Tracheoesophageal Voice Prosthesis Use and Maintenance in Laryngectomees

Abstract Tracheoesophageal speech is the most common voicing method used by laryngectomees. This method requires the installation of tracheoesophageal prosthesis (TEP), which requires continuous maintenance to achieve optimal speaking abilities and prevent fluid leakage from the esophagus to the trachea. The present manuscript describes the available types of TEPs, the procedures used to maintain them, the causes for their failure due to fluid leakage, and the methods used for their prevention. Knowledge and understanding of these issues can assist the otolaryngologist in caring for laryngectomees who use tracheoesophageal speech.

Surgical voice restoration after total laryngectomy: An overview.

Total laryngectomy is potentially a debilitative surgery resulting in compromise of some of the most basic functions of life including speech and swallowing. This may have a profound adverse effect on the patient's physical, functional, and emotional health, and may result in a decreased quality of life (QOL). Until the 1980s, total laryngectomy was regarded as a dreadful, but often, life-saving procedure for which there was little alternative, and was used as a last resort. At that time survival at any cost in terms of QOL was paramount and many laryngectomies were forced into an isolated life as a mute and dysphasic recluse. Most attempts at voice restoration produced inconsistent results and often techniques were laborious, expensive, and ineffective, particularly when carried out as a salvage procedure after failed radiotherapy. Progress in voice rehabilitation, following total laryngectomy, over the last 30 years, has made an enormous difference in the whole concept of the management of laryngeal cancers. Currently there are several options available for these patients, namely, esophageal speech, artificial larynx, and tracheoesophageal speech. The choice of speech rehabilitation varies from patient to patient, but tracheoesophageal voice has become the preferred method. This article provides a brief account of surgical voice restoration after total laryngectomy. Special emphasis has been given to the surgical technique, special considerations, complications, and the prevention / treatment of tracheoesophageal voice restoration.

Long-Term Outcome of the Voice Rehabilitation after Total Laryngectomy / 대한이비인후과학회지

BACKGROUND AND OBJECTIVES: The voice rehabilitation following total laryngectomy is very important for the quality of life of patients who are cured by cancer treatment. The purpose of this study is to investigate the success rate and complications of various procedures used in our clinics and to evaluate various factors that can affect the success rate of the voice rehabilitation. SUBJECTS AND METHOD: From March 1993 to November 2002, 77 medical charts of the patients who underwent total laryngectomy were reviewed retrospectively to determine the immediate and long-term success rates of voice rehabilitation. The statistic correlation between the variables (age, tumor stage, tumor site, radiotherapy) and the success rate was analysed. RESULTS: Good vocalization was achieved in 90.5% of patients after Provox insertion, 81% after Amatsu procedure, while esophageal voice was acquired by 11.1%. The long-term success rate in 39 patients was 75% in Provox group, 81.8% in Amatsu group and 30.5% in esophageal voice group. There were no statistically significant correlation between the variables and the success rate of vocie rehabilitation. CONCLUSION: The result of this study suggested that tracheoesophageal puncture with Provox prosthesis and Amatsu operation are very effective procedures for the long term voice rehabilitation following total laryngectomy.

Imaging and Acoustic Study of Laryngectomees after the Amatsu Tracheoesophageal Shunt Operation / 대한이비인후과학회지

BACKGROUND AND OBJECTIVES: The two most important methods for voice rehabilitation after total laryngectomy are tracheoesophageal speech and esophageal speech. The former can be obtained in several ways, for example, by the primary Amatsu tracheoesophageal (T-E) shunt operation or by the use of a low-resistance valve such as the Provox prosthesis. The purpose of this investigation was to study the anatomy and physiology of the neoglottis and to evaluate the vocal quality of tracheoesophageal speech. MATERIALS AND METHODS: A total of 12 patients, who had undergone the Amatsu T-E shunt operation after total laryngectomy, were analyzed using the stroboscopy, laryngofiberscopy, videofluoroscopy, and computerized speech lab. RESULTS: With stroboscopy, the neoglottis was split from left to right in 3 patients and in 9 patients, the direction of opening and closure of rheeoglottis was anterior-posterior. The regular vibratory features were observed in patients with a shortened visible vibratorvsegment. The results of videofluoroscopy indicate that the location of the vibration was mostly situated between C3 and C5. The cervical esophagus closure during tracheoesophageal phonation was located at a level between C7-T2. CONCLUSION: The anatomical and morphological characteristics of the neoglottis was related to the healing process after operation. The neoglottis was considered to be formed by the thyropharyngeal muscle, and concentric contraction under subneoglottic extension was formed by the contraction of the cervical esophagus.