Results of Cross-leg Free Vascularized Fibular Graft

Tibial Fractures

Cross-leg flap, Vascularized fibular transfer, Open grade III tibial fractures

This study aims to evaluate the new technique of cross-leg vascularized fibular graft for reconstruction of post-traumatic long tibial bone defects in terms of restoring normal anatomy and function of the traumatized limb in a series of cases admitted in Assiut University hospital, Orthopedics and trauma surgery department.

Reconstruction of post-traumatic long tibial bone defects is still a major therapeutic challenge faced by orthopaedic surgeons on both anatomical and functional concerns, and it is usually associated with significant long-term morbidity. Historically, Amputation was the treatment of choice for long tibial bone defects because of difficulty of reconstructove management of such cases. Over the last few decades, Limb salvage procedures have been developed. During the second world war, massive cancellous bone autograft has been the preferred treatment. But traditional bone graft procedures in many cases may be limited by uncontrollable graft resorption. To overcome this disadvantage different management options have been developed to address bone defects of various lengths as vascularized fibular grafts, Ilizarov technique using bifocal or trifocal bone transport, acute limb shortening and masquelet procedure. However, In some cases long bone defects are associated with extensive soft tissue lacerations together with poor ipsilateral blood supply. For those cases previous surgical options are associated with many complications and may end up with failure of reconstruction and amputation, in this situation cross-leg vascularized fibular graft may be a good treatment option because it can provide a blood supply away from that of the extensively traumatized limb.

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Egypt