To explore a new method of functional reconstruction of hand digits and joints with free transfer of foot tissues so as to increase the success rate of the operation.Methods After micro-anatomic study of the plantar and dorsal metatarsal arteries,retrograde and free grafts of foot tissues pedicled with plantar metatarsal arteries were designed and applied in transplantation to treat 76 cases of hand digital or joint defects.The surgeries included 58 cases of transfer of the second toe,four cases of transfer of composite tissues of the second toe, eight cases of transfer of proximal interphalangeal joint,and six cases of nail flap transfer.Results The mi- cro-anatomic study found that the first plantar metatarsal artery was anatomically constant and the diameter of its branch to the second toe was larger than that of the first dorsal metatarsal artery.Flaps survived in 75 of the 76 patients(98.7%),with fine appearance and significantly improved function.One patient who had received free transfer of the second toe to reconstruct the thumb function had to undergo a second repair with infraclavicula skin tube because of refractory arteriospasm of anastomosed vessels.Conclusion Transfer with free retrograde grafts of foot tissues pedicled with plantar metatarsal artery to reconstruct hand functions can effectively improve the success rate of the operation,because it is free of the shortcomings of great anatomic variation of blood vessels and time-consuming and complex procedures in conventional transfer.
