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Background: Pharyngoesophageal spasm is a known entity to cause hypertonic/failed tracheoesophageal speech and is successfully treated by botulinum toxin A injection. However, success of botulinum toxin treatment is based on the accurate localization of the pharyngoesophageal segment., Methods: A 65-year-old man who had a laryngectomy using voice prosthesis with hypertonic speech underwent ultrasonographic localization of the hypertonic pharyngoesophageal segment. The ultrasound findings were confirmed using videofluoroscopy. Under ultrasound guidance, botulinum toxin was injected into the hypertonic pharyngoesophageal segment and subsequently voice outcomes were evaluated by a speech language pathologist and the pharyngoesophageal segment was assessed by using an ultrasound scan., Results: The patient had improvement in his postinjection tracheoesophageal puncture speech. Ultrasound scan assessment of the pharyngoesophageal segment showed adequate dilation as compared to the pre-botulinum toxin injection treatment., Conclusion: Ultrasonographic localization of the hypertonic pharyngoesophageal segment and ultrasound-guided botulinum toxin injection is a simple, quick, and relatively cheap method to be used in routine practice., (Copyright © 2011 Wiley Periodicals, Inc.)

We analyzed a series of adults with an implanted voice prosthesis that had malfunctioned and required removal as a result of the attachment and growth of microorganisms. Our goal was to determine the characteristics of these colonizing microbes. We swabbed the esophageal side of each prosthesis to obtain microbial flora for analysis with standard culture media. In all, we studied 22 prostheses in 18 patients (3 patients had received multiple prostheses). We found mixed contamination (both yeast and bacteria) in 19 of the 22 cultures (86.4%); the other 3 cultures yielded bacteria only, and there was no instance of yeast only. The most common yeast isolated was Candida albicans (68.2% of cultures), and the most common bacterium was Pseudomonas aeruginosa (63.6%). The average lifetime of the prostheses was 201 days (∼6 mo, 3 wk). This study, which was the first of its kind in India, revealed that the microbial picture here was different from that found in previously reported studies of European populations. We presume the differences are attributable to different lifestyles and dietary habits.

Primary tracheoesophageal puncture (TEP) is now considered to be the preferred method for voice rehabilitation after laryngectomy . The traditional method of creating a puncture with a no. 11 stab knife often leads to an eccentric puncture with irregular ragged margin, leading to scarring in the future. In this report we describe the innovative way of creating a TEP using a carbon dioxide (CO(2)) laser. This novel method of using a laser for the creation of a precise TEP could, perhaps, influence peri-prosthetic leakage and lead to better voice rehabilitation for patients that have undergone laryngectomy.

Objective: To document accurately the tracheo-oesophageal party wall thickness (PWT) intra-operatively in patients undergoing total laryngectomy and to correlate it with constitutional parameters like height, weight, body mass index (BMI), age, and gender. Also, to correlate PWT with the length of tract (LOT), that is prosthesis size, as measured using the standard valve length measuring device provided by the manufacturers., Methods: Twenty-eight patients of carcinoma larynx, following removal of the diseased larynx had their tracheo-oesophageal PWT measured using a special custom-designed and calibrated external (or outside) calliper and a primary trachea-oesophageal puncture (TOP) was made and inserted 10-14 days postoperative with an appropriately sized Blom-Singer(R) indwelling voice prosthesis., Results: The mean PWT was 3.1 mm. PWT showed significant correlation with the weight of the patients (P = 0.006). There was no significant correlation between PWT and height, BMI, age or gender of the study group. The average LOT was found to be 4.8 mm (SD 1.5). There was a significant correlation (P = 0.009) between PWT and initial LOT, with the most commonly used prosthesis sizes being 4-6 mm., Conclusions: The study shows that Indian patients with a thin party wall require a smaller prosthesis size and it is advisable to measure the PWT intra-operatively. Tracheo-oesophageal PWT in laryngectomised patients in India: implications for surgical voice restoration.

Objectives: To use an electroglottography (EGG)-based videostroboscopy tool to assess the anatomical and morphologic characteristics of the pharyngoesophageal (PE) segment in tracheoesophageal (TO) speakers., Study Design: Cross-sectional cohort study., Subjects: Fifty-two post-laryngectomy patients with no recurrence and using prosthetic (Blom-Singer) speech., Intervention: An electroglottography (EGG)-based videostroboscopy tool EGG-based rigid videostroboscopy as well as perceptual evaluation., Outcome Measures: Stroboscopic protocol included nine subjective/visual parameters to evaluate the neoglottis and study correlation of the G (GRBAS scale) and the overall voice quality (OVQ) with the treatment variables., Results: Of the 52 laryngectomees, videostroboscopic recordings were possible in 46 patients (36 males and 10 females) with a mean age of 63.4 +/-10.5 (SD) an electroglottography (EGG)-based videostroboscopy tool years. All used the Blom-Singer valve and the median time since Total Laryngectomy was 2 years. The neoglottis was assessable in 26 patients. We were able to strobe only 9 patients. There was excellent correlation between G and OVQ (Spearman rho > 0.9). Statistically significant correlation was found between G1 and saliva (P = 0.03) and between good OVQ and saliva (P = 0.02); similarly, there was significant correlation between G1 and LVV (P = 0.05) and between good OVQ and LVV (P = 0.03)., Conclusions: This study is the first to examine the use of an EGG-based stroboscopy instrument to evaluate TO speech. Our observations suggest that from the standpoint of functional voice, saliva and the LVV had statistically significant effect in determining voice quality.

Total laryngectomy or laryngopharyngectomy remains the procedure of choice for advanced-stage (UICC T3 and T4) laryngeal carcinoma around the world despite advances in conservative laryngeal surgery and radiotherapy. However, it has profound effects on respiration and deglutition, in addition to the most disabling effect-the loss of verbal communication. Successful voice restoration can be attained with any of three speech options, namely esophageal speech, electrolarynx, and tracheoesophageal (TO) speech using an artificial valve. Although, no single method is considered the best for every patient, the tracheoesophageal puncture has become the preferred method in the past decade. Several types of voice prostheses have been produced since the first prosthesis was introduced in 1980 by Blom and Singer. However, eventually all prostheses are confronted by the same problem, i.e., the development of a biofilm, leading to deterioration and ultimately to dysfunction of the prostheses, necessitating replacement. This article attempts to sum up the historical background as well as the current state of surgical voice rehabilitation following laryngectomy; we review the recent major advances as well as the future prospects. Data was collected by conducting a computer-aided search of the MEDLINE and PubMed databases, supplemented by hand searches of key journals. Over 50 articles published in the last three decades on the topic have been reviewed, out of which about 20 were found to be of relevance for this article.

Post laryngectomy voice rehabilitation using primary tracheoesophageal puncture (TEP) and voice prosthesis insertion is considered the 'gold standard' method. No special effort is taken to measure the tracheoesophageal partywall thickness before inserting voice prosthesis. TE puncture related problems (peri-prosthetic leakage) are commonly seen in our population as compared to device failures (central leak). An accurate prosthesis inserted primarily may prevent the development of peri-prosthetic leakage. We surmise that tracheoesophageal party wall thickness (PWT) to be an important factor determining this phenomenon. There is still no consensus on the size of the prosthesis to be inserted during a primary TEP. To cater this, we propose a simple, quick and accurate method of measuring tracheoesophageal PWT intraoperatively. This method will guide us to determine an accurate prosthesis size which can be inserted during primary TEP. We also propose that this method will prevent future TE puncture related problems. [ABSTRACT FROM AUTHOR]

We analyzed a series of adults with an implanted voice prosthesis that had malfunctioned and required removal as a result of the attachment and growth of microorganisms. Our goal was to determine the characteristics of these colonizing microbes. We swabbed the esophageal side of each prosthesis to obtain microbial flora for analysis with standard culture media. In all, we studied 22 prostheses in 18 patients (3 patients had received multiple prostheses). We found mixed contamination (both yeast and bacteria) in 19 of the 22 cultures (86.4%); the other 3 cultures yielded bacteria only, and there was no instance of yeast only. The most common yeast isolated was Candida albicans (68.2% of cultures), and the most common bacterium was Pseudomonas aeruginosa (63.6%). The average lifetime of the prostheses was 201 days (~6 mo, 3 wk). This study, which was the first of its kind in India, revealed that the microbial picture here was different from that found in previously reported studies of European populations. We presume the differences are attributable to different lifestyles and dietary habits. [ABSTRACT FROM AUTHOR]