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Objective:To evaluate the implementation of national continuing medical education (CME) base programme about infectious disease control and prevention during 2013-2020, so as to improve the quality management of CME.Methods:According to data from national CME system, Excel and SPSS 27.0 were used to analyze project hosting days, places, teachers, students, project directors and training effect. The counting data were expressed by frequency and percentage [cases (%)], chi-square test was used to make comparison between groups, Mantel-Haenszel chi-square test was used for trend test, and the significance test level of the difference was α = 0.05. Results:A total of 116 projects were conducted from 2013 to 2020, with execution rate of 87.9%(116/132). Most hosting days were 2 to 3 days [57.8% (67/116)]. The majority [65.2% (5 785/8 871)] of trainees had junior and intermediate technical titles. As for trainers, trainers with senior technical titles accounted for 87.6% (758/865), and those with intermediate titles accounted for 12.4% (107/865). Mantel-Haenszel chi-square test showed that there was a linear relationship between the proportion of technical titles and the year ( χ2趋势 = 4.97, P趋势 = 0.026). Project directors almost had senior professional title, and nearly one third of them had the experience of undertaking three or more base projects within 8 years. The top three training modules were parasitic diseases prevention and control, AIDS prevention and control, and viral diseases prevention and control. Trainees were highly satisfied with the training contents. Conclusion:The implementation of the infectious disease prevention and control base programme went well in general from 2013 to 2020. In the future, it’s needed to be demand-oriented, rationally design training programs, enhance the evaluation of training effects, strengthen the construction of public health core capacity, and adopt a strategy of brand development in the process of the infectious disease prevention and control base programme.
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Objective:To analyze the epidemiological characteristics and trend of human brucellosis in Jinan City of Shandong Province from 2010 to 2019, so as to provide a scientific basis for improving prevention and control strategies and measures.Methods:The brucellosis surveillance data of Jinan City from 2010 to 2019 were obtained from the "Infectious Disease Surveillance System" in "China Information System of Disease Prevention and Control". Descriptive epidemiological methods were used to analyze the epidemiological situation and the three distributions (regional distribution, time distribution, population distribution) of cases.Results:A total of 1 882 cases of brucellosis were reported from 2010 to 2019, with an average incidence rate of 2.64/100 000. The incidence of brucellosis increased from 0.13/100 000 to 5.37/100 000, and reported incidence of brucellosis showed a increasing trend (χ 2trend=307.50, P<0.05). The epidemic areas were spread from 7 towns (streets) of 3 counties (districts) to 76 towns (streets) of 12 counties (districts). The cases were reported each month throughout the year with incidence peak period form April to July. The gender of the patients was mainly male, and the sex ratio of male to female was 2.66: 1.00 (1 368 ∶ 514). In terms of age distribution, 30-69 years old was peak age. Farmer was the predominant occupational group. Conclusions:In 2010 to 2019, the incidence of brucellosis in Jinan City has increased and the epidemic areas have expanded year by year. Corresponding measures for brucellosis prevention and control should be developed according to epidemiological characteristics in order to strengthen the capacity of epidemic prevention and control measures.
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Objective To analyze the epidemiological trend and characteristics of human brucellosis in Laiwu City of Shandong Province, and to provide a scientific basis for improving prevention and control strategies and measures. Methods The information on the outbreaks of brucellsis in Laiwu City from 2011 to 2017 collected from the "Infectious Disease Reporting Information Management System" in the "China Information System of Disease Prevention and Control", and a retrospective analysis method was used to descriptive statistical analysis of the three distributions (time distribution, regional distribution, population distribution) and transmission route of brucellosis cases. Results A total of 146 cases of brucellosis were reported from 2011 to 2017. The incidence of brucellosis increased from 0.23/100000 in 2011 to 2.98/100000 in 2017, showing an increasing trend year by year (χ2trend = 55.56, P < 0.05); the scope of outbreak was expanding, and the epidemic area was spread from 2 towns (streets) in 2011 to 17 towns (streets) in 2017. There were cases of brucellosis in the whole year, the onset time was mainly concentrated in April and May; the gender of the patients was mainly male, and the male-female ratio was 2.84 : 1.00 (108 : 38); the onset age was mainly concentrated in 30 - 70 years old; the occupational distribution was dominated by farmers. The transmission route was mainly direct contact infection of occupational population, accounting for 78.77％ (115/146); followed by food-borne infection, accounting for 13.70％ (20/146). Conclusions The outbreak of brucellosis in Laiwu City is on the rise and the scope of the epidemic area is expanding, occupation is dominated by farmers, the transmission route is mainly direct contact. The health education and awareness of self -protection for related occupational population should be strengthened.
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Objective@#To analyze the epidemiological trend and characteristics of human brucellosis in Laiwu City of Shandong Province, and to provide a scientific basis for improving prevention and control strategies and measures.@*Methods@#The information on the outbreaks of brucellsis in Laiwu City from 2011 to 2017 collected from the "Infectious Disease Reporting Information Management System" in the "China Information System of Disease Prevention and Control", and a retrospective analysis method was used to descriptive statistical analysis of the three distributions (time distribution, regional distribution, population distribution) and transmission route of brucellosis cases.@*Results@#A total of 146 cases of brucellosis were reported from 2011 to 2017. The incidence of brucellosis increased from 0.23/100 000 in 2011 to 2.98/100 000 in 2017, showing an increasing trend year by year (χ2trend=55.56, P < 0.05); the scope of outbreak was expanding, and the epidemic area was spread from 2 towns (streets) in 2011 to 17 towns (streets) in 2017. There were cases of brucellosis in the whole year, the onset time was mainly concentrated in April and May; the gender of the patients was mainly male, and the male-female ratio was 2.84: 1.00 (108:38); the onset age was mainly concentrated in 30-70 years old; the occupational distribution was dominated by farmers. The transmission route was mainly direct contact infection of occupational population, accounting for 78.77% (115/146); followed by food-borne infection, accounting for 13.70% (20/146).@*Conclusions@#The outbreak of brucellosis in Laiwu City is on the rise and the scope of the epidemic area is expanding, occupation is dominated by farmers, the transmission route is mainly direct contact. The health education and awareness of self-protection for related occupational population should be strengthened.
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Objective To analyze the epidemic characteristics of brucellosis in Nangang District of Harbin City,and to provide a scientific basis for making strategies in prevention and control of the disease.Methods Descriptive epidemiological methods were used,epidemic characteristics (time distribution,regional distribution and population distribution) of the disease in Nangang District of Harbin City in 2006-2015 were studied,and brucellosis cases were reported online through the national epidemic network.Results A total of 105 cases of brucellosis were reported,the average annual incidence rate was 7.84/100 thousand and no death case.The number of cases was the highest in 2014,it was 21 cases,the incidence rate was 1.57/100 thousand;the number of cases was the least in 2010,it was 3 cases,the incidence rate was 0.22/100 thousand;in 2006,the number of cases was 9,the incidence rate was 0.67/100 thousand;in 2015,the number of cases was 17,the incidence rate was 1.27/100 thousand.The incidence of the disease was mainly concentrated in summer and autumn,accounting for 65.71％ (69/105),the number of summer onset was 38,accounting for 36.19％ (38/105);the incidence of the autumn was 31,accounting for 29.52％ (31/105).In 2006-2012,the incidence of the disease was mainly concentrated in Wanggang and Hongqi townships,accounting for 60.00％ (30/50);after 2013,the cases in urban areas were on the rise,Wanggang and Hongqi townships accounted for 34.55％ (19/55).Incidence of male youth was the highest,male and female incidence ratio was 2.18:1.00 (72:33);incidence peak was 30-60 years old,accounting for 60.95％ (64/105);after analyzing the incidence of occupational groups,farmer was the highest,accounting for 43.81％ (46/105).Transmission route was contact with cattle and sheep and lived in the environment cattle and sheep were breed,the number of cases was 34.Conclusions The incidence of brucellosis in Nangang District of Harbin City is rising after 2013.Disease season focus in summer and autumn,occupation focus in farmers,and the scope of the outbreak has been expanded.We should further strengthen publicity and education in disease focus season,improve the awareness of protection,in order to effectively control the epidemic of brucellosis.
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The importance of public healthcare system has been widely recognized since the current Middle East respiratory syndrome epidemic began. However, their capacities are not sufficient in both quantitative and qualitative perspective aspects. When a large-scale outbreak develops, public hospitals and community health centers should be primarily responsible for treatment of patients and isolation of individuals who are likely to infect other people, with the supplemented of private hospitals. Clearly, the central and municipal governments, and public healthcare system has failed to deal with the current Middle East respiratory syndrome epidemic, largely due to lack of expertise and professional staff. The governments at various levels and public hospitals should thoroughly and publicly review the work process and problems revealed in dealing with the current epidemic. Based on such evaluation, they should establish action plans for infectious disease control, and regular training and exercise should be done according to them. In addition, more public hospitals should be established under the regional health planning. It is important for public heathcare facilities to hire physicians on a stable and long-term employment contract, and to train them so that they could play a role in case of epidemic.
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Humans , Communicable Diseases , Community Health Centers , Delivery of Health Care , Employment , Hospitals, Private , Hospitals, Public , Middle East , Regional Health PlanningABSTRACT
Koii(Public Doctor) System introduced into Taiwan in 1896 for the purpose of filling up medical vacuum of rural area and therefore spreading modern medical system all over Taiwan, was transplanted in 1913 into Colonial Korea for the same purpose. In terms of system itself Koii system in both areas were almost the same, but quite different in practices. First, Koiis in Taiwan was forced to write concrete medical report every month on the medical situation in the area under jurisdiction, whereas to those in Korea writing monthly report was not so compulsory. This difference resulted in some gaps in the quality of medical statistics of the two areas. Second, Unlike their counterparts in Korea, Koiis in Taiwan organized their own associations both locally and nationally and it helped to build up their own networks and share informations on medical situation including informations on infectious diseases. Third, Koiis in Taiwan formed more harmonious relationship between Taiwanese Police than their counterparts in Korea, which helped them to execute various medical activities in more comfortable environment. Taiwanese People went to medical institutions a lot more frequently than Korean People, and this difference was basically derived from the quite different density of Koii assignment in both areas. Korean People had to spend more time and money to utilize modern medical institutions than Taiwanese People did. The different density of Koii assignment also affected the results of prevention and eradication of infectious diseases; in Taiwan plague and small-pox has been successfully controled, whereas Chosun Government-general was not so successful in controling infectious diseases including small-pox. Small-pox infectee in Korea was about 6 times to Taiwan, and the number of death by small-pox was 9 times to Taiwan. One of the keys to this difference is the different role of Koiis. In Korea, Koiis could do little thing about infectious diseases mainly because of manpower shortage, thus shifting their duties like vaccination onto police officers who was inevitably inferior to doctors in medical terms, whereas vaccination was led by Koiis in Taiwan, with the help of police officers and traditional doctors. The difference between Korea and Taiwan in terms of Koii system and its effect implies that public health network in colonial Taiwan was better organized and more stable than that in colonial Korea, and therefore we should be careful about applying the concept of disciplinary power or modernization theory to colonial medical history of Korea.
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Colonialism/history , History, 19th Century , History, 20th Century , Korea , Physicians , Public Health/history , TaiwanABSTRACT
OBJECTIVE To explore a management method for the prevention and control of infectious diseases in hospital. METHODS We applied the PDCA (plan,do,check and action) model to establish a management strategy for the prevention and control of infectious diseases for three years. The components of the management model included providing educational program for medical staff,designing and realizing direct network system for infectious disease reporting,monitoring diagnosed infectious diseases ,analyzing their epidemic tendency,guiding medical staff to prevent and control infectious diseases,and strengthening the surveillance,feedback,rewards and punishment. RESULTS The rate of delayed or missed report of infectious diseases was decreased from 5% to 1.1% by monthly check and from 6.8% to 0% by seasonally cross check. Although 46 cases of AIDS,5 cases of caesarean birth with HIV possitive and 1445 cases of hand-foot-mouth disease were admitted in our hospital,No medical staff and other patients was crossly infected. CONCLUSIONS Our way of management based on PDCA model can strengthen the prevention and control of infectious diseases and assure medical quality and patient safety.