Trakeal Stenoz Cerrahisinde Nöromuskuler Blok Yönetimi; Retrospektif Değerlendirme

Abstract

Objective: In the surgical treatment of tracheal stenosis, whether in long procedures such as tracheal resection-anastomosis or in short procedures such as rigid bronchoscopy and dilatation, performing a deep neuromuscular block to provide patient comfort and facilitate the surgery. In this study, neuromuscular block antagonism using sugammadex during the surgical treatment of tracheal stenosis was investigated. The aim of our study was to evaluate the antagonism of the neuromuscular block with sugammadex in cases of postintubation tracheal stenosis and posttracheostomy tracheal stenosis in terms of postoperative residual block, complications and its effect on postoperative respiratory pattern. Method: In order to evaluate the effectiveness of the anesthesia methods and neuromuscular block management procedures applied during the surgical treatment of tracheal stenosis, patient files, anesthesia record forms, early postoperative follow-up and discharge process were retrospectively reviewed. Since most of the 34 patients diagnosed with tracheal stenosis underwent more than one surgical procedure at different times, a total of 140 interventional procedures and anesthesia applications were examined. Patients who underwent tracheal stenosis surgery and used sugammadex for neuromuscular block antagonism were included in the study. Results: 34 patients were evaluated as postintubation- posttracheostomy tracheal stenosis. While rigid bronchoscopy (n = 78), balloon dilatation (n = 35) and stent (n = 5) were applied to the patients as short surgical procedures, 22 patients underwent tracheal resection-anastomosis surgery. After the use of sugammadex in short and long surgical procedures, the time to start spontaneous breathing was found to be similar. No complications related to sugammadex were identified. Conclusion: We argue that the use of sugammadex under the monitoring of anesthesia depth and muscle strength in tracheal stenosis surgery is an effective and reliable choice for neuromuscular block antagonism.