Radiation necrosis of the laryngeal cartilages is an uncommon complication of radiotherapy for laryngeal carcinoma. It is a devastating process for which there is no one acceptable treatment. Medical management offers only temporary, symptomatic relief, which further necessitates surgical treatment. Surgical management may start with a tracheotomy; however, it often ends with a total laryngectomy. Physiologically, the necrotic cartilages are the source of the problem. It is a general surgical principle that nonviable tissue must be excised to promote healing. Therefore, if the affected laryngeal cartilages were removed, the larynx should heal. Total or near total removal of the thyroid and cricoid cartilages with preservation of the endolaryngeal soft tissues has not been reported in the literature. Theoretically, if the entire cartilaginous framework is removed, there would be no structural support for the airway. We have found using animal models, that submucosal resection of the laryngeal cartilages, leaving the perichondrium and endolaryngeal soft tissues intact can result in a competent airway. Animal and clinical experience will be presented.

Aortobronchial fistula is an extremely rare cause of hemoptysis. Aortobronchial fistula occurs in patients who have a history of thoracic vascular surgery. Because its symptoms are nonspecific, a high index of suspicion is critical if the physician is to detect it. The results of imaging studies (e.g., plain films, computed tomography, and angiography) and bronchoscopy are sometimes, but not always, diagnostic—another reason the diagnosis is difficult. Left untreated, mortality in patients with aortobronchial fistula is 100%. Patients can be salvaged by a variety of techniques, including the placement of an endovascular stent. We describe the case of a 52-year-old man who came to us with hoarseness and hemoptysis, which proved to be underlying symptoms of aortobronchial fistula. He was treated successfully.

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Radiation-induced fibrosis (RJF) is an uncommon complication of radiation therapy. RIF most often occurs in the extremities; it is rare in the head and neck. Only a few medical treatm ents for RIF are available, and they have been mediocre at best. We describ e a case ofRIF of the face that was treated successfu lly with a nonm edical modality: manual compressian therapy.

Various malformations of the cricoid cartilage produce congenital subglottic stenosis. The elliptical cricoid cartilage first was demonstrated histopathologically in horizontal sections of six postmortem specimens and now has been identified clinically in ten patients. The clinical diagnosis of the elliptical cricoid cartilage, suggested by anteroposterior soft tissue neck films, is confirmed at direct laryngoscopy. Delineation of the precise location, extent, and histopathology of subglottic stenosis provides the basis for rational management.