Scalp reconstructive flaps

Scalp reconstruction requires keen insight into underlying anatomy and surgical armamentarium. The reconstructive surgeon must consider a plethora of complexities to devise a safe and cosmetically maximized outcome. The purpose of this article is to review scalp reconstruction techniques and the current literature in the framework of the reconstructive ladder, with special emphasis on local flap consideration, design, and execution.

Three-stage limb salvage in tibial fracture related infection with composite bone and soft-tissue defect

Introduction Managing critical-sized tibial defects is one of the most complex challenges orthopedic surgeons face. This is even more problematic in the presence of infection and soft-tissue loss. The purpose of this study is to describe a comprehensive three-stage surgical protocol for the reconstruction of infected tibial injuries with combined bone defects and soft-tissue loss, and report the clinical outcomes. Materials and methods A retrospective study at a specialized limb reconstruction center identified all patients with infected tibial injuries with bone and soft-tissue loss from 2010 through 2018. Thirty-one patients were included. All cases were treated using a three-stage protocol: (1) infected limb damage control; (2) soft-tissue coverage with a vascularized or local flap; (3) definitive bone reconstruction using distraction osteogenesis principles with external fixation. Primary outcomes: limb salvage rate and infection eradication. Secondary outcomes: patient functional outcomes and satisfaction. Results Patients in this series of chronically infected tibias had been operated upon 3.4 times on average before starting our limb salvage protocol. The mean soft-tissue and bone defect sizes were 124 cm2 (6–600) and 5.4 cm (1–23), respectively. A free flap was performed in 67.7% (21/31) of the cases; bone transport was the selected bone-reconstructive option in 51.7% (15/31). Local flap failure rate was 30% (3/10), with 9.5% for free flaps (2/21). Limb salvage rate was 93.5% (29/31), with infection eradicated in all salvaged limbs. ASAMI bone score: 100% good/excellent. Mean VAS score was 1.0, and ASAMI functional score was good/excellent in 86% of cases. Return-to-work rate was 83%; 86% were “very satisfied” with the treatment outcome. Conclusion A three-stage surgical approach to treat chronically infected tibial injuries with combined bone and soft-tissue defects yields high rates of infection eradication and successful limb salvage, with favorable functional outcomes and patient satisfaction.

Tendoachilles reconstruction and overlying skin cover with a peroneus brevis flap

We report a post-traumatic case of tendoachilles injury with an overlying skin defect. Following debridement, tendon reconstruction was done by using vascularised peroneus brevis musculotendinous unit and proximal part of the same muscle provided the skin cover. Postoperative recovery was uneventful. At 2 years follow-up, he had a near-normal gait. The main advantage of this flap is not being only a local flap but also providing a vascularised tendon.

Effects of Prostaglandin E1 and Supplemental Oxygen on the Wound Healing

Background: When an avulsion wound is combined with a crushing injury or when a local flap is moved with significant tension, poor local blood supply may result in partial or complete necrosis of the involved tissue. This paper explores procedures to prevent tissue necrosis for the ischemic wounds.Methods: From March 2017 to December 2018, 29 hospitalized patients (group A) were treated with simple dressing change and administration of antibiotics. From January 2019 to October 2020, 29 hospitalized patients (group B) were injected for the first 3 days intravenously once a day with 50 μg of stabilized prostaglandin E1. Prostaglandin E1 injections were combined with supplemental oxygen (4 L/min through nasal cannula for 24 hours per day for the first 3 days). Wound dressing and antibiotics administration were also combined.Results: Ten patients in group A developed partial wound necrosis, out of which four patients received local flap surgery after excision of the necrotic tissue. The average recovery time was 9.7 days. In group B, four patients developed partial wound necrosis, out of which one was treated with local flap surgery. The average recovery for the four patients in group B took 6.2 days.Conclusion: Prostaglandin E1 and supplemental oxygen reduced the incidence of partial wound necrosis of ischemic wounds and local flap surgery after excision of the necrotic tissue, and also shortened the average recovery time.

Palatal flap in bilateral inferior partial maxillectomy

Maxillectomy is done for a variety of disease conditions. Reconstruction following maxillectomy is done to restore the form and function. One of the important goals that are to be achieved in reconstruction is the separation of the oral and nasal cavities. In this article, we report the use of palatal flap by preserving the descending palatine artery during bilateral inferior partial maxillectomy, for separating the nasal cavity from the oral cavity. This technique eliminates the need for an obturator or another free or local flap for this purpose.

Combined local flap and antrostomy in recurrent oroantral fistula and chronic maxillary atelectasis: a case report

Introduction: Chronic maxillary atelectasis refers to a persistent volume decrease of the maxillary sinus by inward bowing of its walls. When associated with hypoglobus or enophthalmos, some authors use the term “silent sinus syndrome”. We aimed to report a case of accidental diagnosis of chronic maxillary atelectasis while investigating and treating a recurrent oroantral fistula. Observation: CT imaging showed a large bone defect and stage II chronic maxillary atelectasis. Closure of the oroantral fistula was performed with a combined surgical approach: functional endoscopic surgery and buccal fat pad flap. The follow up at 2 months showed no signs of recurrent oroantral fistula. Commentaries: Chronic maxillary atelectasis is separated into three stages, membranous deformity (stage I), bony deformity (stage II), and clinical deformity (stage III). The term silent sinus syndrome should be abandoned for stage III chronic maxillary atelectasis to allow for better collaboration between medical practitioners. Recurrent oroantral fistulas should be treated with a combined approach including endoscopic antrostomy and local flap. Conclusion: The association of functional endoscopic surgery and buccal fat pad flap were the key to success in this case allowing for oroantral fistula closure and treatment of chronic maxillary atelectasis.