Segmentectomy for primer lung cancer, which arise from azygos lobe: azygos lobectomy.

The azygos lobe is a rare congenital anomaly of the right upper lobe of the lung. There are few surgical cases that azygos lobectomy reported arise from an azygos lobe primary lung cancer in the literature. We share our treatment experience in our case who a 65-year-old male and he has a primary lung cancer arise from azygos lobe. Lung cancer surgery principiles for segmentectomy (azygos lobectomy) can be performed it by avoiding complications.

Management of Post-Intubation Tracheal Membrane Ruptures.

BACKGROUND: Iatrogenic tracheal rupture is a rare complication after intubation. Overinflation of the tracheal cuff was speculated to be a frequent cause of tracheal rupture. The surgical approach is a widespread treatment for tracheal ruptures. The aim of this study is to evaluate the results of conservative and surgical therapy approaches in tracheal rupture cases inflicted by tracheal intubation. METHODS: Data on 12 patients who experienced tracheal ruptures secondary to intubation were reviewed. The average age of the patients was 58 years (range of 38 to 81 years). Six patients were men and 6 patients were women. Four of the patients were performed thoracotomy for primary surgery and underwent surgical therapy. 8 patients were treated conservatively. The results of both approaches were evaluated. RESULTS: Patients, who underwent both conservative and surgical therapy, were completely recovered. There was no rupture originated complication or death. CONCLUSIONS: Both conservative and surgical therapies are appropriate for treatment of membranous tracheal rupture.

Is a small-bore catheter efficient for most pleural pathologies?

PURPOSE: Chest tubes are used for drainage of the pleural cavity. Traditionally, large-bore catheters are inserted for all indications, but there has been a recent tendency to use small-bore catheters. We share the results of our experience of using small-bore catheters for almost all indications routinely in our clinic. METHODS: A collective total of 309 small-bore chest catheters (10 F) were inserted via the Seldinger technique in 287 patients during a 5-year-period. Malignant pleural effusion and pneumothorax were the most common indications for chest tube insertion. RESULTS: The mean catheter duration was 5.6 days, being 5 days for pneumothorax and 6 days for malignant pleural effusion. Pleurodesis was performed effectively for malignant pleural effusions. In this series, the failure rate of small-bore catheters was 7.2 %. CONCLUSION: Based on our clinical experience of using small-bore catheters, we believe that they are potentially effective for almost all pleural pathologies. Our results concur with those in the literature, but this series also includes different pleural diseases requiring chest tube insertion.

Simple and economical management of a prolonged air leak.

Prolonged air leak has been described in many pulmonary diseases but remains one of the common complications of pulmonary resections. Although, the management of prolonged air leaks related to broncho-pleural or alveolo-pleural fistulae traditionally requires surgical repair. In recent years, bronchoscopic approaches have drawn attention because of their conservative nature. We report a case of prolonged air leak after a pulmonary wedge resection that was treated with a simple and economical endobronchial method.