机器人辅助下使用 C 型镍钛合金外支架和悬吊固定技术矫正超长气管狭窄:病例报告。

Jingquan Han, Xi Yan, Hongwei Cui, Hang Zhang, Bei Lu, Jinzhi Xu
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引用次数: 0

摘要

T 型管和气道支架是常用的气道支架,但效果有限且经常出现并发症。一名 50 岁的男性患者患有严重的气管狭窄,气管长度达 8.7 厘米。我们采用了一种创新方法,即利用机器人辅助进行气管支架外悬吊固定。这种方法是通过手术将支架固定在气管外部,为软化或塌陷的气管段提供支撑和稳定。我们设计了一种 C 型镍钛合金外部支架,并在机器人辅助下成功将其固定。这一干预措施有效地恢复了气管功能,术后恢复良好。该技术不影响气管膜功能和气道粘膜纤毛清除。它有可能被视为治疗长段良性气管软化或塌陷的一种新选择。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Robot-Assisted Correction of a Supra-Long Tracheal Stenosis Using C-Type Nickel-Titanium Alloy Exterior Stenting and Suspension Fixation Technique: A Case Report.

T-tubes and airway stents are commonly used but have limited effectiveness and frequent complications. A 50-year-old male patient presented with severe tracheal stenosis, affecting an 8.7 cm length of the airway. We employed an innovative approach known as external suspension fixation of tracheal stent using robotic assistance. This method involves surgically attaching the stent to the exterior of the trachea to provide support and stabilize the softened or collapsed tracheal segments. We designed a C-shaped nickel-titanium alloy exterior stent and successfully fixed it using robotic assistance. This intervention effectively restored tracheal function and led to a favorable postoperative recovery. The technique does not affect tracheal membrane function or airway mucociliary clearance. It could potentially be considered as a new option for treating long-segment benign tracheal softening or collapse.

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