1.Common problems and their countermeasures in data monitoring of No.1 Military Medical Project
Dawei DU ; Huijuan ZHU ; Xiaozhen GUO ; Jinge LI ; Qinghua BIAN
Chinese Medical Equipment Journal 1989;0(04):-
Data monitoring of No.1 Military Medical Project is very important for the accuracy of information system data. It's supposed that the statistics staff monitor the data in the network. That is, the data in daily and monthly medial reports should be checked and the checking software should be applied to the examination of the data on the first page of the case history to verify their logicality and nonvacancy.
2.The imaging findings of metastatic neuroblastoma in the craniofacial bone in children
Xin BIAN ; Zhenchang WANG ; Junfang XIAN ; Mei LI ; Fei YAN ; Qinghua CHEN ; Bentao YANG ; Qinglin CHANG ; Qichang TIAN ; Zhonglin LIU
Chinese Journal of Radiology 2009;43(3):258-261
Objective To investigate the characteristic imaging findings of metastatic neuroblastoma in the craniofacial bone in children. Methods Imaging findings in 12 patients with metastatic neuroblastoma in the craniofacial bone were analyzed retrospectively. Among them, 10 patients underwent plain CT scan, 6 underwent MRI and 7 underwent whole body single-photon emission computed tomography bone scanning.Results In the 10 patients with CT images, lytic bone destruction and soft tissue masses were found in 9 cases, in which periosteal reaction was observed in 8 patients with spiculated periosteal reaction in 3 patients.The remaining 1 patient didn't show any abnormalities on CT images but had abnormal findings in bone scanning.Six patients with MR images showed abnormal signal intensity in the bone marrow of the craniofacial bone and adjacent soft tissue masses. Postcontrast T1-weighted imaging in 5 patients demonstrated remarkable enhancement of the bone marrow and soft tissue masses. Bone scanning of 7 patients showed abnormal foci of increased radionuclide activity of the craniofacial bone in 7 patients and metastasis at other body parts in 6 patients.Conclusion The metastatic neuroblastoma in the craniofacial bone has its characteristic imaging findings which are helpful for correct diagnosis.
3.Effect evaluation of blood component transfusion combined with recombinant activated factorⅦa in treatment of severe active hemorrhage after cardiac surgery
Qinghua ZHANG ; Wenjun ZHENG ; Suwei CHEN ; Xiaoming BIAN ; Jun LIU ; Lianjun GAO ; Peng LIU
Clinical Medicine of China 2019;35(4):360-365
Objective To evaluate the efficacy and complications of component blood transfusion combined with recombinant activated factorⅦa(rFⅦa)in treatment of severe active hemorrhage after cardiac surgery??Methods Fifty patients who suffered from severe active hemorrhage after cardiac surgery were selected from the First Affiliated Hospital of Dalian Medical University from July 2015 to May 2017??All patients were divided into GR group ( component blood transfusion combined with rFⅦa) and GA group (component blood transfusion combined with tranexamic acid) by random number table method,25 cases in each group??The changes of disseminated intravascular coagulation (DIC) were screened on admission(D1), after cessation of cardiopulmonary bypass ( D2 ), and 2 h ( D3 ), 6 h ( D4 ) and 12 h ( D5 ) after medication??The difference of activated partial thromboplastin time (APTT), international normalized ratio (INR),fibrinogen,hemoglobin and platelet of the two groups at each time point of D1,D2,D3,D4 and D5 were analyzed??Meanwhile, the postoperative drainage, postoperative blood transfusion, postoperative plasma transfusion volume, postoperative mechanical ventilation time, ICU retention time, the 30 d mortality and complications were compared between the two groups??Results There were significant differences in APTT, INR,fibrinogen,hemoglobin and platelet between the two groups ( all P<0??05)??There was no significant difference in the indices of DIC screening between the two groups at D1, D2 and D5 time points ( all P>0??05),but at D3 time point,APTT in GR group was significantly shorter than that in GA group((50??3 ±6??6)s vs??(60??1±6??5)s,P=0??027),and INR in GR group at D4 time point was also significantly lower ((1??3 ± 0??3) vs??( 1??5 ± 0??3), P=0??041)??In addition, the amount of red blood cells transfusion after treatment in GR group and GA group (( 3??2± 1??0) U vs??(4??1 ± 1??0) U,P=0??005),the amount of fresh plasma transfusion ((303??2±98??5) ml vs??(469??6± 190??5) ml,P=0??000),the amount of 24 h drainage after operation ((519??9±107??5) ml vs??(657??2±100??1) ml, P=0??000) were significantly decreased,the differences were statistically significant??Conclusion Blood component transfusion combined with rFⅦa can significantly improve APTT and INR of severe active hemorrhage after cardiac surgery,at the same time,it can reduce the amount of red blood cells transfusion and plasma transfusion??
4.The effects of competency-based diversified training on the comprehensive ability and transition shock of newly recruited nurses
Hui JIANG ; Qinghua ZHAI ; Dandan WANG ; Lingling BIAN ; Peipei KONG ; Lina WANG ; Liyan DENG ; Wenling HUANG ; Yan WANG
Chinese Journal of Practical Nursing 2021;37(21):1653-1659
Objective:To explore the effects of competency-based diversified training on the bedside nursing comprehensive ability aand transition shock of newly recruited nurses.Methods:A total of 62 newly recruited nurses from the Second Affiliated Hospital of Zhengzhou University in June 2018 were selected as the control group, and 70 newly recruited nurses from June 2019 were selected as the experimental group by cluster sampling. The control group received routine pre-job training, and the experimental group received diversified training based on the control group. After one year of training, the differences in the scores of bedside nursing comprehensive ability, post competency and transition shock between the two groups of nurses were analyzed.Results:After 1 year of training, the total scores and the scores of nursing problems, nursing evaluation, nursing plan, nursing theory, nursing operation and bedside nursing comprehensive ability in the experimental group were 12.20±1.76, 24.29±2.38, 13.54±1.88, 9.77±1.35, 15.14±2.30 and 79.24±6.59, which were all higher than those of the control group (10.26±1.55,22.31±1.84,10.45±1.58, 8.56±1.80, 13.27±2.38 and 69.82±4.09), the differences were statistically significant ( t value was 4.582-13.679, P<0.05). The total scores and the scores of each dimension of the Post-competency the experimental group were 31.46 ±4.32, 51.03± 4.64, 20.27± 3.78, 17.86±3.99, 58.43± 4.44, 179.37±9.97, which were all higher than those of the control group 24.76±4.12, 40.56±5.55, 16.61±2.88, 15.15± 2.96, 49.74±3.07, 146.66±17.98, the differences were statistically significant ( t value was 4.466-13.197, P<0.05). The scores of psychological knowledge, skills, social culture and development and the total scores of Transition shock in the experimental group were 30.90±3.15, 19.69±2.74, 32.17±3.06, 103.81±12.24, which were all higher than those in the control group (25.69±2.76, 15.92±3.24, 27.50±4.15, 88.32±11.54), the differences were statistically significant ( t value was 7.237-10.040, P<0.05). Conclusions:competency-based diversified training can effectively improve the bedside nursing comprehensive ability and post competency, reduce their transition shock, and has strong clinical reference significance.