目的观察红霉素胸膜粘连术对难治性自发性气胸的治疗价值。
Objective to evaluate the clinical value of using erythromycin-induced pleural adhesions in the treatment of refractory spontaneous pneumothorax.
对于曾经有感染并累及胸膜的病人来说，纤维素性胸膜粘连比较常见。
Fibrous pleural adhesions are common in persons who have had past episodes of inflammation of the lung that involve the pleura.
目的观察胸腔内注入尿激酶减少结核性渗出性胸膜炎胸膜粘连的效果。
Objective To observe the therapeutic effect of intrapleural urokinase in treatment of tuberculosis pleurisy.
自发性气胸并胸膜粘连可用胸腔镜辅助小切口行粘连松解肺大泡切除术；
Spontaneous pneumothorax with pleura adhesion can be treated by pneumonolysis and bullae of lung excision under thoracoscopy assisted small incision operation.
方法根据不同临床表现及气胸压缩程度采取人工抽气、闭式引流术、胸膜粘连术等检测效果。
Methods According to different clinical manifestation and compression degree. We could use artificial air bleeder, blocking drainage and adhesion to test the effect.
结论正规抗痨配合中医药治疗有助于松解肥厚粘连的胸膜，恢复肺的生理功能。
Conclusion The normal anti-consumption therapy combined with Chinese medicine is conducive to relieve pachynsis and adherence of tuberculous pleuritis and recover the lung function.
目的探讨结核性渗出性胸膜炎胸腔积液纤维蛋白原含量与胸膜肥厚、粘连的关系。
Objective To investigate the relationship of concentration of pleural effusion in tuberculous exudative pleurisy with pleural thickness and adhesion.
局限性胸膜肥厚粘连，无胸水及钙化征象，肿块与增厚的胸壁之间有条状低密度影。
There were localized pleural thickening adhesion and strip-like low density lesion between mass and thickened chest wall.
结论：对自发性气胸患者经电视透视引导下胸膜腔造影和四环素粘连介入性诊治技术，操作简便易行，经济实用。
Conclusion: Intervenient techniques of contrast examination of pleural cavity and pleural adhesion with tetracycline under TV fluoroscopy were economical and practicable and easily performed.
结论胸膜腔内注入尿激酶，能有效溶解结核性包裹性胸腔积液中的纤维分隔，明显降低胸膜肥厚的程度和粘连发生的机会。
Conclusion the intrapleural urokinase injection can effectively dissolves the fiber partition in loculated effusions by tuberculous pleurisy and prevent pleural thickening and adhesion.
结论胸膜腔内注入尿激酶，能有效溶解结核性包裹性胸腔积液中的纤维分隔，明显降低胸膜肥厚的程度和粘连发生的机会。
Conclusion the intrapleural urokinase injection can effectively dissolves the fiber partition in loculated effusions by tuberculous pleurisy and prevent pleural thickening and adhesion.
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