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This clinical lesson describes three patients with problems after a total laryngectomy. Patient A suffered from acute tracheitis and narrowing of the tracheostoma. Patient B experienced acute dyspnea due to thick mucus plugs. Patient C had progressive symptoms of deteriorating speech and dysphagia, which resolved after dilatation of a pharyngeal stenosis. A total laryngectomy leads to definitive changes in anatomy and physiology. In case of respiratory symptoms, it is important to recognize the tracheostoma is the only entrance to the airway. Speech is generally well rehabilitated with a speech valve in a tracheoesophageal fistula.

Advances in and intensification of treatment in hypopharyngeal cancer have led to an increase in organ preservation and in overall survival. Treatment intensification comes at the cost of more pronounced acute and long-term side effects causing functional impairments in voice and swallowing. Swallowing and voice problems have a significant impact on communication, eating and nutrition, social well-being and quality of life. Swallowing problems may be so severe that patients suffer profuse aspiration or are left gastrostomy-tube dependent. Pre-treatment evaluation of swallowing and voice as well as a tailored rehabilitation programme including personalized exercise prescriptions and advices on nutrition and weight, allows for a decrease and preferably prevention of the late effects. Although the evidence is still at a suboptimal level, there is general consensus to integrate prevention, monitoring and management of swallowing and voice impairments as part of treatment protocols. Optimal timing is still controversial, but a trend is seen to start voice and swallowing exercises prior to or at the start of treatment. However, patients are often reluctant to perform and adhere to the exercise prescriptions due to the burdensome tumour-treatment-schedules. This leads to a need for supervision, either face to face or online, during these rehabilitation programmes., (© 2019 The Author(s).)

Objective: In total laryngectomy, the neopharynx can be closed in several ways. It is suggested that a pseudo-diverticulum is seen more frequently in patients closed with vertical closure than with "T"-shaped closure, causing postoperative dysphagia. We report the results of patients treated with vertical closure and "T"-shaped closure with regard to the formation of a pseudo-diverticulum and postoperative dysphagia., Methods: In our retrospective cohort study, we identified 117 consecutive laryngectomized patients treated in the VU University Medical Center of Amsterdam between March 2009 and December 2013. Evaluations with statistical analysis of postoperative outcome measures (the formation of a pseudo-diverticulum and dysphagia), qualitative and quantitative variables were conducted., Results: Patient demographics were similar between the vertical-shaped closure and the "T"-shaped closure groups. In 84.6% of patients with vertical closure, a pseudo-diverticulum was seen compared to 18.5% with "T"-shaped closure (p < 0.001). Dysphagia was increasingly seen in patients with a pseudo-diverticulum (60.5%) compared to patients without a pseudo-diverticulum (39.5%) (p = 0.090)., Conclusion: Formation of a pseudo-diverticulum is more frequently seen in laryngectomy patients closed with vertical closure than in patients closed with "T"-shaped closure of the neopharynx. It is favorable to implement "T"-shaped closure in laryngectomy.

Background: Total laryngectomy with or without adjuvant (chemo)radiation often induces speech, swallowing and neck and shoulder problems. Speech, swallowing and shoulder exercises may prevent or diminish these problems. The aim of the present paper is to describe the study, which is designed to investigate the effectiveness and cost-utility of a guided self-help exercise program built into the application "In Tune without Cords" among patients treated with total laryngectomy., Methods/design: Patients, up to 5 years earlier treated with total laryngectomy with or without (chemo)radiation will be recruited for participation in this study. Patients willing to participate will be randomized to the intervention or control group (1:1). Patients in the intervention group will be provided access to a guided self-help exercise program and a self-care education program built into the application "In Tune without Cords". Patients in the control group will only be provided access to the self-care education program. The primary outcome is the difference in swallowing quality (SWAL-QOL) between the intervention and control group. Secondary outcome measures address speech problems (SHI), shoulder disability (SDQ), quality of life (EORTC QLQ-C30, QLQ-H&N35 and EQ-5D), direct and indirect costs (adjusted iMCQ and iPCQ measures) and self-management (PAM). Patients will be asked to complete these outcome measures at baseline, immediately after the intervention or control period (i.e. at 3 months follow-up) and at 6 months follow-up., Discussion: This randomized controlled trial will provide knowledge on the effectiveness of a guided self-help exercise program for patients treated with total laryngectomy. In addition, information on the value for money of such an exercise program will be provided. If this guided self-help program is (cost)effective for patients treated with total laryngectomy, the next step will be to implement this exercise program in current clinical practice., Trial Registration: NTR5255 Protocol version 4 date September 2015.

Purpose: The purpose of this study is to evaluate computerized monitoring of speech and swallowing outcomes and its impact on quality of life (QoL) and emotional well-being in head and neck cancer patients in an outpatient clinic., Methods: Sixty-seven patients, treated by single or multimodality treatment, completed the EORTC QLQ-C30 and QLQ-H&N35 questionnaires and the Hospital Anxiety and Depression Scale in an outpatient clinic, using a touch screen computer system (OncoQuest), at baseline (at time of diagnosis) and first follow-up (1 month after end of treatment)., Results: Tumor sites included oral cavity (n = 12), oropharynx (n = 18), hypopharynx (n = 8), and larynx (n = 29). Tumor stage included carcinoma in situ (n = 3), stage I (n = 21), stage II (n = 7), stage III (n = 15), and IV (n = 21). No speech or swallowing problems at baseline or follow-up were noted in 23 % (speech) and 41 % (swallowing) of patients. Twenty-one percent (speech) and 19 % (swallowing) had problems at baseline and returned to normal scores at follow-up, while 16 % (speech) and 19 % (swallowing) had normal scores at baseline and developed problems at follow-up. Forty percent (speech) and 21 % (swallowing) had persistent problems from baseline to follow-up. At baseline, speech problems were significantly related to tumor site and emotional distress. At baseline and follow-up, swallowing problems were significantly related to QoL and emotional distress. At follow-up, speech problems were significantly related to QoL, emotional distress, and swallowing problems., Conclusions: Monitoring speech and swallowing problems through OncoQuest in an outpatient clinic is feasible. Many patients report speech and swallowing problems, negatively affecting their QoL and emotional well-being.