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The latissimus dorsi muscle flap is a robust option for reconstructing defects over the back, but the use of this flap in infants is not widely documented. We did this flap to cover a defect that was created after wide local excision of a rhabdomyosarcoma on the back of a 2-month-old infant. Reconstructive surgery was completed successfully, and postoperative recovery was uneventful.
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Background Plastic surgery training requires the trainee to assist in surgeries to improve their on-table decision making and hone their surgical skills, but this results in an increased risk of intraoperative complications and increased operative time. It is important to have a training method that orients the trainee toward the surgery to ensure patient safety. Materials and Methods A training method called preoperative preparatory talk (PPT) was devised in which the preceptor orients the trainee toward the planned surgery in three phases. Comparison and statistical analysis of mean operative times of four stages of free flap surgeries after PPT and without PPT were done. Objective Structured Assessment of Technical Skill (OSATS) scores of surgical trainees were also documented for surgeries done with and without PPT and statistical analysis was done for comparing these scores. Results Statistical analysis via unpaired t -test confirmed that after applying PPT, there was a significant decrease in time taken in three out of four stages of free flap surgeries: flap planning and harvesting, recipient site preparation and vessel dissection, and flap division and partial inset. Trainees were found to be better oriented toward the surgery which resulted in a better performance on table that was confirmed by statistical analysis of OSATS score via unpaired t -test. Conclusion PPT ensures better learning for the resident and improves patient safety because of better orientation of the operating team toward the procedure and operating steps. This reduces the operative time of free flap surgeries. We recommend this training method to be incorporated in plastic surgery training programs.
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INTRODUCTION AND IMPORTANCE: The orbit is a complex region of the body that is susceptible to several diseases. The term "anterior orbitotomy" describes access to the orbit through the conjunctiva or eyelid from the front. This includes transconjunctival, medial, inferior, and superior approaches. The superior and lateral regions of the posterior orbit can be adequately exposed using a frontotemporal orbitozygomatic approach. The main aim of orbital surgery is to preserve vision. We discuss numerous surgical procedures for ocular tumours in this case series, along with the results of those procedures. CASE PRESENTATION: In this case series, various surgical procedures for ocular tumours are discussed, along with their results postoperatively. Meningioma, cavernous hemangioma, dermoid, and Erdheim Chester disease were among the diagnoses. The early surgical outcome parameters in this case series were increased ocular motility and decreased proptosis. CLINICAL DISCUSSION: A medial orbitotomy was done as the lesion was in the medial orbit in our first case. In the second, third, and fourth cases, lateral orbitotomies were done because the lesion was in the lateral orbit. The frontotemporal orbitozygomatic approach was used in the fifth and sixth cases with the lesion reaching the orbital apex. Patients with symptoms should consider surgical excision, which involves completely removing the tumour while maintaining the functionality of the muscles and optic nerve. Having a good surgical view and exposure is essential to understand the anatomical relationships in a small area. CONCLUSION: The surgical strategy should be used in a manner that maintains visual acuity, limits injury to nearby objects, lowers postoperative morbidity, and is cosmetically acceptable.
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Background: This review will outline the evaluation, diagnosis, and management of dermatofibrosarcoma protuberans and emphasizes multidisciplinary role of nurses, plastic surgeons and radiation oncologist in this recurrent metastatic lesion. It pinpoints affected population at risk, clinical features, and reconstruction options. No analytical research has been done in this area. Material and Methods: A scoping review of patients of DFSP who underwent reconstruction after excision of tumors was performed in the Department of Burn and Plastic Surgery, AIIMS Rishikesh. It used a five framework approach. A review of 85 similar cases reported in the literature have been scrutinized in relation to the reconstruction options, sites of the tumor, margins of excision and recurrence. Results: 85 full length English studies were included out of the 445 cases found in Pubmed and related search engines to reveal various reconstructive options in reconstruction of DFSP defects. Present scoping review identifies free anterolateral thigh flap to be useful in 7 review articles followed by propeller flaps in 3 isolated case reports. 2 cases of free latissimus dorsi flap were used for reconstruction of abdominal defects. Conclusion: All patients should undergo a strict screening protocol where the health personnel can play a crucial role by educating parents on the follow up and report new lesions as early as possible. All operated tumor patients can be given safety tips and education on care and risks after reconstruction with skin flaps or skin grafting. A multidisciplinary approach between the surgeon, nurse and radiation oncologist is needed for effective management of these lesions.