A New Method to Harvest the Sural Nerve Graft.

OBJECTIVE: In this study, we developed a novel technique to harvest the sural nerve using the mini incisions and the carpal tunnel dilators. MATERIALS AND METHODS: The technique was applied to the 29 sides on 27 patients (24 men and 3 women). The mean age was 27.1 years (range 9-51). The diagnoses were soft tissue traumas in 23 cases, fracture in 2 cases, and previous complicated operation in 2 cases. The harmful effects of harvest procedure on the sural nerve graft were assessed double-blind histopathologically and compared with control group. RESULTS: All the nerve grafts were successfully harvested with no macroscopic damage to the sural nerve graft. There was no statistically significant difference between the histopathologic scores of the distal and proximal nerve segments (p>0.05). The average follow-up time was 17 months (range 8-46). In the postoperative period, no complication such as massive bleeding/hematoma, wound infection, skin necrosis, painful neuroma formation, or prolonged calf tenderness was observed. In all cases, there were inconspicuous scars. CONCLUSION: The method seems safe and has no damage on the nerve graft histopathologically. We believe that this technique may be used in future.

Reconstruction of postburn contractures due to tandir oven.

The aim of the study was to evaluate postburn contracture reconstructions caused by high temperature such as tandir. The records of our 58 patients who were operated for burn contracture between 2008 and 2018 were retrospectively reviewed. Duration elapsed after the burn, localization of contracture, surgery applied, and the recurrence rates were recorded. McCauley classification was used to evaluate the severity of hand contractures. One hundred and thirty-seven contracture release operations were performed in 45 hands in 40 cases. Five patients had bilateral hand contractures. One hundred and sixty-three (84.9%) surgeries out of total 192 contracture release surgery were applied to the hand and foot region. FTSG alone was the most common method of treatment. Z-plasty was used the most frequently by our team as the flap surgery. Tissue damage is more severe due to very high temperature of the tandir and as a result, more frequent and heavier burn contracture occurs on hands and feet than other burn etiologies develops, and reconstructive operations are needed more frequently.

Reconstruction of complex shallow defects of the extremities with free serratus musculofascial flap

Background/aim: Thin and flexible flaps are needed for the repair of extremity tissue defects. Serratus fascia flaps are the most suitable options. There are only a few case reports and case series in the literature. We have aimed to increase the success rate by taking the serratus fascia flaps together with some muscle tissue for the repair of extremity tissue defects. Materials and methods: Between 2006 and 2015, 12 free serratus musculofascial flaps (FSMFFs) were transferred to 11 patients (8 males, 3 females) who had tissue shallow defects of the extremities due to different etiologic factors. The mean age was 24.6 years. Hospital records and patient photographs were reviewed and age, sex, etiologic cause, follow-up period, complication, flap success, cosmetic appearance, and functional results of the extremity were examined. Results: The mean follow-up period was 29.5 months (7­109 months). All of the flaps survived fully and no partial or full necrosis was observed. Partial graft loss was encountered in one patient and it was recovered secondarily with wound dressing. A major deficiency was not experienced postoperatively in the functions and movements of the extremities retained. The cosmetic appearance of the operation area was acceptable or fine. The donor areas healed in all the patients without any problems, and the scars were hidden and inconspicuous. Conclusion: In reconstruction of complex shallow defects of the extremities in which a gliding effect is desired, FSMFF may be an ideal option with its advantages as it does not sacrifice a major vessel, does not leave a hidden and short scar, can be harvested in wide dimensions, and allows the use of the surrounding tissues such as the latissimus dorsi muscle and scapular bone.