1.Application of multi-disciplinary teamwork nursing mode in perioperative care to breast cancer patients
Mi ZHANG ; Baoying PAN ; Shuling LI ; Xiaoxia HE
Modern Clinical Nursing 2016;15(8):24-27
Objective To study the effect of multi-disciplinary teamwork (MDT) nursing mode on perioperative care to breast cancer patients. Methods One hundred and twenty breast cancer patients undergoing surgical operations were evenly randomized into the observation and control groups by random digit number table. The control group was treated with routine nursing care and the observation group with MDT nursing mode. Result The rate of complications (like subcutaneous effusion, lymphatic edema and skin flap necrosis) in the observation group was significantly lower than that of the control group and the hospital stay was significantly shorter than that of the control group as well (all P<0.05). Conclusion The MDT nursing mode can reduce the rate of complications, shorten the hospital stay and relieve patient′s depression.
2.Lung protection effect of intra-aortic protamine injection in infants underwent opening heart operation by cardiopulmonary bypass surgery
Baoying MENG ; Qing ZHANG ; Tao WANG ; Dingrong SHEN ; Le PENG ; Chao MA ; Xiaolan PAN ; Yuanxiang WANG
Clinical Medicine of China 2011;27(3):235-238
Objective To study the protective effect of intraaortic protamine injection on lung in infants undergwent opening heart operation by cardiopulmonary bypass surgery. Methods Sixty infants (age ≤ 1 year,weight ≤ 10 kg)who accepted opening heart operation by cardiopulmonary bypass surgery were randomly assigned into 2 groups ( n = 30 in each group) reciving intra-aortic and intra-venous protamine injection respectively. P-peak, P-plate, CL, Oxygenation Index, the number of WBC and neutrophil segregated in lungs were compared between two groups before injecting protamine and 10 minutes, 1 hour, 3 hours after injecting protamine. The time of mechanical ventilation were compared as well. Results P-peak, P-plate, the number of WBC and neutrophil segregated in lungs of intra-aortic injection group significantly decreased than intra-venous injection group at 1 hour, 3 hours after injecting protamine (t =2.743, 3.512; 3.218, 3.469; 3.716, 5.243; 3.853,4. 783 respectively, Ps < 0. 05 ), while the CL and Oxygenation Index increased significantly ( t = 3. 976,4. 267; 4. 557,4. 265 respectively, P < 0. 05 ). The duration of mechanical ventilation follow operation in intraaortic injection group ( [8. 03 ± 5. 14] h ) was shorter compared with intra-venous injection group ( [10. 56 ±6.95]h) (t =2.599,P<0.05). Conclusion By intra-aortic protamine injection the lung injury decreased significantly. It shows good protective effect on lung in infants underwent opening heart operation by cardiopulmonary bypass surgery.
3.Effect of Cold Self-blood Cardioplegia With Ulinastatin on Immature Myocardial Cell Apoptosis in Infant Patients
Baoying MENG ; Qing ZHANG ; Xiaolan PAN ; Yuanxiang WANG ; Dingrong SHEN ; Yunxing TI ; Chao MA ; Le PENG
Chinese Circulation Journal 2014;(12):1011-1014
Objective: To investigate the effect of cold self-blood cardioplegia with ulinastatin on immature myocardial cell apoptosis and protein expressions of Bcl-2, Bax in ventricular septal defect (VSD) infants.
Methods: A total of 60 infants received VSD repairing operation with cardiopulmonary bypass (CPB) in our hospital were summarized. The patients were randomly divided into 2 groups:Test group, the infants received cold self-blood cardioplegia with ulinastatin when aortic cross-clamp was closed. Control group, the infants received cold self-blood cardioplegia when aortic cross-clamp was closed. n=30 in each group. The right atrium tissue was collected before CPB and 10 min after releasing aortic cross-clamp. The index of myocardial cell apoptosis was observed by TUNEL method, and the protein expressions of Bcl-2, Bax were examined by immunohistological method.
Results: Both groups showed the higher index of myocardial cell apoptosis at 10 min after releasing aortic cross-clamp than 5 min before CPB, and the apoptosis index in Test group was lower than that in Control group, all P<0.05. The protein expressions of Bcl-2 and Bax were obviously increased at 10 min after releasing aortic cross-clamp than 5 min before CPB in both groups. Compared with Control group, Test group presented the higher Bcl-2 protein expression and lower Bax protein expression, all P<0.05.
Conclusion: Cold self-blood cardioplegia with ulinastatin could protect immature myocardum from ischemia-reperfusion injury in VSD infants during CPB operation in clinical practice.
4.The effects of ulinastatin-containing autologous cold blood cardioplegic solution on the cardiac function of infants after open heart surgery
Baoying MENG ; Qing ZHANG ; Dingrong SHEN ; Yunxing TI ; Xiaolan PAN ; Chao MA ; Le PENG ; Yuanxiang WANG
Clinical Medicine of China 2012;28(3):228-231
Objective To investigate the effects of ulinastatin-containing autologous cold blood cardioplegic solution on the cardiac function of infants after cardiopulmonary bypass surgery.Methods Sixty infants younger than 10 months old,who underwent ventricular septal defect repair under cardiopulmonary bypass,were randomized into autologous cold blood cardioplegia group (30 patients,Group A)and ulinastatincontaining cold blood cardioplegia group (30 patients,Group B).CI,SI and LCWI were monitored 1 and 6 hours after opening the aorta.The time and rate of cardiac resuscitation,as well as the dependence on the inotropic drugs,were intraoperatively monitored.Results The automatic resuscitation rate in two groups was not siynificantly ( P > 0.05).The time for automatic resuscitation were (34.2 ± 4.7) s and (52.1 ± 6.5 ) s for Group B and Group A,respectively ( P < 0.05 ).The rate of dependence on inotropic drug were 40.0% (12/30) and 66.7% (20/30)for Group B and Gro~p A,respectively (P < 0.05).Mter the operation,the CI,SI and LCWI of group B were higher than that of group A ( P <0.05 ).Conclusion Ulinastatin-containing autologous cold blood cardioplegic solution is beneficial to the functional cardiac recovery of the infants after heart bypass surgery by protecting the immature myocardium.