Currently, the free fibular flap is well accepted as the first choice for mandibular reconstruction. Achieving functional results in pediatric patients requires a different approach than that employed for mature patients. Because the pediatric craniofacial skeleton continues to grow, reconstruction is more challenging, and the long-term results can be different from those of adult patients. In this study, we sought to measure flap growth objectively in our series. Ten pediatric patients who underwent reconstruction with free fibular flaps were retrospectively reviewed. Flap growth was evaluated by comparing the intraoperative photographs with photographs of the control panoramic mandibular radiographs taken using photo-anthropometric techniques. The measurements were converted to proportionality indices (PI), and these indices were compared. Subsequent complications and functional results were also evaluated. The mean patient age was 11.8 years, and the mean follow up was 57.7 months. The mean preoperative PI value was 10.74  ±  2.47. The mean postoperative PI value was 12.52  ±  2.34. The mean difference between the preoperative and postoperative PI values was -1.78 ± 0.53. These photo-anthropometric data clearly illustrated the growth of the fibular flaps (P = 0.001). None of these patients exhibited nonunion of the fractures; however, one patient experienced a delayed union, one had chronic temporomandibular joint pain, and one had chronic temporomandibular joint luxation. In two patients, the inter-incisive measurements were below the third percentile, and two additional patients had grade 2 eating abilities, which can be regarded as poor. All of the patients had symmetric mandibular contours. Free fibular flaps continue to grow in pediatric patients. This flap is a "workhorse" flap in children because it adapts to the craniofacial skeleton via its ability to grow, and this ability results in subsequent good cosmetic and functional results.

In modern plastic and reconstructive surgery, shape and function must be considered together. These are the most important goals of any operation. There are a lot of techniques that have been reported for total lower lip reconstruction. It is believed that the radial forearm flap is the most suitable technique for lower lip and chin reconstruction after tumor excision so as to achieve better shape and functional results. The sensate radial forearm-palmaris longus free flap was used for total lower lip reconstruction in 17 patients with lower lip carcinoma with a mean age of 51 years. Two of the patients were female, and 15 were male. All the patients had squamous cell carcinoma. The patients were followed up for 1 to 3 years. Complications of these operations were partial superficial flap loss in 1 patient, partial graft loss in the donor areas of two flaps, and infection in only 1 patient. Wound dehiscence, fistula formation, suture abscesses, or sialocele was not seen in any patient. In this study, the aim was to demonstrate that the sensate radial forearm flap could produce acceptable esthetic results, good sphincteric function, and sensation in the early period after surgery.

Basal cell carcinoma (BCC) is the most common form of cancer in Caucasians. This study was undertaken to define clinical features of BCC treated by surgical excision in Turkish patients. One-hundred and ninety-eight patients with 216 BCC, all treated by surgical excision, were studied prospectively. Age and sex distribution, personal and family history, skin type, site and size of the lesions, clinical type of the lesions, status of surgical margins and incidence of recurrence were analyzed. The male to female ratio was 9:10, and the average age of the patients was 64.5 years. Of the tumors, 91.5% occurred on the head and neck. There was also personal and/or family history of cancer in 24.8% of our cases. Of all BCC treated, 83.8% had a noduloulcerative clinical appearance. The vast majority of our patients were Fitzpatrick type 3 (53.0%) and type 2 (41.5%). There were seven recurrences after follow-up periods varying between 3 months and 2 years. In conclusion, clinical characteristics of BCC in Turkish patients have both similarities and differences compared with other countries.

Pediatric free-tissue transfers are increasing due to the development of better equipment, finer surgical technique, and a better understanding of the unique characteristics of pediatric cases. In our opinion, high success rates with good cosmetic and functional results can be obtained if the specific requirements of the pediatric procedures are met.

Objective: Free flap surgeries constitute the basis of reconstruction surgery in patients with major defects. Prediction of complications that cause flap loss in such patients is important in terms of reducing the length of hospital stay and expenses. We aimed to retrospectively investigate the effect of co-morbidities and the coagulation status on flap loss and complications in patients with reconstructed free flap. Methods: Demographic data, smoking, alcohol habits, co-morbidities, coagulation tests and thromboelastogram results from preoperative, intraoperative and postoperative anaesthesia and surgical records of patients undergoing free flap surgeries between January 2015 and June 2017 were retrospectively screened. Results: Flap success rate was found to be 96.1% in total 77 patients with free flap. Coagulation related complication rate, such as thrombosis, haematoma and partial necrosis, were 22.1%. There was a significant relationship between age, chronic obstructive pulmonary disease and hypercholesterolaemia and flap loss (p=0.006, p=0.025 ve p=0.025, respectively). Flap complications were more frequent in patients with chronic obstructive pulmonary disease and hypertension. Laboratory test results revealed no statistical correlation between flap complications and flap loss with preoperative and postoperative TEG. Conclusion: Advanced age, co-morbidities such as hypertension and chronic obstructive pulmonary disease are associated with complications and flap loss in free flap surgery. However, there were no clinically significant association of complications and flap loss with laboratory tests showing coagulation. We believe that standardised protocols should be established in terms of preparation, intraoperative management and postoperative follow-ups because the time between taking the coagulation tests and postoperative anticoagulant administration should be standardised in such surgeries.