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    The effect of laparoscopic Nissen fundoplication on laryngeal findings and voice quality
    (Springer, 2007) Ogut, F.; Ersin, S.; Engin, E. Z.; Kirazli, T.; Midilli, R.; Unsal, G.; Bor, S.
    Background: This study aimed to report the need for an ear, nose, and throat (ENT) specialist to evaluate the laryngeal findings and the voice quality of patients with gastroesophageal reflux disease (GERD) and laryngopharyngeal reflux (LPR) symptoms before and after surgery. Methods: For this study, 38 GERD patients who had a Reflux Symptom Index (RSI) score higher than 14 underwent complete assessment in the ENT department. Standard 24-h pH monitoring, esophageal motility assessment, a detailed ENT examination including the RSI, the Reflux Finding Score (RFS), and objective voice analysis were performed for all the patients before reflux surgery, then 6 to 8 months afterward. Results: The subject's mean RSI scores were 25.45 +/- 7.5 before and 16.52 +/- 5.06 after surgery (p < 0.05), and the mean RFS scores were, respectively, 10.37 +/- 2.7 and 5.5 +/- 1.45 (p < 0.05). The pre- and postoperative differences in the RSI and RFS scores and the voice parameters were statistically significant. Conclusions: Objective voice analysis, RSI, and RFS can be used to evaluate the postoperative results for GERD patients with LPR symptoms. Examination of these patients by an ENT specialist is necessary before and after the operation.
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    Novel esophageal speech therapy method in total laryngectomized patients: biofeedback by intraesophageal impedance
    (Oxford Univ Press Inc, 2016) Sahin, M.; Ogut, M. F.; Vardar, R.; Kirazli, T.; Engin, E. Z.; Bor, S.
    The loss of the best communication port after total laryngectomy surgery makes speech rehabilitation an important goal. Our aim was to improve the quality of esophageal speech (ES) using online esophageal multichannel intra-luminal impedance (MII) as a new biofeedback method. Twenty-six total laryngectomized patients were included. Before ES therapy, an esophageal motility test was carried out. MII catheters were placed in all subjects who were then randomized into two groups. Group 1 included 13 cases, who were retrained according to the classical method. Group 2 included 13 cases, who were retrained according to the simplified animation of air movements within the esophagus and upper stomach resulting from the modifications of intra-esophageal air kinetics gained by MII. The level of speech proficiency was evaluated relative to pretraining levels using perceptual scales in the third and sixth months. Acoustic voice was analyzed. The number of syllables read per minute and the intelligibility of monosyllabic and dissyllabic words were calculated. In this study, MII was used for the first time in alaryngeal speech rehabilitation as a biofeedback method; an overall sufficient speech level was achieved by 68.4% at the end of therapy, whereas attendance was 90%. A statistically significant improvement was found in both groups in terms of ES level compared with the pretraining period although there was no significant difference between groups. Although we did not observe the expected difference between groups suggested by our hypothesis, MII may be used as an objective tool to show patients how to swallow and regurgitate air during training, and may thus expedite ES theraphy both for the speech therapist and the patient in the future.