Secondary Tracheoesophageal Puncture Research Articles

Voice restoration after circumferential pharyngolaryngectomy with free jejunum repair.

Speech restoration after circumferential pharyngolaryngectomy with free jejunal repair for advanced tumors of the hypopharyngo-esophageal tract remains a difficult problem to solve. We report here the results of secondary voice restoration in six patients who received a Provox 2 type prosthesis and intensive speech therapy after circumferential pharyngolaryngectomy with free jejunum repair. No patient had operative or post-operative complications due to insertion of the prosthesis. No patient had to have the prosthesis removed during the follow-up (8 to 14 months). Analysis of some acoustic parameters of voice (fundamental frequency, waveform perturbations) and qualitative characteristics of speech (intelligibility, pleasantness and acceptability) demonstrated that all the patients were able to produce satisfactory speech after tracheojejunum puncture and speech therapy and were satisfied with their own ability to communicate. Our results are reassuring and we therefore advise that in patients undergoing free jejunum flap reconstruction of the hypopharyngo-esophageal tract voice restoration should be attempted by placing a voice prosthesis through a secondary tracheo-esophageal puncture and providing intensive speech training.

Safe and easy method for secondary tracheo-oesophageal puncture.

We describe a method for performing secondary tracheo-oesophageal puncture in patients who have undergone total laryngectomy. The technique is straightforward and easy. It uses a minimum of readily available equipment with a simple modification to a standard pharyngoscope.

Tracheoesophageal speech: Predictors of success and social validity ratings

Purpose: The purpose of this study was to examine long-term success rates and predictors of success for patients who had undergone either primary or secondary tracheoesophageal puncture. An additional aim was to compare judgments of communication effectiveness made by a speech-language pathologist with those made by the patient or significant other. Patients and Methods: Thirty-six laryngectomees were initially rated on a 5-point functional communication scale. These ratings resulted in the formation of two distinct groups that were identified as “successful” and “unsuccessful.” The groups were compared on the basis of age at time of surgery and 10 categorical variables that have been implicated in the success or failure of tracheoesophageal puncture surgery. Results: Results indicated that nearly two thirds of the patients had successful communication at an average of approximately 4 years posttracheoesophageal puncture. For the 13 patients judged as “unsuccessful,” reduced vision, limited arm/hand movement, and history of radiotherapy were found in significantly greater numbers. When communication profile ratings made by a speech-language pathologist were compared with those made by the patient or significant other (P/SO), approximately one-third varied by at least “1” scale value, with the vast majority resulting in comparatively higher ratings by the speech-language pathologist. Conclusion: The findings of this study are in general agreement with previously published success rates for tracheoesophageal puncture and attest to the long-term nature of these success rates in a majority of patients. Additional investigation is necessary to identify factors that may contribute to discrepancies between clinician expectations and those of the patient or significant other.

Voice restoration after laryngectomy: experience with the Blom-Singer extended-wear indwelling tracheoesophageal voice prosthesis.

The Blom-Singer tracheoesophageal voice prosthesis has undergone continuous design modifications during the last 18 years to make it more effective, anatomically compatible, and easier to use. This evolution continues with the recent introduction of an indwelling-style voice prosthesis intended for use by individuals who are unable or disinclined to use a self-removable-style voice prosthesis. The a priori self-lifespan goal of the indwelling prosthesis was 180 days. The present investigation describes the experience of 81 consecutive participants who used a total of 206 indwelling voice prosthesis. Selection criteria included total laryngectomy and either primary (n = 35) or secondary (n = 46) tracheoesophageal puncture. All participants had external-beam radiotherapy either pre- or postlaryngectomy. Specifically, lifespan of the prosthesis, the effects and clinical management of fungal colonization, and participant satisfaction with this style prosthesis were studied. A prosthesis use rate of 90% was observed. Group 1 prostheses (without fungal colonization and without Nystatin therapy) exhibited a lifespan significantly longer than did group 2 prostheses (with fungal colonization and prior to Nystatin therapy) (sample mean [mean] = 185.6 days versus 80.6 days; p < .05). Group 3 prostheses (following Nystatin therapy) also exhibited a lifespan significantly longer than that of group 2 prostheses (mean = 156.1 days versus 80.6 days; p < .05). Lifespans of group 1 and group 3 prostheses were not significantly different (p < .05). The extended-wear, indwelling voice prosthesis achieved its a priori lifespan goal of 180 days (6 months) with almost uniform patient preference and without risk of increased complications. When fungal colonization was present. Nystatin therapy significantly prolonged prosthesis lifespan.

Secondary tracheoesophageal puncture: Factors predictive of voice quality and prosthesis use

Secondary tracheoesophageal puncture: Factors predictive of voice quality and prosthesis use

Secondary tracheoesophageal puncture: factors predictive of voice quality and prosthesis use.

To identify factors predicting prosthesis use and final speech quality in patients undergoing secondary tracheoesophageal puncture (TEP) for voice restoration alter laryngectomy. We undertook a retrospective study of 168 patients who underwent secondary TEP at the Cleveland Clinic between June 1980 and October 1993. Factors examined were: patient demographics, extent of initial surgery, method of pharyngeal preparation, history of irradiation, insufflation test results, pharyngeal stricture, and concurrent medical conditions. Univariate and multivariate statistical analyses were performed to identify predictive factors. At last evaluation, 73.8% (124) of the patients were still using the prosthesis. Quality of speech was the only predictor of prosthesis use (p < .001). Phonation on the first day was achieved in 90% (151) of patients. Speech result improved significantly over the first 6 months (p < .001). Univariate analysis found that the need for reconstruction at laryngectomy (p = .04), the presence of pharyngeal stricture (p = .001), and continued prosthetic use (p < .001) were associated with the speech result. There was no significant advantage to the lack of approximation of the pharyngeal constrictors (p = .31). Stepwise logistic regression showed that only the absence of pharyngeal stricture was associated with a better-quality voice (p = .001). Tracheoesophageal puncture is a reliable method for restoring voice after laryngectomy. Prosthesis use decreases with time, and good voice quality is the only predictor of continued prosthesis use. In this series the absence of pharyngeal stricture was the only significant predictor of good to excellent speech.

Long-term follow-up of tracheoesophageal puncture results.

Since its introduction by Blom and Singer in 1980, tracheoesophageal puncture with a voice prosthesis has become the most frequently recommended choice for speech rehabilitation of total laryngectomies. Many studies have reviewed the initial speech acquisition success rates following tracheoesophageal puncture; however, long-term follow-up in these initial successes has been lacking. In addition, factors predictive of long-term success with tracheoesophageal speech have not been defined. Over a 10-year period, we retrospectively reviewed all total laryngectomy patients, including those who have undergone primary or secondary tracheoesophageal puncture, at the University of Illinois Hospital and Clinics and the Westside Veterans Administration Hospitals. Survival in the total laryngectomy cohort of 202 patients ranged from 35% to 50%. Forty of these patients underwent tracheoesophageal puncture, in whom survival was 75%. Short-term success with tracheoesophageal speech was approximately 70% for our patients, while long-term success was achieved in 66%. Despite low socioeconomic status and relatively high alcoholism rates, successful maintenance of tracheoesophageal speech was achieved in the majority of cases. Tracheoesophageal speech should therefore be considered as a primary method of vocal rehabilitation in all patients undergoing total laryngectomy.

Voice failure after tracheoesophageal puncture: management with botulinum toxin.

Primary or secondary tracheoesophageal puncture with a speaking prosthesis has provided rehabilitation of speech in most patients after total laryngectomy. Persistent constrictor spasm is thought to be responsible for a small percentage of these patients' inability to speak with the prosthesis. Management of these patients has included bougienage and pharyngeal myotomy and/or pharyngeal neurectomy. Botulinum toxin injections of the cricopharyngeus muscle complex in six patients have been successfully used diagnostically and therapeutically for tracheoesophageal puncture failures. The assessment, technique, and results are discussed.

Voice failure after tracheoesophageal puncture: Management with botulinum toxin

Primary or secondary tracheoesophageal puncture with a speaking prosthesis has provided rehabilitation of speech in most patients after total laryngectomy. Persistent constrictor spasm is thought to be responsible for a small percentage of these patients' inability to speak with the prosthesis. Management of these patients has included bougienage and pharyngeal myotomy and/or pharyngeal neurectomy. Botulinum toxin injections of the cricopharyngeus muscle complex in six patients have been successfully used diagnostically and therapeutically for tracheoesophageal puncture failures. The assessment, technique, and results are discussed. (OTOLARYNGOL HEAD NECK SURG 1995;113:668-70.)

Flexible endoscopic tracheo-oesophageal puncture under local anaesthetic

Blom-Singer valve prosthesis is an increasingly popular technique for voice rehabilitation in alaryngeal patients. Although primary voice puncture is being practised, the creation of the tracheo-oesophageal fistula is performed in the majority of patients as a secondary procedure. We describe a technique of secondary tracheo-oesophageal puncture using the flexible endoscope which can be performed under local anaesthetic and sedation. The technique overcomes the difficulty of passing a rigid oesophagoscope or forceps to the level of the tracheostome in a scarred and irradiated neck. The new technique also obviates the need for general anaesthesia. We have successfully used the technique in three patients.

Incidence, timing, and importance of tracheoesophageal prosthesis resizing for successful tracheoesophageal speech production.

The Blom-Singer method of tracheoesophageal (TE) speech restoration is a proven alternative to esophageal and electrolaryngeal speech in patients with total laryngectomy. This retrospective study was undertaken to determine the incidence and timing of TE prosthesis resizing, amount of change in prosthesis length, etiologies associated with resizing, and importance of long-term professional follow-up for maintenance of successful TE speech production. Participants were 26 individuals with total laryngectomy and secondary TE puncture. Results indicated that all 18 participants available for long-term follow-up required TE prosthesis resizing, and multiple resizings were required in 87% of the routinely followed participants. In 14 participants the prostheses were resized shorter (sample mean [mean] = -0.7 cm); in 3, longer (mean = +0.5 cm); and in 1, from a duckbill to a low-pressure prosthesis of the same size. The mean number of days from initial measurement and fitting to first prosthesis resizing was 26. The importance of collaboration between the speech-language pathologist and otolaryngologist and need for long-term follow-up for successful maintenance of TE speech are stressed. Cost containment of rehabilitation services using the indwelling TE prosthesis is demonstrated.

Technique of tracheo-oesophageal puncture under local anaesthesia

Various techniques for performing a secondary tracheo-oesophageal puncture to enable insertion of a speech prosthesis in laryngectomized patients have been described. We describe a modification that allows a safe secondary tracheo-oesophageal puncture under local anaesthesia using standard equipment available in an ENT department.

Secondary ambulatory voice prosthesis implantation with the argon laser using local anesthesia

An alternative technique for secondary tracheo-esophageal puncture and voice prosthesis implantation in topical anesthesia on an outpatient basis was developed. With argon laser beam passed through a glass fibre in the instrument channel of a flexible endoscope a secondary puncture of the tracheo-esophageal wall is obtained. A voice prosthesis is fitted subsequently, so that the whole operation is performed in one session in about 30 minutes. We generally administer 7.5 mg Midazolam orally for light sedation; antibiotics are not required. This method expands the possibility of voice prosthesis fitting in patients who are not considered or willing to have general anesthesia for various reasons. In 33 cases we did not see any complication. In two cases the tracheal wall was too tight due to radiation therapy, so that an operation had to be performed later on in general anesthesia. In one case technical problems led to an operation in local anesthesia in two steps. In all cases the patients did not complain of any considerable discomfort.

The ‘Allan Johnson’ voice prosthesis. A modification of the Bivona voice prosthesis for immediate post-fitting aphonia after secondary tracheo—oesophageal puncture

The combination of a narrow oesophageal lumen and a hypertonic pharyngo-oesophageal (P-E) segment following laryngectomy and secondary tracheo-oesophageal puncture (TEP) can cause obstruction of a voice prosthesis and consequently prevent phonation. The 'Allan Johnson' modification of the Bivona voice prosthesis incorporates a stainless steel slide and has been successfully used to remedy such a circumstance.

The Outcome and Techniques of Primary and Secondary Tracheoesophageal Puncture

To evaluate the outcome of primary vs secondary tracheoesophageal puncture (TEP), in particular the effects of preoperative and postoperative radiotherapy on success and complication rates in primary TEPs, and to highlight modified surgical and management techniques. Retrospective study of case series. Chevalier Jackson-Norris Center-Department of Otorhinolaryngology and Bronchoesophagology at Temple University Health Sciences Center Hospital, Philadelphia, Pa. One hundred six consecutive patients underwent primary TEPs and 30 underwent secondary TEPs for voice restoration after laryngectomy for cancer over a period of 8 years with follow-ups ranging from 6 months to 8.5 years. The group given primary TEP also includes 19 patients who received radiation for cure and salvage laryngectomy and 75 who received full-course postoperative radiotherapy. Tracheoesophageal puncture and Blom-Singer prosthesis. Speech measures including (1) voice intensity, (2) pitch of speech, (3) duration of sustained phonation, and (4) rate of speech. A success rate of 93% was achieved in the group of patients given primary TEP regardless of radiotherapy. An 83% success rate was achieved with patients given secondary TEP. There were no major complications related to TEPs. Primary TEP for patients requiring total laryngectomy is highly recommended since a second operative procedure can be avoided and speech obtained rapidly. Postoperative radiotherapy does not increase the complication rate from TEP.

Secondary tracheoesophageal puncture

Tracheoesophageal puncture is a common and reliable method of surgical speech rehabilitation in laryngectomy patients who do not have satisfactory esophageal speech. The surgical procedure is simple and reproducible. It has minimal complications and can be done under ambulatory conditions. Silicon shunt prosthesis and tracheostoma valves have reduced the main drawbacks of esophageal speech, preventing aspiration and finger tracheostoma closure. Tracheoesophageal puncture is a common and reliable method of surgical speech rehabilitation in laryngectomy patients who do not have satisfactory esophageal speech. The surgical procedure is simple and reproducible. It has minimal complications and can be done under ambulatory conditions. Silicon shunt prosthesis and tracheostoma valves have reduced the main drawbacks of esophageal speech, preventing aspiration and finger tracheostoma closure.

Prosthetic voice restoration with the tracheostomal valve: A clinical experience

Introduction: Tracheoesophageal puncture (TEP) and use of a voice prosthesis is not a panacea for all laryngectomies. This report presents results of longitudinal treatment of 24 patients with secondary TEP followed longitudinally for 10 years in a private practice setting. Unique to this report is a focus on the use of the entire voice restoration system including both the voice prosthesis and the automatic tracheostomal valve. Methods: All patients referred for secondary TEP between 1982 and 1992 are included. Voice quality and the longevity of vocal restoration were ascertained. Clinical problems and their solutions are reported. Results: Immediate vocal restitution was achieved in 19 of 24 patients. Voicing was produced in two more patients within a few weeks. Four patients were not available for long-term follow-up because of death due to recurrent disease. Overall, 60% of patients were rated excellent and 5% rated fair in communication over a long-term period. Thirty-five percent were rated failure. Discussion: TEP and the use of the voice restoration system enabled both hands to be free during speaking and is achieved by many laryngectomies. Patient evaluation, training, and follow-up with team problem-solving may increase success rates using this approach.

Complications of Secondary Tracheoesophageal Puncture: The Cleveland Clinic Foundation Experience

One hundred forty-six secondary tracheoesophageal puncture (TEP) procedures were performed on 132 patients at the Cleveland Clinic Foundation in the past 10 years. The complications of these procedures are reviewed, along with assessment of potential risk factors such as irradiation, esophageal/hypopharyngeal stricture, alcoholism, diabetes, or chronic obstructive pulmonary disease. Among the subgroups studied, only stricture dilation was associated with an increased incidence of postsurgical complications. The majority of these, however, were immediate, and were probably related to the esophagoscopy or dilation itself. The incidence of TEP-related complications in all groups of patients may be higher than previously suspected.

Long-term Problems in Patients With Tracheoesophageal Puncture

Two hundred forty-seven patients, followed up a mean of 18 months and up to 108 months, were retrospectively studied for problems related to or affecting tracheoesophageal puncture for voice restoration. Active cases, as well as those inactive and decreased, were included. There were 154 patients with primary and 93 with secondary tracheoesophageal puncture. Problems were encountered at least once in 137 cases (55%). The 20 types of problems identified occurred in frequencies ranging from 0.4% to 21%. Most difficulties developed within the first 6 months and in general were easily managed. However, problems such as recalcitrant leakage, difficulty with changing the prosthesis, and dislodgment of the prosthesis led to permanent tracheoesophageal puncture tract closure in 18 patients (7%).

Surgical voice restoration in alaryngeal patients

Blom Singer’s technique of surgical voice restoration in laryngectomized patient is a highly successful method of speech rehabilitation. This technique has been further simplified and adopted in 20 of our cases with 90% success in acquiring speech. Though primary tracheo-oesophageal puncture (TEP) is a good attempt of rehabilitation, we feel that post-operative healing and fibrosis will displace the puncture site causing difficulty to insert the prosthesis by the patient. The high success rate with secondary TEP makes us believe that it is a better technique to be adopted. Further, plan for secondary TEP will give enough time to the patients to develop oesophageal speech, if they are capable of.