The complication of pulmonary atelectasis and pleural effusion was in 11 cases, pulmonary infection in 5 cases, empyema in 3 cases, bronchopleural fistula in 2 cases.
术后并发肺不张、胸腔积液11例，肺部感染5例，脓胸伴切口感染3例，并发支气管胸膜瘘2例。
Results The therapeutic group was better than the control group on the transforming negative time of tuberclostic bacteria in sputum and the effect of pulmonary atelectasis.
结果在痰菌阴转时间及肺不张疗效方面治疗组均优于对照组。
MRI could distinguish porstradiotherapy lung fibroid masses from carcinoma recurrence and pulmonary neoplasm from obstructive atelectasis.
MRI可辨别肺癌放疗后纤维化抑或肿瘤复发，区分肺门癌块与阻塞性肺不张；
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.
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: Bronchoalveolar lavage via fiberoptic bronchoscopy can effectively and safely treat severe pulmonary infection and atelectasis.
结论：纤维支气管镜肺灌洗对重症肺部感染伴有肺不张患者治疗效果确切、安全。
Conclusion: Bronchoalveolar lavage via fiberoptic bronchoscopy can effectively and safely treat severe pulmonary infection and atelectasis.
结论：纤维支气管镜肺灌洗对重症肺部感染伴有肺不张患者治疗效果确切、安全。
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