Extracorporeal membrane oxygenation (ECMO)‐assisted intratracheal tumor resection and carina reconstruction: A safer and more effective technique for resection and reconstruction
Abstract:Carina resection and reconstruction is required when a tracheal tumor invades the tracheal carina. It is a relatively complicated surgical procedure that requires complex reconstruction to maintain airway continuity. The technical difficulty lies in minimizing the influence of anesthetic endotracheal intubation and maintaining good ventilation function during surgery by establishing appropriate ventilation channels, which are contradictory in many cases. Therefore, in order to achieve the optimal surgical outc… Show more
“…Hypoxia and hypoperfusion during ECMO may also cause neurological complications, including hemorrhage, seizures, and infarction (2,4,5,26). Compared to VA-ECMO, venous cannulation is less invasive, and VV-ECMO avoids the risk of arterial injury and minimizes hemodynamic disturbance (6,13), which may cause thromboembolic venous disease, recirculation, and superior cava syndrome (7). However, in this study, no VV-ECMO-related complications were observed.…”
“…Hypoxia and hypoperfusion during ECMO may also cause neurological complications, including hemorrhage, seizures, and infarction (2,4,5,26). Compared to VA-ECMO, venous cannulation is less invasive, and VV-ECMO avoids the risk of arterial injury and minimizes hemodynamic disturbance (6,13), which may cause thromboembolic venous disease, recirculation, and superior cava syndrome (7). However, in this study, no VV-ECMO-related complications were observed.…”
“…Under this condition, ECMO can be used to maintain the oxygen supply without tracheal intubation or high-frequency ventilation catheter manipulation during the procedure. The first case report of an ECMO-assisted intratracheal tumor resection and carina reconstruction was published in 2019, which was an open surgery ( 7 ). On the other hand, tracheal resection is traditionally approached with a right lateral thoracotomy or median sternotomy.…”
Section: Discussionmentioning
confidence: 99%
“…In many cases, it is contradictory to guarantee adequate blood oxygenation and to gain excellent visualization of the surgical field. We thought extracorporeal membrane oxygenation (ECMO) might help us achieve the optimal surgical outcome ( 7 ). Finally, we innovatively integrated ECMO-assisted and uniportal thoracoscopic techniques for the first time, perfectly achieving simultaneous tracheal tumor resection and tracheoplasty.…”
Primary tracheal tumors are seldom seen, and most of them are malignant. At present, the main treatment is surgical resection. It is rare to accomplish tracheal tumor resection and tracheoplasty via uniportalal thoracoscopy. In order both to maintain the patient's oxygen supply during surgery and to reduce the size of the surgical incision, we have innovatively integrated the ECMO-assisted and uniportal thoracoscopic techniques for the first time, perfectly achieving tracheal tumor resection and tracheoplasty. The intraoperative manipulation was only 180 min in duration. The patient returned to the intensive care unit and recovered smoothly after the surgery. The patient was discharged from the hospital 17 days after the operation. ECMO-assisted uniportal thoracoscopic tracheal resection and tracheoplasty provides a new idea and method for colleagues.
“…9 As a result, either the lesion requiring repair or the surgery itself often impedes the use of traditional intubation techniques during central airway surgery. 11,12 The unique challenges to airway management during central airway surgery necessitate a non-traditional adjunct therapy such as ECLS to maintain hemodynamic stability and adequate gas exchange. 7 Furthermore, in the setting of emergent, lifethreatening central airway injury, where detailed preoperative intubation planning is not possible, the use of ECLS may be the only viable option to allow successful perioperative oxygenation.…”
Section: Introductionmentioning
confidence: 99%
“…7 This challenge arises from the dual nature of central airways as both the site of surgical intervention and the main avenue for maintaining ventilation and oxygenation. 11,12 Distal airway management through conventional intubation and jet ventilation both require cross-field ventilation in order to maintain adequate gas exchange. 11,12 However, in the setting of central airway surgery, the crossfield setup required for these techniques can obstruct the operative field, increase tension on newly created anastomoses, and can lead to inefficient perioperative oxygenation.…”
Background: Major airway surgery can pose a complex problem to perioperative central airway management. Adjuncts to advanced ventilation strategies have included cardiopulmonary bypass, veno-arterial, or veno-venous extracorporeal life support. We performed a systematic review to assess the existing evidence utilizing these strategies.Methods: An electronic search was conducted to identify studies written in English reporting the use of extracorporeal life support (ECLS) during central airway surgery. Thirty-six articles consisting of 78 patients were selected and patient-level data were analyzed.Results: Median patient age was 47 [IQR: 34-53] and 59.0% (46/78) were male. Indications for surgery included central airway or mediastinal cancer in 57.7% (45/78), lesion or injury in 15.4% (12/78), and stenosis in 12.8% (10/78).Support was initiated pre-operatively in 9.9% (7/71) and at the time of induction in 55.3% (42/76). It was most commonly used at the time of tracheal resection/repair [93.2% (68/73)], intubation of the tracheal stump [94.4% (68/72)], and re-anastomosis [94.2% (65/69)]; 13.7% (10/73) patients were supported postoperatively. The most commonly performed surgery was tracheal repair or resection in 70.3% (52/74). Median hospital stay was 12 [8, 25] days and in-hospital mortality was 7.9% (6/76). There was no significant difference in survival between the three groups (p = .54).
Conclusions:Extracorporeal membrane oxygenation offers versatility in timing, surgical approach, and ECLS runtime that makes it a viable addition to the surgical armamentarium for treating complex central airway pathologies.
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