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OBJECTIVE@#To ensure the supply of prevention materials in the tertiary public hospitals in prefecturelevel cities, and to make the process of allocating prevention materials more scientific and reasonable.@*METHODS@#Open the green passage, simplify the procurement process, carry out emergency procurement of related materials, ensure timely delivery of prevention materials, distribute them at different levels, and strengthen the warehouse management of prevention materials.@*RESULTS@#The scheme of emergancy supplies was constantly improved, and the supply of prevention materials was completed with good quality.@*CONCLUSIONS@#Using scientific and efficient management methods, the supply of prevention materials in medical institutions has been guaranteed, which has experience and reference significance for the prevention and control of similar public health emergencies in the future.
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Humanos , Emergências , Saúde Pública , Centros de Atenção TerciáriaRESUMO
Objective To explore the spatio-temporal epidemic trends and related driving effects of meteorological factors on brucellosis in Datong city,Shanxi province,from 2005 to 2015.Methods We collected the surveillance data on brucellosis and related meteorological data in Datong city from 2005 to 2015,to describe the epidemic characteristics of the disease.Quasi-Poisson distribution lag non-liner model (DLNM) was built to explore the driving effect of monthly meteorological data on the disease.Results From 2005 to 2015,Datong city reported a total of 17 311 cases of brucellosis including one death,with the annual average incidence as 47.43 per 100 000 persons.A rising trend was seen during the study period.The monthly incidence of Brucellosis presented an obvious curve with a major peak from March to June,accounted for 48.40％ of the total cases.The high incidence areas in the city gradually expanded from the northeast and southeast to the western areas.Results fiom the DLNM studies suggested that seasonality of brucellosis in Datong was significantly affected by metrological factors such as evaporation,rainfall and temperature.The peak of delayed effect appeared the highest when the monthly cumulative evaporation capacity was 140-260 mm and the monthly cumulative rainfall was 20-60 mm with lag less than 1 month or the monthly temperature was-13 ℃ with lag of 4-5 months.Conclusions The incidence of human brucellosis in Datong city increased significantly from 2005 to 2015.Meteorological factors such as evaporation,rainfall,temperature all showed significant driving effects on the disease.
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Objective To explore the spatio-temporal epidemic trends and related driving effects of meteorological factors on brucellosis in Datong city,Shanxi province,from 2005 to 2015.Methods We collected the surveillance data on brucellosis and related meteorological data in Datong city from 2005 to 2015,to describe the epidemic characteristics of the disease.Quasi-Poisson distribution lag non-liner model (DLNM) was built to explore the driving effect of monthly meteorological data on the disease.Results From 2005 to 2015,Datong city reported a total of 17 311 cases of brucellosis including one death,with the annual average incidence as 47.43 per 100 000 persons.A rising trend was seen during the study period.The monthly incidence of Brucellosis presented an obvious curve with a major peak from March to June,accounted for 48.40％ of the total cases.The high incidence areas in the city gradually expanded from the northeast and southeast to the western areas.Results fiom the DLNM studies suggested that seasonality of brucellosis in Datong was significantly affected by metrological factors such as evaporation,rainfall and temperature.The peak of delayed effect appeared the highest when the monthly cumulative evaporation capacity was 140-260 mm and the monthly cumulative rainfall was 20-60 mm with lag less than 1 month or the monthly temperature was-13 ℃ with lag of 4-5 months.Conclusions The incidence of human brucellosis in Datong city increased significantly from 2005 to 2015.Meteorological factors such as evaporation,rainfall,temperature all showed significant driving effects on the disease.
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Distribution and utilization of educational resource that were induced by multi-financing pattern became more and more important. This article plans to analyze the phenomenon of distribution and utilization of higher education resource at present on the basic functions of higher education, and discuss the problem about rationality of distribution and utilization of educational resource in the higher learning institutions.