Why the study?
Pain syndrome is the most common complication of thoracotomy and could impair respiratory function, motivating an analysis of PTPS effects on pulmonary function and postoperative pneumonia.
Does thoracic epidural analgesia improve pain control and respiratory function compared to paravertebral or intercostal block in patients undergoing thoracotomy for lung cancer?
Does thoracic epidural analgesia improve pain control and respiratory function compared to paravertebral or intercostal block in patients undergoing thoracotomy for lung cancer?
Thoracic epidural analgesia provides superior pain control compared to paravertebral or intercostal blocks, which preserves respiratory function and may reduce pulmonary complications after thoracotomy.
PTPS linked to impaired lung function and higher pneumonia risk post-thoracotomy; leaves open whether targeted analgesia improves outcomes.
Background. Pain syndrome is the most common complication of thoracotomy. It is the main reason of discomfort in postoperative period and could impair respiratory function. The aim of the study. The aim of our study was to analyze the effect of PTPS on pulmonary function and postoperative pneumonia rate in patients underwent open surgery on the lung cancer. Methods. 300 patients were included in the study operated on in our clinic for lung cancer via thoracotomy approach. All patients were randomly assigned to 3 comparable groups according to the method of anesthesia: thoracic epidural analgesia (HEA), n = 100; paravertebral block (PVB), n = 100; intercostal block (IRB), n = 100. On the 3rd day after the operation, the intensity of the pain syndrome was evaluated by VAS and spirometry was performed. Results. Analysis of the intensity of postoperative pain syndrome showed the superiority of epidural analgesia over other techniques. In patients with pain syndrome with an intensity of more than 30 mm VAS, the FEV1, VC, and chest excursions were significantly lower than in patients with pain up to 30 mm VAS. The development of pain syndrome of more than 70 mm of VAS led to a significant deterioration in VC rate and chest excursion if compare to patients with AHD 31–70 mm of VAS, which increases the risk of infectious complications. Conclusion. An optimal antinociceptive protection in the perioperative period improves respiratory function and helps to reduce pulmonary complications rate. The method of choice in open thoracic surgery for lung cancer is a combined general anesthesia with a high thoracic epidural block.
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Хороненко et al. (2019) studied this question.
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