Fiz Ivana, Torre Michele, D'Agostino Roberto, Rüller Karina, Fiz Francesco, Sittel Christian, Burghartz Marc
Abteilung für Otorhinolaryngologie, IRCCS Istituto Giannina Gaslini, Via Gerolamo Gaslini, 5, 16147, Genua, Italien.
Atemwegsteam, IRCCS Giannina Gaslini, Genua, Italien.
HNO. 2024 Nov;72(11):765-771. doi: 10.1007/s00106-024-01448-5. Epub 2024 Apr 3.
Suprastomal collapse (SSC) is considered a major late complication of paediatric tracheostomy and can be responsible for decannulation failure in up to 20% of tracheostomised children. Depending on the severity of SSC, surgery may be required. Various strategies and techniques are available, of which the treating with airway team should be aware.
This article intends to summarise the aetiology of SSC, its classification, clinical presentation, and the gold standard diagnostic and therapeutic algorithms according to the current literature.
A panel of experts reviewed the available literature on SSC. Published evidence on the different surgical techniques and their advantages and disadvantages was reviewed in detail, and a treatment algorithm created.
The gold standard diagnostic procedure for SSC is flexible transnasal laryngotracheoscopy in spontaneous breathing followed by microlaryngoscopy (MLS) under general anaesthesia. Two main types of SSC can be differentiated, which differ in terms of surgical treatment. Purely anterior SSC is usually treated by tracheoplasty using an anterior costal cartilage graft (ACCG). Simple closure of the tracheostomy or excision of SSC with a potassium-titanyl-phosphate (KTP) laser are also described as less invasive approaches. For anterolateral SSC, segmental tracheal resection with end-to-end anastomosis or tracheoplasty with ACCG represent promising treatment options. Tracheal reinforcement with absorbable microplates is also discussed in the literature. With both types of SSC and depending on severity and the age of the child, a watch-and-wait strategy should always be considered.
Dynamic airway endoscopy in spontaneous breathing followed by MLS in general anaesthesia should always be performed before decannulation. It is particularly important to visualise all segments of the airway during spontaneous breathing. The decision regarding the best surgical option for each child is based on the type and localisation of SSC, as well as on the patient's medical and surgical history and age.
造口上方塌陷(SSC)被认为是小儿气管造口术的一种主要晚期并发症,在高达20%的气管造口儿童中可导致拔管失败。根据SSC的严重程度,可能需要进行手术。有多种策略和技术可供选择,气道治疗团队应了解这些。
本文旨在根据当前文献总结SSC的病因、分类、临床表现以及金标准诊断和治疗算法。
一组专家回顾了关于SSC的现有文献。详细回顾了不同手术技术及其优缺点的已发表证据,并制定了治疗算法。
SSC的金标准诊断程序是在自主呼吸状态下进行灵活的经鼻喉气管镜检查,然后在全身麻醉下进行显微喉镜检查(MLS)。SSC可分为两种主要类型,在手术治疗方面有所不同。单纯前部SSC通常采用前肋软骨移植(ACCG)进行气管成形术治疗。也有文献描述了单纯关闭气管造口或用磷酸钛钾(KTP)激光切除SSC等侵入性较小的方法。对于前外侧SSC,节段性气管切除端端吻合术或ACCG气管成形术是有前景的治疗选择。文献中也讨论了使用可吸收微型钢板进行气管加固。对于两种类型的SSC,根据严重程度和儿童年龄,始终应考虑观察等待策略。
在拔管前应始终先在自主呼吸状态下进行动态气道内镜检查,然后在全身麻醉下进行MLS。在自主呼吸时观察气道的所有节段尤为重要。针对每个儿童最佳手术方案的决策基于SSC的类型和位置,以及患者的内科和外科病史及年龄。