Department of Anesthesiology, Taichung Veterans General Hospital, Taichung.
Departments of Medicine and Surgery, National Yang-Ming University School of Medicine, Taipei.
Medicine (Baltimore). 2021 Jul 9;100(27):e26325. doi: 10.1097/MD.0000000000026325.
Uniportal video-assisted thoracoscopic surgery (VATS) for various pulmonary diseases provides advantages of less postoperative pain and earlier post-operative recovery over traditional open surgery. The inherent limitation of this surgical modality in manipulation of surgical instruments renders intra-operative one-lung ventilation a requisite to increase the substantially restricted working space and thus visibility of the surgical filed.
Patient 1, an 8-month-old, 9-kg, and 70 cm-in-height male infant was diagnosed as congenital pulmonary airway malformation (CPAM) over left lower lobe.Patient 2, a 9-month-old, 8-kg and 72 cm-in-height male infant was diagnosed as CPAM over right lower lobe.Patient 3, an 8-month-old, 8-kg and 67 cm-in-height female infant was diagnosed as CPAM over left lower lobe.This facilitating one-lung ventilation yet was rarely conducted in infants under one year of age for the extremely small body size, the unavailability of dedicated tools, and therein the very tough techniques demanded.
Infants with congenital cystic adenomatoid malformation.
Here we report three infants of less than one year of age in whom one-lung ventilation was successfully achieved by intraluminal use of 5-Fr Fuji Uniblocker Bronchial Blocker devices and in turn assisted the completion of uniportal VATS for congenital cystic adenomatoid malformation in unilateral lungs.
Three infants received VATS under uniblocker smoothly. Patient 1 had two episode of balloon dislodgement and desaturation and solved by re-insertion. And he had subglottic tracheal stenosis which treatment with laser coagulation. Patient 2 had overall blood loss 80 ml. Patient 3 had one episode of desaturation after stapling the bronchus and fiberoptic bronchoscope revealed obstruction by blood and secretion which solved by suction.
In conclusion, OLV in infants undergoing uniportal VATs could be successfully achieved by Fuji 5 Fr Uniblocker bronchial blockers for as long as 4 hours, as exemplified by our three cases, and balloon poor sealing and dislodgment can be immediately solved by bronchoscope-guided re-positioning without compromising surgical proceeding or outcome.
各种肺部疾病的单孔电视辅助胸腔镜手术(VATS)比传统的开胸手术具有术后疼痛少和术后恢复快的优点。这种手术方式在操作手术器械方面的固有局限性使得术中单肺通气成为增加实质性受限工作空间和提高手术视野的必要条件。
患者 1 为 8 月龄、9kg、70cm 高的男性婴儿,被诊断为左肺下叶先天性肺气道畸形(CPAM)。患者 2 为 9 月龄、8kg、72cm 高的男性婴儿,被诊断为右肺下叶 CPAM。患者 3 为 8 月龄、8kg、67cm 高的女性婴儿,被诊断为左肺下叶 CPAM。由于婴儿体型极小,专用工具缺乏,技术要求极高,因此很少在一岁以下的婴儿中进行这种辅助单肺通气的操作。
婴儿患有先天性囊性腺瘤样畸形。
我们在此报告了三例年龄不足一岁的婴儿,他们通过使用 5Fr Fuji Uniblocker 支气管阻塞器在管腔内成功实现了单肺通气,从而协助完成了单侧肺部的单孔 VATS 手术。
三例婴儿均在 Uniblocker 辅助下顺利完成 VATS 手术。患者 1 出现两次球囊移位和血氧饱和度下降,通过重新插入解决。他还患有声门下气管狭窄,采用激光凝固治疗。患者 2 总失血量为 80ml。患者 3 在支气管吻合后出现一次血氧饱和度下降,纤维支气管镜显示血液和分泌物阻塞,通过抽吸解决。
总之,我们的三个病例表明,在进行单孔 VATs 的婴儿中,通过 Fuji 5Fr Uniblocker 支气管阻塞器可以成功实现长达 4 小时的单肺通气,球囊密封不良和移位可以通过支气管镜引导的重新定位立即解决,而不会影响手术进行或结果。