Nasal and Tracheal Cytological Changes After Total Laryngectomy in Long-Term Survivors
Objective: Complete separation of upper and lower respiratory tract after total laryngectomy results in permanent effects on nasal cavities and tracheo-bronchial airways. Aim of this study is evaluating nasal and tracheal cytological alterations of mucosa in laryngectomy long-term survivors, analyzi...
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Veröffentlicht in: | Annals of otology, rhinology & laryngology rhinology & laryngology, 2017-02, Vol.126 (2), p.124-131 |
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Format: | Artikel |
Sprache: | eng |
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Zusammenfassung: | Objective:
Complete separation of upper and lower respiratory tract after total laryngectomy results in permanent effects on nasal cavities and tracheo-bronchial airways. Aim of this study is evaluating nasal and tracheal cytological alterations of mucosa in laryngectomy long-term survivors, analyzing the feasibility of scraping for cytological examination of tracheal mucosa.
Methods:
Twenty-five laryngectomy patients underwent symptoms’ evaluation, endoscopic fiber optic examination, prick tests, and nasal and tracheal scraping for cytological exam. Twenty-five healthy subjects underwent the same assessment, except for tracheal scraping. Eleven laryngectomy patients accepted inferior turbinate biopsy for histological examination.
Results:
Nasal cytological analysis demonstrated mucous cell metaplasia in 20% of laryngectomized patients, but it was absent in all healthy subjects; no squamous cell metaplasia was found in both groups. In 15 patients (60%), bacteria were present, without inflammatory infiltrate. Tracheal cytological analysis demonstrated a quite high rate of squamous cell metaplasia (24%), neutrophilic infiltrate (32%), and presence of bacteria (40%). Histological examination of inferior turbinate showed submucosal stromal fibrosis in all patients and submucosal inflammatory infiltrate in 1 case (9%).
Conclusion:
Nasal cavities and trachea of laryngectomy patients undergo long-term cytological and histological changes of mucosa and submucosa, probably due to airflow modifications. |
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ISSN: | 0003-4894 1943-572X |
DOI: | 10.1177/0003489416676500 |