Introduction: Reconstruction of the lower leg commonly requires a free tissue transfer after Gustillo grade IIIB-IIIC injuries and severe post-oncological resections, where, free musculocutaneous flaps (MCF) are preferred for their size and robust blood supply. The anastomoses are performed at more proximal levels to keep them away from the trauma zone. This reasonable maneuver causes the distal of the flap to cover the most critical part of the defect. Any marginal necrosis, then, ends in exposure of the bone or implant. Reported here is the use of a perforator flap derived from a previously transferred free MCF as a backup tissue. Patients and methods: Distal marginal necrosis exposing vital structures were encountered after six free MCF ...
Background: The soft tissue of the central pretibial area is difficult to reconstruct often requirin...
Background: Limb salvage rates for lower limbs have improved tremendously for trauma and tumor victi...
Free tissue transfer has revolutionized tissue reconstruction. Microvascular operation techniques us...
Summary Leg soft tissue defects with bone or tendon exposure need to be covered with a flap. Various...
The evolving concept of free-style flaps with one or more perforators able to lend support, has been...
The Aim of Work: The aim of this study was to increase the efficiency of reconstruction of extensive...
none5siSummary: Reconstruction of the leg is particularly challenging espe- cially when the defect i...
Background: The tenuous blood supply of traditional flaps for wound cover combined with collateral d...
The evolving concept of free-style flaps with one or more perforators able to lend support, has been...
Summary: Reconstruction of the leg is particularly challenging especially when the defect involves i...
PubMedID: 26944233Objective The reconstruction of complex lower leg and foot defects is difficult fo...
A true muscle perforator flap is distinguished by the requisite intramuscular dissection of its musc...
BACKGROUND AND AIM: Coverage of soft-tissue defects of the knee due to multiple operations, trauma, ...
Free tissue transfer has revolutionized tissue reconstruction. Microvascular operation techniques us...
INTRODUCTION: Perforator flaps as an innovative method for soft tissue transfer that maximizes funct...
Background: The soft tissue of the central pretibial area is difficult to reconstruct often requirin...
Background: Limb salvage rates for lower limbs have improved tremendously for trauma and tumor victi...
Free tissue transfer has revolutionized tissue reconstruction. Microvascular operation techniques us...
Summary Leg soft tissue defects with bone or tendon exposure need to be covered with a flap. Various...
The evolving concept of free-style flaps with one or more perforators able to lend support, has been...
The Aim of Work: The aim of this study was to increase the efficiency of reconstruction of extensive...
none5siSummary: Reconstruction of the leg is particularly challenging espe- cially when the defect i...
Background: The tenuous blood supply of traditional flaps for wound cover combined with collateral d...
The evolving concept of free-style flaps with one or more perforators able to lend support, has been...
Summary: Reconstruction of the leg is particularly challenging especially when the defect involves i...
PubMedID: 26944233Objective The reconstruction of complex lower leg and foot defects is difficult fo...
A true muscle perforator flap is distinguished by the requisite intramuscular dissection of its musc...
BACKGROUND AND AIM: Coverage of soft-tissue defects of the knee due to multiple operations, trauma, ...
Free tissue transfer has revolutionized tissue reconstruction. Microvascular operation techniques us...
INTRODUCTION: Perforator flaps as an innovative method for soft tissue transfer that maximizes funct...
Background: The soft tissue of the central pretibial area is difficult to reconstruct often requirin...
Background: Limb salvage rates for lower limbs have improved tremendously for trauma and tumor victi...
Free tissue transfer has revolutionized tissue reconstruction. Microvascular operation techniques us...