Previous studies have shown that the removal of the chest tube after lung surgery significantly improves pain symptoms and lung function. The criteria for chest tube removal still remain vague in modern thoracic surgery and rely on personal experience instead of evidence-based criteria. Every hospital has its own traditional standard fluid threshold and believes in that without adapting and comparing it not even after introduction of newer and more minimal-invasive operation technique. According to literature the traditional fluid threshold is varying from 100 to 500 or even more millilitre in 24 hours. Since pleural fluid resorption is proportional to body weight the investigators believe that a body weight related approach of chest tube management would improve safety and would allow an earlier chest tube removal without a higher rate of complication. In this way the investigators believe in improving pain management and in achieving earlier discharge of the patient.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
PREVENTION
Masking
SINGLE
Enrollment
337
Removal of the chest tube after air leakage has ceased and fluid drainage is 200ml/24h or less.
Removal of the chest tube after air leakage has ceased and fluid drainage is 5ml/kg/24h or less.
Bern University Hospital
Bern, Switzerland
Number of recurrent pleural effusions after chest tube removal
Evaluation of recurrent pleural effusion after chest tube removal
Time frame: up to 6 weeks postoperative
Pain scores (VAS-Score)
Evaluation of Pain Scores after Chest tube removal
Time frame: postoperative Period until 3 hours after Chest tube removal
Time Point of chest tube removal
postoperative day of chest tube removal
Time frame: Postoperative, expected to be up to 1 week after surgery
Patient discharge
Time Point of Patient discharge
Time frame: At time of discharge, on average 4-7 days
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