Reconstruction Of Lower Leg Defects Research Articles

Reconstruction of Tibia Fracture With Soft Tissue Defect.

We aimed to compare different methods to treat lower leg soft tissue defects with tibia fracture using free flaps and pedicled flaps. We also highlighted the aesthetic outcome after using 1-stage secondary debulking procedure for tibia area. From December 2000 to March 2017, 83 patients with lower leg defects and tibia fractures were reconstructed using 71 free flaps and 12 pedicled flaps. One-stage secondary debulking procedures were performed for 39 patients after flap reconstruction. Infection control and aesthetic outcomes using 5-point Likert scale were reviewed after a 16-month follow-up. Twenty-five myocutaneous free flaps, 45 fasciocutaneous free flaps, 1 fibula free flap, 12 pedicled flaps of which 8 were distally based sural artery flaps, and 4 medial gastrocnemius flaps were used. The flap survival rate was 100%. There was no recurrence of osteomyelitis in any patient after reconstruction with any of these flaps. Using a 5-point Likert scale, performance of a 1-stage secondary debulking procedure showed statistically significant difference in terms of contour, color, and texture compared with the group without debulking procedure. The use of free flaps and pedicled flaps in the reconstruction of lower leg defects with tibia fracture is reliable and results in good infection control. A 1-stage secondary debulking procedure delivers excellent long-term aesthetic outcome after reconstruction of the tibia area.

Versatility of the reverse sural fasciocutaneous flap for the reconstruction of lower leg defects caused by chronic osteomyelitis.

Versatility of the reverse sural fasciocutaneous flap for the reconstruction of lower leg defects caused by chronic osteomyelitis.

Aesthetic reconstruction of lower leg defects using a new anterolateral lower leg perforator flap

Our objective in this study was to report on the successful clinical use of a new perforator flap obtained from the proximal quarter of the anterolateral lower leg. Eight patients had the procedure either as a result of trauma (seven patients) or to treat Marjolin's ulcer (one patient). During the procedure, a line was drawn from the anterior fibular head to the anterior lateral malleolus. Then, using Doppler, a septocutaneous perforator from the fibular head to the proximal quarter point of the line was identified. The subfascial dissection was continued to the detected perforator. Along the perforator in the anterior intermuscular (peroneal) septum, a deep dissection was performed. The perforator was then separated and the flap harvested. The septocutaneous perforator was the perforator of the superficial peroneal nerve accessory artery in three cases, the perforator of the superior lateral peroneal artery in one case, and the perforator originating directly from the anterior tibial artery in four cases. Seven of eight cases were treated successfully. The results obtained were satisfactory, both aesthetically and functionally. This flap is a valuable alternative to the various perforator flaps from the lower leg. This flap has the advantage of being very thin, which makes it suitable for reconstruction of defects in the foot, ankle, pretibial area, and knee. However, one limitation of this procedure is that the diameter of the perforator was approximately 0.6-1.2 mm.

Gluteal Fascio-cutaneous Flap For Reconstruction Of Lower Leg Defects

AbstractReconstruction of full thickness defects of lower leg by ipsilateral inferior gluteal fasciocutaneous flap is presented. This flap is based on the decending branch of the inferior gluteal artery.

Cross leg posterior tibial artery fasciocutaneous island flap for reconstruction of lower leg defects

We have utilised a posterior tibial artery flap from the opposite healthy limb for reconstruction of defects of middle and lower third of leg in 6 patients. The flap can be based either distally or proximally as the need be. The results have been quite encouraging.

Bilobed fasciocutaneous flap

The use of a bilobed fasciocutaneous flap in the reconstruction of lower leg defects is described. Two successful cases and the advantages of the bilobed fasciocutaneous flap in lower leg reconstruction are emphasised.