Halitosis can be a crippling social problem, and standard dental treatments and mouthwashes often provide only temporary relief. The mouth is home to hundreds of bacterial species that produce several fetid substances as a result of protein degradation. Volatile sulfur compound (VSC)-producing bacteria colonizing the lingual dorsum have recently been implicated in the generation of halitosis. Detection of VSCs, such as methylmercaptan and hydrogen sulfite, via organoleptic and objective methods, can aid in the identification of their source. Following comprehensive evaluation for possible causes, most halitosis in patients seen in an ENT practice can be localized to the tongue. We review methods of diagnosis and treatment of oral malodor from the overgrowth of proteolytic, anaerobic, gram-negative bacteria on the crevices of the lingual dorsum. Bacteriologic analysis of biofilm and scraped specimens obtained from the lingual dorsum and other oral sites, primarily gingival pockets and tonsillar crypts, can identify VSC-producing bacteria. Porphyromonas, Prevotella, Actinobacillus, and Fusobacterium species are the most common organisms identified. Halitosis is an oral phenomenon, with almost no cases originating distal to the tonsils. Halitosis arising from the lingual dorsum secondary to overpopulated VSC-producing bacteria can be successfully managed with a combination of mechanical cleansing using tongue brushes or scrapes and chemical solutions containing essential oils, zinc chloride, and cetylpyridinium chloride.

Laser-assisted tympanostomy (LAT) was performed in 70 ears to ventilate the middle ear space without using a pressure-equalizing tube. Using a CO2 laser attached to an operating microscope with a Microslad (microscope laser adaptor device), tympanostomies of 1.0 to 3.0 mm (average, 1.6 mm) in diameter were created and remained patent for an average of 3.14 weeks. Patency time was directly related to the size of the opening. Nearly all (97.9%) of the tympanostomies healed with no noticeable scarring and no persistent perforations. Seventy-eight percent of patients at the Florida Ear & Sinus Center (FESC, Sarasota, Fla.) and 84% of patients at the Head & Neck Surgery Group (New York) showed no evidence of recurrent effusion after a minimum follow-up of 3 months. LAT appears to be a safe, cost-effective procedure which can easily be performed in an office setting when bloodless opening in the tympanic membrane is needed for either treatment or diagnosis using endoscopes.

A valid measure of oral malodor (halitosis) and associated quality of life is required for the complete assessment of treatment effectiveness. The purpose of this study was to analyze the psychometric and clinimetric validity of the Halitosis Associated Life-quality Test (HALT) questionnaire, a specific 20-item quality-of-life measure for halitosis. The HALT is a de novo designed tool based on patient interviews and literature review. The University Hospital was the setting for the prospective random non-controlled study design. The comparison between the evaluator' scales on organoleptic testing and HALT scores was performed during the patient's initial visit. HALT was completed by 33 and 16 patients at the initial visit and at 3 months after treatment commencement, respectively. Two treatment arms comprising an experimental arm including Caphosol rinse for xerostomia-associated halitosis, and an established treatment arm with laser cryptolysis were compared. Cronbach's α was 0.93; coefficient alpha with deleted variables was between 0.92 and 0.94; equal length Spearman-Brown coefficient is 0.95. The Cronbach's alphas of each split questionnaire were 0.85 and 0.88, respectively, and test-retest scores were highly correlated (r = 0.85). HALT scores were significantly associated with the scales of organoleptic test (F = 118, p < 0.001; r = 0.96, p < 0.001). HALT successfully measured each treatment arm and showed improvement (p < 0.002) in both arms. Although cryptolysis was more efficacious, the encouraging results of the Caphosol arm indicate that additional investigation is warranted. HALT proved a valid outcome measure for patients with halitosis, describes its burden and is sensitive to clinical change.

Arytenoidectomy is currently the most reliable method of treating patients with bilateral vocal cord paralysis. Although both endoscopic and external approaches have been described, the endoscopic laser technique is more desirable because it requires no incision and allows for the immediate assessment of airway size. Eleven patients with bilateral vocal cord paralysis treated by endoscopic laser arytenoidectomy were presented in 1984. At that time, 10 of the 11 patients had been successfully decannulated. Follow-up on that group of patients revealed that 7 of the 10 successfully treated patients remain decannulated with a good airway, although 2 of these patients required a revision procedure to excise a granuloma. One patient failed at 15 months and has failed two subsequent revision operations, and 2 patients have been lost to follow-up. Since 1984, 17 additional patients with bilateral vocal cord paralysis have been treated by the authors using the same endoscopic laser arytenoidectomy technique; all have been successfully managed, with a minimum follow-up of 3 years. The technique of this operation will be reviewed. This study demonstrates the clinical usefulness of endoscopic laser arytenoidectomy in the treatment of bilateral vocal cord paralysis.

Endoscopic laser surgery is an established means of treatment for benign laryngeal lesions. Laser surgery for early (stages I and II) squamous cell carcinoma is still being tested. Treatment of glottic tumors extending to the anterior commissure is in itself controversial. Approximately 20% of all glottic tumors involve the anterior commissure, with only 1% of these lesions being purely anterior commissure tumors. The anatomy of the anterior commissure is such that an apparent T1 lesion may actually be a T4 lesion if it involves the thyroid cartilage. The distance between the anterior commissure ligament and the thyroid cartilage is only 2 to 3 mm. A preoperative computed tomographic scan can aid us in evaluating this space. Therefore, tumors of the anterior commissure present as a therapeutic challenge. Radiation therapy has proven to be inadequate, with a high rate of recurrence and increased risk for radiochondronecrosis. The literature with regard to radiotherapy varies widely as to survival rates. Conservation surgery has consistently demonstrated an 80% survival in T1 lesions. Recently, it has been suggested that laser surgery in the region of the anterior commissure might offer satisfactory results. We have found the opposite. We will report on five patients who underwent endoscopic laser surgery on T1 vocal cord lesions involving the anterior commissure. All of these patients had tumor recurrence and subsequently have undergone salvage surgery and/or radiation therapy. The difficulties associated with endoscopic laser surgery of the anterior commissure will be discussed with a supporting animal study.

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.

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Laryngeal sarcoidosis presents with hoarseness, cough, and dysphagia. Shortness of breath due to upper airway obstruction may occur. Indirect laryngoscopy reveals mucosal edema and erythema, granulomas, and nodules. The supraglottic larynx is the most frequently affected area. Systemic corticosteroids can be used initially; however, with persistent symptoms and/or severe airway problems, intralesional steroid injections may be more effective, as in the six patients presented.