ABSTRACT
Objective: To analyze the malaria situation in Shaanxi Province during 2005-2014, in the aim of providing reference for improving malaria elimination strategies and measures. Methods: Data on malaria control and malaria epidemic reports during 2005-2014 were collected, and analysis was made on prevalence and regional distribution of malaria, species of plasmodium, diagnosis of patients, and sources of imported malaria. Results: Four hundred and fifty three cases of malaria were reported in Shaanxi Province during 2005-2014, consisting of 73 local cases ï¼16.1%ï¼ and 380 imported cases ï¼83.9%ï¼ of which 141 were falciparum malaria ï¼37.1%, 141/380ï¼. Three patients died and they all were imported cases of falciparum malaria. No indigenous infection had been reported since 2011. Most of the cases were laboratory-confirmedï¼71.5%, 324/453ï¼. The falciparum malaria cases accounted for 31.1%ï¼141/453ï¼ of all the cases, and they all were imported cases. No cases of quartan malaria and ovale malaria were reported. The 73 indigenous cases distributed in 25 districts (counties) of 7 cities, including 3 cities in South Shaanxi (Shangluo, Hanzhong, Ankang)ï¼61.6%, 45/73ï¼ and four cities in Central Shaanxi (Xi'an, Weinan, Xianyang, Baoji) (38.4%, 28/73ï¼. The imported cases showed an increasing trend from 24 in 2005 to 59 in 2014. The 380 imported cases were mainly from over 20 countries in Africa ï¼72.6%, 276/380ï¼, with top sources of Angola ï¼64 casesï¼, Cameroon ï¼26ï¼, Ghana ï¼24ï¼, and Equatorial Guinea ï¼23ï¼ accounting for 36.0% ï¼ 137/380ï¼. The median of interval from onset to diagnosis was 5 d. The cases were mainly reported by clinical medical institutions ï¼87.6%, 397/453ï¼, only 7.5% ï¼34/453ï¼ were reported by disease control institutions. Conclusion: No indigenous cases have been reported since 2011, but the imported malaria cases show a trend of increase with a major source of Africa.
Subject(s)
Malaria , China , Epidemics , Humans , Plasmodium , PrevalenceABSTRACT
OBJECTIVE: To evaluate the implementation effect of Malaria Elimination Project supported by the Global Fund in Shaanxi Province so as to provide the evidence for the scientific implementation of Malaria Elimination Action Plan and the examination and evaluation work. METHODS: The data of malaria prevention and control work were collected and analyzed statistically in 27 counties from 2010 to 2012 in order to evaluate the measures and effects of malaria control. RESULTS: There were 64 reported cases in the project areas from 2010 to 2012, and the average annual incidence rate was 0.15/10 million with a declining trend. The infected area sources of patients were mainly imported overseas accounting for 79.69% of the total cases. The blood completion rate of febrile patients was 94.14%, and the scope of the blood smears testing work had expanded to 88 counties (including 61 third-class counties). The training coverage rate of malaria prevention knowledge and skills had achieved to 100%. The awareness rates of malaria prevention and control were 91.68% and 89.44% in the students and local residents respectively. The case reporting within 24 h after diagnosed, epidemiological case study and outbreak disposal, laboratory testing and confirming and the other case management capabilities had also improved significantly. CONCLUSIONS: The implementation of the Global Fund Malaria Project in Shaanxi Province has accelerated the process of Malaria Elimination work and improved significantly the malaria control ability in the project areas.