Brazilian Butt Lift: An Experience Over 3000 Patients.

INTRODUCTION: The Brazilian Butt Lift (BBL) is a safe technique that entails body reshaping through buttock augmentation using autologous fat transfer. METHOD: Between 2018 and 2022, 3000 patients underwent surgery. Each procedure commenced with the patient in supine position, starting with abdominal liposuction, followed by fat transfer to hips. Subsequently, the patient was repositioned to a prone stance. Liposuction of the back and waist ensued, concluding the surgery with fat transfer to the buttocks. Stringent precautions were implemented to ensure the safety of the patient throughout the procedure. RESULTS: Eighty-six percent of patients express satisfaction with their outcomes, while seventy percent of the transferred fat calls survive in the buttocks. One serious complication and some minor complications have been encountered and effectively managed through conservative measures. CONCLUSION: BBL proves to be a safe and satisfactory surgery when performed by experienced surgeons who adhere to fundamental principles. LEVEL OF EVIDENCE 3: This journal requires that authors assign a level of evidence to each article. For a full description of these Evidence-Based Medicine ratings, please refer to the Table of Contents or the online Instructions to Authors www.springer.com/00266 .

A new experimental burn model with an infrared heater.

BACKGROUND: This study was undertaken to develop new experimental burn injury model using conventional infrared heaters. METHODS: 21 Sprague-Dawley rats were divided into 3 groups. Portion of dorsal area was exposed to infrared radiation from distance of 50 cm to create burn injury. Length of exposure to heat for Group 1 was 5 minutes; Group 2 was exposed for 7½ minutes, and Group 3 was exposed for 10 minutes. Macroscopic and histopathological evaluations were utilized to demonstrate depth and characteristics of injury. RESULTS: There was no burn injury in first group. Group 2 developed partial thickness burn, and result was full thickness burn injury in Group 3. In Groups 2 and 3 there was statistically significant difference in dermal collagen denaturation. Dermal injury depth was statistically significantly higher in Group 3 compared to Group 2. CONCLUSION: New experimental burn injury model is described using conventional infrared heaters. Standard variables pertaining to model were defined to produce burn injuries at predictable depth: 10 minutes of exposure from 50 cm distance for full thickness burn, and 7½ minutes of exposure from the same distance for partial thickness injury.

The Effects of Desferroxamine on Bone and Bone Graft Healing in Critical-Size Bone Defects.

BACKGROUND: Autogenous bone grafts are still the criterion standard treatment option in critical-size bone defect reconstructions, and many therapies can affect its incorporation. In this study, it was aimed to research the effects of desferroxamine (DFO) application on bone and bone graft healing due to the effects of osteoblast and osteoclast regulation and stimulation of angiogenesis. METHODS: Rat zygomatic arch critical-size bone defect model (5 mm) was used as the experimental model. Thirty-two Sprague-Dawley rats (64 zygomatic arches) were divided into 4 groups (16 zygomatic arches in each). In groups 1 and 2, defects were reconstructed with the bone grafts harvested from the other side, and the right arc was named as group 1, and the left was group 2. At group 1, 200 µM/300 µL dosage of DFO was injected at the zygomatic arch region starting at the seventh day preoperatively and lasting until the 45th day postoperatively. Group 2 animals were defined as the control group of group 1, and 0.9% NaCl injection was applied. In groups 3 and 4, there was no repair after the formation of defects, and the right arc region was treated with DFO, and left was treated with 0.9% NaCl for postoperative 45 days, respectively. Radiological (computed tomography), histological (hematoxylin-eosin), and biomechanical (3-point bending test) tests were used for the evaluation. RESULTS: In radiological evaluation, there was a statistically significant decrease (P < 0.05) in bone defect size in group 3 animals at the 4th, 8th, and 12th weeks, and bone graft volume showed a statistical difference at all weeks (P < 0.05). In histological evaluation, it was observed that there was an increase in osteoblast number and vascularity rates (P < 0.05) in the DFO-treated groups at all weeks. Biomechanical evaluation of the subjects showed increase in bone strength in group 1 animals at 12 weeks. CONCLUSIONS: In this study, it was shown that DFO treatment increased bone graft incorporation and healing in critical-size bone defects. In this aspect, we suggest that DFO can be used to increase graft incorporation in risky areas and reduce the defect size in patients who are not suitable for vascularized bone graft transfer.

Reflectance confocal microscopy as a useful diagnostic tool for monitoring of skin containing vascularized composite allograft rejection: A preliminary study on rats.

Vascularized composite allografts can undergo immune-mediated rejection, and skin biopsies are needed for monitoring of the transplant. However it is an invasive method, and requires processing time and pathological assessment. The purpose of this study is to use a new noninvasive monitoring method of the reflectance confocal microscopy (RCM) to determine severity of the allograft rejection on rats. Five groin flap allotransplantation were performed between 10 male Sprague-Dawley rats. Immunosuppressive therapy with cyclosporine A was given to the recipients during 10 days after surgery and was ended at the 10th postoperative days to allow acute transplant rejection. Following cessation of CsA, concomitant RCM evaluation and skin biopsy was performed every other day from each animal until total rejection of the allograft. Complete rejection of the allograft took nearly about 10 days and 4 or 5 RCM evaluation and skin biopsy was performed from each rat during this period. A total of 17 specimens were evaluated. A scoring system was developed based on the RCM findings. Skin biopsies were evaluated according to the Banff 2007 working classification criteria. RCM evaluation revealed epidermal irregularity and collagen destruction, however mild perivascular inflammation and degeneration of the basal epidermal layer were observed in early and late rejection period respectively with histopathologic evaluation. High correlation was found between the RCM scores and histopathologic grading. The RCM may be the useful tool to reduce the need for skin biopsy for monitoring of the skin containing vascularized composite allograft.

The Reverse Fasciocutaneous ALT Flap Harvested From Deeply Wounded and Scarred Area for Reconstruction of the Knee: A Case Report.

Because of limited flap alternatives, soft tissue reconstruction over the knee is a challenging problem for reconstructive surgeons. When accompanied with surrounding tissue damage in major injuries, local flap alternatives are not available and reconstruction is more difficult. In this report, we present the first case in the literature of a patient who had reconstruction by the reverse fasciocutaneous anterolateral thigh (ALT) flap harvested from a deeply wounded and scarred area for soft tissue defect of knee region. It was shown that the ALT flap can be harvested from deeply wounded and scarred thigh and without any major complication and debulking procedure and that ideal cosmetic and functional results could be achieved.

[Neodymium magnet injury causing nasal fracture: a case report]. / Nazal kiriga neden olan neodyum miknatis ile yaralanma: Olgu sunumu.

In parallel with technological developments, small size but strong magnets are commonly used in modern devices. In terms of foreign body injuries, magnet injuries are quite rare. However, due to their unique characteristics, there are some difficulties in their management. The magnetic field generated by the magnet affects the surgical instruments and make treatment difficult. In this case report, a nasal injury due to neodymium magnet and our alternative approach for its management was reported.

Staged repair of severe open abdomens due to high-energy gunshot injuries with early vacuum pack and delayed tissue expansion and dual-sided meshes.

BACKGROUND: Open abdomen is a salvage procedure that prevents catastrophes after severe intraabdominal traumas. However, following this life saving attempt, it is mostly not feasible to close the abdomen immediately after the recovery of intraabdominal injuries. Consequently, a staged reconstruction is required, and the first stage is usually a temporary closing approach. At the end of this stage, resulting giant "ventral hernia" is a burden for both the patient and the surgeon. Therefore a permanent repair is subsequently needed. Although there are many treatment modalities described for this goal, etiologies like high-energy gunshots may cause an exactly nuisance scene which can limit treatment options and reduce final success. Herein, it was the objective of this study to present our staged protocol to restore the abdominal wall defect and strategy for optimizing the results in such conundrum cases. METHODS: Treatment was performed on nine male patients suffering from severe open abdomen due to high-energy gunshot injury. In all patients, temporary closure was provided by negative pressure wound treatment applied directly to the viscera and followed by skin grafting. Late permanent closure was performed with the lamination of expanded abdominal skin and dual-sided meshes. RESULTS: The follow-up period ranged between 24 months to 4.5 years (mean, 3 years). During this period, no recurrence of ventral hernia, enteric fistula formation, abdominal infection and seroma formation was observed in any patient. CONCLUSION: In this study, NPWT, tissue expansion and dual-sided mesh were used together as a staged procedure for optimizing the results in the clinical scenario of an open abdomen due to high-energy gunshot wound. Results were highly satisfactory for patients and acceptable aesthetically.

Our experiences on the reconstruction of lateral scalp burn alopecia with tissue expanders.

INTRODUCTION: Cicatricial alopecia is a form of hair loss that causes both cosmetic and psychological concerns. Although tissue expanders are the common approach to reconstruction, no algorithm exists in the literature for this process. In this study, it was aimed to create an algorithm for the reconstruction of lateral scalp alopecias with the goal to achieve better and standardized results. MATERIALS AND METHODS: Lateral scalp alopecias were divided into three groups: total lateral alopecia (type I), temporal and sideburn alopecia (type II), and sideburn alopecia (type III). Tissue expanders were placed at the parieto-occipital area in type I defects, parietal area in type II defects, and the temporal region in type III defects. Tissue expanders were used to create flaps that were advanced with 60° rotation, 90° rotation, and no rotation for type I, II, and III defects, respectively. RESULTS: Fifteen patients were treated with this algorithm. Using this simple approach, we achieved natural, standardized aesthetic results for each patient, all of whom were satisfied with the final results. CONCLUSION: Although the number of case were limited, the ideal and standardized cosmetic results could be obtained by this approach.

Reconstruction of the one-digit foot with an osteocutaneous fibula flap: a case report.

The decision to amputate or reconstruct after high-energy foot injuries is controversial. A 25-year-old male patient was admitted to our clinic with a complex injury to his left foot sustained during a mine explosion, and the second to fifth digits and metatarsals of the left foot had been traumatically amputated before admission to our facility. The complex left foot defect was reconstructed with an osteocutaneous fibula flap during a single session. An osteotomy was performed on the bone segment of the flap, and both lateral longitudinal and transverse arches were repaired. Both aesthetic and functional outcomes were very satisfactory, including independent ambulation, light jogging, and full performance of activities of daily living without limitation. Many factors, including comorbidities, should be considered during the decision-making process of amputating or reconstructing complex foot injuries.

An extraordinary case of axillary contracture: trapped healthy skin and its adnexes under contracted scar.

Although striking improvements have been achieved in overall management of burn injury, postburn contractures are still an ongoing challenge to burn surgeons. Axillary adduction contracture is one of the most common types of these disabling postburn complications that usually result from suboptimal treatment after acute burns. An unusual and complicated case of axillary contracture in which the unburned, healthy axillary dome skin was trapped as a cystic mass under the scarred area was reconstructed by transfer of a big (17×13-cm) thoracodorsal artery perforator flap after contracture release. The result was satisfactory in terms of function and acceptable cosmetically. The underlying reasons for the inadequate treatment the patient received after surviving a severe electrical injury were discussed.