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Objective:To carry out nurse-led evidence-based practices to reduce the incidence of pulmonary complications of patients after thoracic surgery.Methods:A multidisciplinary team was set up. The best evidence-based interventions were obtained by adopting evidence-based nursing procedures and were implemented in the clinical practice after localization. Based on the evidence, examination standards were established, and obstacles and promoting factors in the implementation process were evaluated. Then action strategies were formulated to regulate medical staff′s clinical practice. The patients ′ incidence of pulmonary complications, pulmonary function indicators, patient satisfaction and pulmonary rehabilitation knowledge and medical staff′s compliance with examination standards were compared before and after the application of the best evidence. Results:After the application of the best evidence, the incidence of pulmonary complications decreased from 18.2%(6/33) to 0 ( χ2 value was 4.264, P < 0.05). The pulmonary indicators of FEV1/FVC, breath holding test and six minute walking test were (76.1±3.3)%, (27.2±1.5) s and (522.6±13.0) m before the application of best evidence, respectively, and (82.7±2.8)%, (31.0±5.3) s and (561.5±16.4) m after the application of best evidence, respectively. The differences were all statistically significant ( t value was -8.600, -3.007, 10.542, P < 0.01). Meanwhile the medical staff ′s compliance with the 10 examination standards were all increased to over 85% after the implementation of the best evidence ( χ2 value was 16.834-64.000, P<0.01). Patients ′ pulmonary rehabilitation knowledge was 24.2%(8/33) and 83.9% (26/31) respectively before and after the application of the best evidence, the difference was statistically significant ( χ2 value was 22.823, P<0.01). Patients ′ satisfaction improved. Conclusions:By applying the best evidence, nurse-led multidisciplinary team can reduce the incidence of pulmonary complications and improve the care quality for patients after thoracic surgery.
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Objective:To carry out nurse-led evidence-based practices to reduce the incidence of pulmonary complications of patients after thoracic surgery.Methods:A multidisciplinary team was set up. The best evidence-based interventions were obtained by adopting evidence-based nursing procedures and were implemented in the clinical practice after localization. Based on the evidence, examination standards were established, and obstacles and promoting factors in the implementation process were evaluated. Then action strategies were formulated to regulate medical staff′s clinical practice. The patients ′ incidence of pulmonary complications, pulmonary function indicators, patient satisfaction and pulmonary rehabilitation knowledge and medical staff′s compliance with examination standards were compared before and after the application of the best evidence. Results:After the application of the best evidence, the incidence of pulmonary complications decreased from 18.2%(6/33) to 0 ( χ2 value was 4.264, P < 0.05). The pulmonary indicators of FEV1/FVC, breath holding test and six minute walking test were (76.1±3.3)%, (27.2±1.5) s and (522.6±13.0) m before the application of best evidence, respectively, and (82.7±2.8)%, (31.0±5.3) s and (561.5±16.4) m after the application of best evidence, respectively. The differences were all statistically significant ( t value was -8.600, -3.007, 10.542, P < 0.01). Meanwhile the medical staff ′s compliance with the 10 examination standards were all increased to over 85% after the implementation of the best evidence ( χ2 value was 16.834-64.000, P<0.01). Patients ′ pulmonary rehabilitation knowledge was 24.2%(8/33) and 83.9% (26/31) respectively before and after the application of the best evidence, the difference was statistically significant ( χ2 value was 22.823, P<0.01). Patients ′ satisfaction improved. Conclusions:By applying the best evidence, nurse-led multidisciplinary team can reduce the incidence of pulmonary complications and improve the care quality for patients after thoracic surgery.
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Objective To evaluate the efficacy of healthcare failure mode and effect analysis in enhanced recovery after surgery(ERAS) in thoracic surgery. Methods Establish the healthcare failure mode and effect analysis group and evaluate the possible healthcare failure modes in implementation of ERAS.Calculate the odds ratio and make a decision tree in order to find out the failure modes and make safe schemes for bowel preparation, peri-operative pain monitoring and evaluation, vein thrombosis screening and management, early mobilization and food-taking after surgery and catheter removal for patients with benign prostate hyperplasia. Results Before and after the implementation of ERAS, 237 patients were selected.The risk priority number after the implementation of ERAS had been reduced,all less than 8 points. After the implementation of ERAS, the rate of initial pain score greater than 4 was 53.2%(126/237),the incidence of nausea and vomiting was 13.5%(32/237),and incidences of thrombosis and constipation were all 6.8%(16/237),the urinating patency rate after pulling-out the tube was 100.0%(237/237). Before the implementation of ERAS, the indicators was 96.6%(229/237), 43.0%(102/237), 30.0%(71/237), 36.7%(87/237),79.7%(189/237).There was significant difference before and after the implementation of ERAS (χ2=5.455-15.022, P<0.05). Conclusions The application of healthcare failure mode and effect analysis can reduce the incidence of adverse reaction and complications after thoracic surgery and ensure a secure and high-quality implementation of ERAS,which is worth using widely.
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Objective To investigate the feasibility of gadopentetate dimeglumine as contrast agent for arteriography and interventional procedures.Methods Nine patients received gadopentetate dimeglumine as contrast agent during interventional procedures. Gadopentetate dimeglumine was used in 2 patients with contraindications to iodinated contrast media. In addition to the standard injection sequences with iodinated contrast media, arteriograms were obtained after administration of gadopentate dimeglumine in seven patients. Diagnostic arteriographies were performed in thoracic aorta, common carotid artery, bronchial artery, intercostal artery, hepatic artery, iliac artery and uterine artery. The doses of gadopentetate dimeglumine used in this series were≤0.3 mmol/kg. Vital signs and arterial oxygen saturation were monitored during the procedures. The blood and urine routine examinations, the hepatic and renal functions tests were done after the procedure. Results There were no significant differences between the gadopentetate dimeglumine and the iodinated contrast media examinations for illustrating the main trunk of these arteries. Angiograms obtained with the iodinated contrast media appeared to be better than that of with gadopentetate dimeglumine for visualizing the distal branches of these arteries and the tumor stain. The interventional procedure was completed successfully in the two patients using gadopentetate dimeglumine alone. No patient suffered from complication related to the use of gadopentetate dimeglumine, and also no worsened renal function was shown after the procedure. Conclusions Diagnostic arteriograms can be achieved safely and successfully by using gadopentetate dimeglumine, especially in patients with allergy to iodinated contrast media and chronic renal insufficiency.