目的为临床肺移植及肺叶切除术提供解剖学依据。
Objective to provide anatomic basis for lung transplantation and pulmonary lobectomy.
结论两种微创手术行肺叶切除术无显著差别，各有其优势。
Conclusion Each of the two minimally invasive surgical procedures has its own advantages in anatomical lobectomy.
目的总结心包内处理肺血管全肺切除术或肺叶切除术治疗中晚期肺癌的经验。
Objective to evaluate the clinic efforts of intrapericardial pneumonectomy in the treatment of advanced lung cancer.
全肺切除术9例，肺叶切除术5例，肺楔形切除术2例，电视胸腔镜肺大疱切除术2例。
Among them, 9 experienced pneumonectomy, 5 lobectomy of lung , 2 pulmonary wedging and 2 bulla ectomy under vadio-assisted-thoracic-surgery(VATS).
结论通过靶肺支气管肺泡灌注ple后靶支气管封堵器堵塞可达到功能性肺叶切除术目的。
Conclusion FPLT could be obtained after PLE was injected to the target lung, and target bronchia obstructed with broncho-occluder by catheter.
目的：观察定压和定容单肺通气模式对小儿单腔支气管插管下行肺叶切除术时呼吸生理的影响。
Objective: To investigate the effect of two modes of one-lung ventilation(OLV) on lung lobectomy in pediatric patients.
术式包括双侧肺大切除术、肺楔形切除术、肺叶切除术、纵隔肿瘤切除术、肺减容术和胸膜瘘修补术等。
The mode of operations included bleb resection, wedge resection, lobectomy, resection of mediastinal tumor, lung volume reduction, pleural fistula, et al.
VATS肺叶切除术可以作为早期肺癌外科治疗的一种方案。对于肺楔形切除术，VATS优于常规开胸。
VATS lobectomy can be used as an alternative surgical technique for early-stage lung cancer. For lung wedge resection, VATS was superior than OT.
结论FPLT后靶肺可形成肺不张、肺纤维化其血气变化与肺叶切除术者相似，效果优于传统的肺叶切除术。
Conclusion FPLT may induce the atelectasis and fibrosis of the target lung lobe, and its effect is superior to surgical pulmonary lobectomy, while the change of blood gas in both groups are similar.
手术方式为2例开胸行肺叶切除术，3例胸腔镜下肺楔形切除术，3例行透壁肺活检，3例伴发肾脏病变行肾活检。
Pulmonary lobectomy was carried on 2, Wedge-shaped excision of lung under VATS on 3, lung biopsy on 3, and renal biopsy on 3 with nephrosis.
分别行肺切除术154例，胸廓改形术加肺叶切除或肌瓣充填术3例，曲菌球清除加肌瓣填塞术3例。
The operative procedures included 154 pulmonectomy, 3 thoracoplasties with pulmonectomy or filling with the muscle flap, and 3 cavernostomy filling with the muscle flap.
分别行肺切除术154例，胸廓改形术加肺叶切除或肌瓣充填术3例，曲菌球清除加肌瓣填塞术3例。
The operative procedures included 154 pulmonectomy, 3 thoracoplasties with pulmonectomy or filling with the muscle flap, and 3 cavernostomy filling with the muscle flap.
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