BACKGROUND: Carcinomas of the cervicothoracic esophagus frequently invade the trachea and complete removal of the tumor often requires mediastinal tracheostomy. Traditionally, this surgical management was associated with high morbidity and mortality. Several types of myoctaneous flaps have been used for mediastinal tracheostomy to reduce the complication. We present our experience with a new technique for construction of mediastinal tracheotomy after total laryngoesophagectomy and reconstruction with the stomach. METHODS: The anterior chest wall was amply resected and the distal end of the trachea was placed low between the superior vena cava and aortic arch. We mobilized the entire omentum with the stomach and brought them up to the neck through the posterior mediastinum. The omentum was put around the trachea, main arteries, and the anastomosis. RESULTS: Seven mediastinal tracheostomies were performed using this method. There was no hospital death. Complications included respiratory failure (2 patients) and pyothorax (1 patient). Anastomotic leakage and inominate artery rupture were not experienced. Postoperative survival was disease dependent. All patients were discharged with satisfactory oral food intake, good airway condition, and excellent cosmetic appearance. CONCLUSIONS: We suggest the use of the omentum as a simple and reliable technique in constructing mediastinal tracheostomy following total laryngoesophagectomy for cervicothoracic esophageal cancer.
BACKGROUND:Carcinomas of the cervicothoracic esophagus frequently invade the trachea and complete removal of the tumor often requires mediastinal tracheostomy. Traditionally, this surgical management was associated with high morbidity and mortality. Several types of myoctaneous flaps have been used for mediastinal tracheostomy to reduce the complication. We present our experience with a new technique for construction of mediastinal tracheotomy after total laryngoesophagectomy and reconstruction with the stomach. METHODS: The anterior chest wall was amply resected and the distal end of the trachea was placed low between the superior vena cava and aortic arch. We mobilized the entire omentum with the stomach and brought them up to the neck through the posterior mediastinum. The omentum was put around the trachea, main arteries, and the anastomosis. RESULTS: Seven mediastinal tracheostomies were performed using this method. There was no hospital death. Complications included respiratory failure (2 patients) and pyothorax (1 patient). Anastomotic leakage and inominate artery rupture were not experienced. Postoperative survival was disease dependent. All patients were discharged with satisfactory oral food intake, good airway condition, and excellent cosmetic appearance. CONCLUSIONS: We suggest the use of the omentum as a simple and reliable technique in constructing mediastinal tracheostomy following total laryngoesophagectomy for cervicothoracic esophageal cancer.