Key result
A risk score > 0.36, derived from FEV1.0/m2, surgical bleeding volume, and thoracotomy duration, predicted postoperative pulmonary complications with 78.8% accuracy, 77.8% sensitivity, and 79.2% specificity.
Observational (n=33)
No
FEV1.0/m2, surgical bleeding volume, and thoracotomy duration are significant predictors of postoperative pulmonary complications in patients undergoing esophagectomy for esophageal cancer.
In order to clarify the predictive risk factors of postoperative pulmonary complications after surgery for esophageal cancer, 33 cases undergoing esophagectomy under thoracotomy were evaluated using univariate analysis and stepwise logistic regression analysis. In our department, postoperative pulmonary complications are defined as those demanding respiratory management for more than one week or those needing oxgen administration for more than 2 weeks. Postoperative pulmonary complications were observed in 9 cases (27.3%). With univariate analysis, FEV1.0/m2, MVV/m2 and bledding volume during surgery were significantly different between the cases with and without pulmonary complications, with stepwise logistic regression analysis, FEV1.0/m2, bleeding volume during surgery and duration of thoracotomy were selected as predictive factors of pulmonary complications. Risk score=0.742+0.0001517×bleeding volume during surgery+0.002655×duration of thoracotomy-0.796×FEV1.0/m2 was obtained by multivariate statistical analysis. Significantly high incidence of pulmonary complications was observed in patients with risk socre more than 0.36, These results suggested that to prevent postoperative pulmonary complications, over surgery should be avoided especially in the patients with obstructive pulmonary dysfunction.
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Kunisaki et al. (1997) conducted an observational in Esophageal cancer (n=33). Risk score > 0.36 (based on FEV1.0/m2, bleeding volume, and duration of thoracotomy) vs. Risk score ≤ 0.36 was evaluated on Postoperative pulmonary complications. A risk score > 0.36, derived from FEV1.0/m2, surgical bleeding volume, and thoracotomy duration, predicted postoperative pulmonary complications with 78.8% accuracy, 77.8% sensitivity, and 79.2% specificity.
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