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Severe thoracic trauma caused left pneumonectomy complicated by right traumatic wet lung, reversed by extracorporeal membrane oxygenation support—a case report

机译:严重的胸外伤导致左肺切除术并发右外伤湿肺,并通过体外膜氧合作用逆转-病例报告

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Double lumen intubation and one-lung ventilation should be applied without delay in cases of traumatic main bronchial rupture. In most cases, when the patients’ vital signs have been stabilized, the repair can be performed. However, when one-lung ventilation is complicated by traumatic wet lung, the mortality rate is likely to be much higher. In this case, the patient experienced a left main bronchial rupture, bilateral traumatic wet lung, and acute respiratory distress syndrome (ARDS) because of severe thoracic trauma. Though the patient was treated with intubation and mechanical ventilation (MV), his oxygenation was still not stable. Thus, veno-venous extracorporeal membrane oxygenation (V-V ECMO) was initiated; upon improvement of oxygenation, the patient received an exploratory thoracotomy. Unfortunately, the rupture proved to be irreparable, resulting in a total left pneumonectomy. As there was severe ARDS caused by trauma, ECMO and ultra-low tidal volume (VT) MV strategy (3?ml/kg) were utilized for lung protection post-op. ECMO was sustained up to the 10th day, and MV until the 20th day, post-operation. With the support of MV, ECMO and other comprehensive measures, the patient made a recovery. V-V ECMO and ultra-low VT MV helped this thoracic trauma patient survive the lung edema period and prevented ventilator associated pneumonia (VAP). In extreme situations, with the support of ECMO, the tidal volume may be lowered to 3?ml/kg.
机译:创伤性主支气管破裂时,应立即应用双腔插管和单肺通气。在大多数情况下,当患者的生命体征稳定后,即可进行修复。但是,当单肺通气并发湿性肺损伤时,死亡率可能会更高。在这种情况下,由于严重的胸外伤,患者经历了左主支气管破裂,双侧外伤性湿肺和急性呼吸窘迫综合征(ARDS)。尽管患者接受了插管和机械通气(MV)治疗,但其氧合仍然不稳定。因此,开始了静脉-静脉体外膜氧合作用(V-V ECMO)。改善氧合后,患者进行了探索性开胸手术。不幸的是,破裂被证明是无法修复的,导致了全部的左肺切除术。由于严重的由创伤引起的ARDS,ECMO和超低潮气量(VT)MV策略(3?ml / kg)用于术后肺保护。 ECMO维持至术后第10天,MV维持至第20天。在MV,ECMO等综合措施的支持下,患者得以康复。 V-V ECMO和超低VT MV帮助该胸外伤患者在肺水肿期间幸存下来,并预防了呼吸机相关性肺炎(VAP)。在极端情况下,在ECMO的支持下,潮气量可能会降至3?ml / kg。

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