ObjectiveTo systematically review the effects of the promotion of appropriate health technology in China and provide reference for improving the promotion of appropriate health technologies. MethodsDatabases including CBM, VIP, CNKI and WanFang Data were searched for studies about the appropriate health technology in China from inception to August 2014. Two reviewers independently screened literature, extracted data, and assessed the methodological quality of included studies by the evaluation criteria for descriptive studies of MAStARI, an assessment tool developed by JBI Evidence-Based Health Care Center. And then, qualitative descriptive analysis method was used to comprehensively analyze the data from four aspects: medical institutions, regulators, technology promotion medical staff and patients. ResultsA total of 23 cross-sectional studies and one before-after study were included. The results of qualitative analysis showed that: 1) the technology utilization rate of appropriate health technology extension institutions was more than 70%, the number of outpatients of township and village organizations increased significantly than that of the county level institutions; 2) director of technology extension and managers of hospital were in favor of the promotion of appropriate technology for its good effectiveness, safety, lower medical costs, and skill improvement of medical staff; 3) medical staff mastered the appropriate health technology, they were willing to promote appropriate technology and spoke highly of it for its safety, feasibility and economic effect, and improved their level of technology; 4) in patients' opinion, the appropriate technology reduced the disease course and cost, they spoke highly of it for its acceptance, efficacy and safety. ConclusionCurrent evidence shows that the promotion of appropriate health technology has achieved good effects. The satisfaction of medical institutions, managers, health service staff and patient is high, but these research results are of poor quality, mostly subjective evaluation, lack of scientific, rational, objective and consistent evaluation criteria, which cannot be used as evaluation evidence for the promotion of appropriate health technology.
ObjectiveTo systematically summarize and analysis the patterns of the screening, organization and promotion of appropriate health technology, to provide references for establishing the localization and long-term mechanism of appropriate health technology promotion for different regions. MethodsDatabases including CBM, CNKI, WanFang Data and VIP databases were searched from their inception to February 2016, to collect studies about the promotion and application of appropriate health technology in China. Two reviewers independently screened literature, and extracted data. Then, a descriptive analysis was conducted. ResultsA total of 26 studies were included, of which, 21 studies were related to specific patterns of the appropriate health technologies promotion and 5 studies were related to indicators screening system. The screening principle of appropriate health technology was a reference to national screening recommendation technology with local optional technology, taking into account locals needs and four aspects of technology:safety, effectiveness, economy and suitability. At the provincial and county levels, a leading group and a technical experts' group were established to take responsibility for project coordination and management, and provide technical guidance. Two patterns were being formed, one is a three or four level vertical promotion network, such as from the county to the townships and villages, the other is a radiation promotion from the point to the surface revolving around county and township. ConclusionThe screening of appropriate health technology is lack of objectivity, unified and strong operability index system. The "top-down" model led by the government could not meet the reality requirement of grassroots. It is necessary to establish a "bottom-up" mechanisms for the screening, organization and promotion of appropriate health technology, which can meet the reality requirement of grassroots.
ObjectiveTo investigate the current status of the promotion of appropriate health technologies in Zhejiang province from 2009 to 2013, in order to provide baseline data for appropriate health technologies, application and research. MethodsThe status of promotion of appropriate health technologies in different regions of Zhejiang province were quantitatively described and compared according to the information in the websites of The Application and Promotion of Appropriate Techniques of Health, The Application and Promotion of Appropriate Techniques of Traditional Chinese Medicine as well as the Bank of Appropriate Technologies. Resultsa) A total of 127 Model Bases of Appropriate Health Technologies were set up, which were combined 127 leading institutions and 513 joint units, covering 11 cities, 40 counties, and 206 townships. b) The type of first aid base and chronic diseases base accounted for 33.0% and 25.3% of total types of model bases respectively; however, the number of bases dealing with rehabilitation care, public health and diseases referred to Ophthalmology & Otolaryngology and skin disease were very small. c) There were 486 appropriate health technologies promoted in Zhejiang province; appropriate technology about first aid, chronic diseases, women and children, rehabilitation care, public health, Ophthalmology & Otolaryngology and skin disease, traditional Chinese medicine and family planning accounted for 26.5%, 18.9%, 17.9%, 11.0%, 10.6%, 7.6%, 4.6% and 1.4%, respectively of total types of appropriate health technologies. d) The numbers of appropriate health technologies promoted in different regions were varied. Most of appropriate health technologies were promoted in more developed regions or more regions rich in health resources. Conclusiona) The model of "1+X" is used to promote the application of appropriate health technologies in Zhejiang province, and the prefecture-level regions of Zhejiang province have established the Model Bases of Appropriate Health Technologies in 11 cities. The promotion system of appropriate health technology is constructed and it achieves good results. b) In nine model bases, the most types of promotion bases are chronic diseases and first aid, and the technologies about first aid, chronic diseases, women and children are most promoted. c) The types of appropriate health technologies promoted in different areas are varied. d) It is necessary to evaluate and select appropriate health technology bases according to the burden of local disease and evidence.
ObjectivesThe primary objectives of this rapid health technology assessment (RHTA) were to assess the safety and effectiveness of Da Vinci surgical system compared with traditional e surgeries, so as to provide the currently-available best evidence for health decision makers and clinical workers. MethodsA comprehensive search of electronic databases (EMbase, PubMed, The Cochrane Library, Web of Science, CNKI, VIP, CBM and WanFang Data) and relevant professional HTA websites were conducted from inceptionto October 9, 2012. Two reviews independently screen literature according to the inclusion and exclusion criteria, extracted data, and assess the quality of included studies. The data based on secondary studies were reported, and a final recommendation and its level was made based on assessment outcome. ResultsA total of 21 studies were included, encompassing 7 HTAs and 14 systematic reviews/metaanalyses. The included studies involved radical prostatectomy, hysterectomy, nephrectomy, coronary artery bypass graft, and gastric fundoplication. Though the included HTAs and systematic reviews/meta-analyses focus on different diseases, the outcomes showed significant differences existed between Da Vinci surgical system and other routine surgery in clinical effectiveness and safety of different diseases. Compared with routine surgery, Da Vinci surgical system shortened hospital stay; decreased operation conversion rates, blood loss and blood transfusion rates during surgery; but it increased operative time. Besides, compared with traditional laparoscopic surgery, Da Vinci surgical system shortened operation time and hospital stay, and decreased operation conversion rates, blood loss and blood transfusion rates during surgery. ConclusionCurrent evidence shows that the clinical effectiveness and safety outcomes of Da Vinci surgical system differ in diseases. Currently, most included HTAs and systematic reviews/meta-analyses are based on observational studies, relevant prospective randomized controlled trials lack, and the evidence is graded as low quality, health decision makers are suggested to apply this evidence with caution on the basis of comprehensive consideration.
ObjectiveTo investigate the effect of evidence-based nursing course in undergraduate nursing students' critical thinking ability. MethodsA prospective cohort study design was performed in students from two nursing undergraduate classes, who elected evidence-based nursing course as an observation group and students lacked of the course as a control group. The Chinese Version of Critical Thinking Disposition Inventory (CTDI-CV) was used to test critical thinking ability at the beginning and the end of the semester. The scores of CTDI-CV and rank of scores were compared between the two groups using t test and rank sum test. ResultsA total of 88 students were included, of which 41 students were in the observation group and 47 students were in the control group. Compared to the control group, the observation group demonstrated significantly more improvement in the total scores (MD=22.29, 95%CI 13.477 to 31.114), the search for truth (MD=2.81, 95%CI 0.211 to 5.410), open-minded (MD=3.37, 95%CI 1.280 to 5.471), analysis capabilities (MD=3.41, 95%CI 1.351 to 5.481), systematicity (MD=3.39, 95%CI 1.447 to 5.336), confidence critical thinking (MD=2.83, 95%CI 0.512 to 5.152), curiosity (MD=4.53, 95%CI 2.273 to 6.786) and cognitive maturity (MD=1.93, 95%CI -0.502 to 4.377). The level of total scores, the search for truth, analysis capabilities, systematicty, confidence critical thinking, and curiosity in the observation group were significantly improved. ConclusionEvidence-based nursing course learning can improve the undergraduate nursing students' critical thinking skill.
ObjectiveTo evaluate the comparative cost-effectiveness of thrombolysis treatment of ischemic stroke based on outcomes of CT perfusion (CTP). MethodsWe applied the methods of systematic review to evaluate the studies abroad about the cost effectiveness of CTP diagnosis outcomes used for selecting stroke patients for thrombolysis treatment. We also evaluated the domestic studies about the cost-effectiveness of CTP in China by establishing a decision tree model. ResultsA total of 2 economics studies were included. The results showed that, the cost-effectiveness ratios of CT, CTP and MRI for selecting stroke patients for thrombolysis treatment were 2 983.7 ￡/QALY, 2 951.4 ￡/QALY and 2 982.9 ￡/ QALY, respectively, in the UK; 100 483.5＄/QALY and 99 406.1＄/QALY just for CT and CTP, respectively, in the US; and the evaluation outcomes by establishing the decision tree model showed that, 113 492.4 ￥/QALY, 113 615￥/QALY and 120 831.9 ￥/QALY, respectively, in China. ConclusionAll international and domestic studies' results show that CTP is more cost-effective than CT/MRI in selecting stroke patients for thrombolysis treatment.
ObjectiveTo investigate the drug utilization in primary healthcare system of Xinjin county of Chengdu in 2010. MethodsThe drug utilization information in regional health information platform of Xinjin county were collected. Microsoft Excel 2003 software was used to describe the types, forms and expenditure of medicines, particularly the use of antibiotics among outpatients and inpatients. ResultsThe drug utilization of 17 hospitals in Xinjin county in 2010 was summarized below:a) there were 1 507, 1 356 and 695 kinds of drugs dispended for outpatients, and 1 271, 1 023 and 317 for inpatients in county-level hospitals (CLH), township hospitals (TH) and community healthcare centre (CHC), respectively. Among which, oral biomedicine and traditional Chinese medicine (TCM) accounted for about 45% of total types, and 46% to 73% of total drug expenditure among outpatients; while oral biomedicine and the injection accounted 37% to 61% of total types of medicines dispended to inpatients, particularly injection of biomedicine accounting for over 75% of total drug expenditure among inpatients. b) The expenditure of top 30 drugs in primary care hospitals accounted for 50% of total drug expenditure among outpatients and over 85% among inpatients. c) Among the top 20 drugs, there were 15 antibiotics, which accounted for 26.5% of total drug expenditure in Xinjin county. The top 10 antibiotics were mainly cephalosporin, accounting for 59.36% and 66.27% of total antibiotics expenditure among outpatients and inpatients respectively. Conclusiona) The main forms of medicines dispended to outpatients are oral biomedicine and TCM, while oral agents and injection of biomedicine are the majority of medicines used for inpatients. b) The top 30 drugs should be monitored for rational use of drugs considering the huge expenditure. And c) the types, proportion of use and expenses of antimicrobial drugs ranked the first in CLH, CHC and TH, which may imply irrational use of antibiotics.
ObjectiveTo investigate the human resources of village doctors for integrated management among township hospitals and village clinics in Xinjing county of Chengdu in 2010, so as to provide the evidence for optimal allocation of human resources in village level. MethodsThe information of village doctors in 2010, such as age, gender, educational level, professional license and work experience, were collected and analyzed using Microsoft Excel 2003 and SPSS 13.0. Resultsa) In Xinjin county, 213 village doctors were managed by 11 township hospitals (TH) in 2010 with the average of 19 village doctors in each TH; b) only 3 out of 11 THs achieved the national requirement of at least one village doctor per 1 000 rural population; to a greater or lesser extent, the shortage of village doctors existed in the rest 8 THs; c) Among the village doctors, the male-to-female ratio was 2.2 (68.5% vs. 31.5%). The village doctors younger than 45 years, 45 to 59 years, or no less than 60 years accounted for 42.8%, 18.8%, 38.5%, respectively. Those who graduated from secondary schools or elementary schools accounted for 90% (52.6% and 38%, respectively). d) Only 94.8% had the village doctor license. Among the 213 village doctors, only 1.4% and 3.6% were registered doctors or assistant doctors respectively. Those who worked longer than 30 years, 20-29 years, 10 to 19 years, and 5 to 9 years accounted for 44.6%, 12.2%, 29.6% and 6.1%, respectively. ConclusionThe quantity and quality of the village doctors in Xinjin county were insufficient to meet the requirement with aging teams, low education levels, and lack of professional qualifications. Therefore, the related policies should be implemented to maintain the stability of the village doctor teams, to improve the qualification and quality of service, and to promote the sustainable development of primary healthcare services.
ObjectivesTo investigate the utilization of essential medicines and antibiotics in primary healthcare system of Xinjin county of Chengdu city from 2009 to 2011. MethodsThe data of utilization of all the medicines, essential medicines and antibiotics was collected from 17 hospitals of Xinjin primary healthcare system. Microsoft Excel 2003 was used to analyze the data. ResultsCompared with 2009, the total costs of medicines and essential medicines increased by 72.27% and 135.4% respectively in 2010. After the implementation of essential medicine policy in 2010, the proportion of essential medicines accounted for more than 90% in community healthcare centers (CHCs) and township hospitals (THs) and over 50% in county-level hospitals in 2011. In 2010, the average cost per prescription among outpatients increased by 3.51% in total, but deceased by 16.23% in CHCs/THs (RMB 15.09 yuan per prescription). In July of 2011, the policy to control the use of antibiotics was implemented in Xinjin county. The use of antibiotics decreased, but still accounted for over 30% in 9 out of 13 CHCs/THs. The use of bigeminy antibiotics and trigeminy antibiotics accounted for 0.42 to 5.56% and 0 to 0.44%, respectively. ConclusionsThe use of essential medicines increases in Xinjin county and met the national requirements. The average cost per prescription among outpatient decreases in THs and CHCs. After controlling the use of antibiotics, the proportion and cost of antibiotics is still very high, and irrational use of antibiotics probably still exists. The training and guide for evidence-based rational use of medicine should be enhanced in future.
ObjectiveTo investigate the essential healthcare system performance in Xinjin county of Chengdu city from 2009 to 2010, so as to provide baseline data for further study. MethodsThe general information of the essential healthcare, such as the numbers of out and in-patients, service and profits were collected and then analyzed using the software of Microsoft Excel 2003 and SPSS 13.0. Resultsa) The results showed that the numbers of out and in-patients were in the rank of the county, township and community hospital. The numbers of out and emergency patients has been decreased 31.0% and 25.3% in the community hospital from 2009 to 2010, while patients in the county and township hospital has been increased. The numbers of in-patients has been increased by year; b) hospital bed occupancy has been increased by year, and the hospital bed occupancy of county hospitals was 8% lower than national level in 2009, 33.5% higher in 2010, the hospital bed occupancy of township hospitals from 2009 to 2010 was higher than national level, the ones of community hospital was lower than national level; c) there is an annual decreasing tendency for average days for hospitalization in county and community hospital, which were higher than national level; d) it was lower than national average rate; e) the inpatient fee per time was lower than national average rate; f) in the components of the in-patients expense, drug expense, operation expense and diagnose expense were constituted more than 86% in all eight costs; and g) the receipts and expenditure of Xinjin hospital throughout the year increased by years, the income and expenses showed 39.3% and 37.7%. ConclusionThe hospital bed occupancy, average hospitalization days and the inpatient fee per time in Xinjin county of Chengdu city during 2009-2010, were higher than national level. The overall health performance of hospitals in Xinjin county was satisfied. However, there was significant difference between the best and the worst. In order to distribute health resources, both benefit and efficient should be emphasized.