缅甸仰光地区半市区埃及伊蚊季节性流行情况

S. Oo, Tin Lay Mon, Nyothiri Aung, T. Ei, Toe Toe Soe, Aye Aye Su, K. K. Soe, Khin Mar Lwin, Thin Thin Soe, Myat Lwin Htwe
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引用次数: 1

摘要

对仰光地区半城市地区的20所房屋进行了埃及伊蚊流行率调查。在室内和室外5种水容器中进行幼虫调查。采用标准指标每月调查幼虫密度流行率。集装箱指数(CI)侵染率最高的为2018年6月(56.52%),次高的为2017年7月(48.36%),最低的为2017年4月(5.07%);6月为最高(36.49%),10月为第二高(23.8%)。金属桶(MI)在2018年6月最高(13.95%),2017年7月第二高(6.25%)。2017年7月,土罐幼虫侵染率最高(42.1%);各指数的幼虫发病率均以季风季节开始的6、7月最高,其余月份由于乡卫生厅在研究区施用杀虫剂,幼虫发病率有所下降。然而,杀虫剂的施用并没有覆盖所有蚊子的孳生场所,他们的房屋下留下了水坑来施用杀虫剂。采用户数(HI)、容器指数(CI)、布雷图指数(BI)评价阳性幼虫发生率。各指数阳性率最高和次高的分别为2018年6月和2017年7月,分别为HI(27.3%和23.4%)、CI(56.52%和48.36%)、BI(17.56%和16.79%)和SI(28.49%和24.38%)。4月份各指数的最低率分别为2.56% (HI)、5.07% (IC)、2.67% (BI)和1.91% (SI)。在本研究中,侵染率指数与阳性幼虫指数值的波动趋势相似,呈正相关关系。难以采取控制措施的原因取决于他们房屋下的水源,即使在旱季,这些水源全年都处于停滞状态。6月和7月因登革热/登革出血热患者引起的儿童高发病率和死亡率与埃及伊蚊的流行无直接关系。防治措施主要包括冲洗房屋下水源和在所有孳生场所施用杀虫剂。
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Seasonal Prevalence of Aedes aegypti in Semi-Urban Area of Yangon Region, Myanmar
Prevalence rate of Aedes aegypti was conducted in 20 houses from semi-urban areas of Yangon Region. Larval surveys were done at indoors and outdoors water containers of five types. Prevalence rate of larval density larvae was investigated monthly by standard indices. The highest infestation rate of the container index (CI) was in June 2018 (56.52%), the second highest was in July 2017 (48.36%) and the lowest rate was in April 2017 (5.07%); those of the Jar index (JI) was highest (36.49%) in June and second highest rate (23.8%) was in October 2017. Reasoning the Metal drum (MI) was highest (13.95%) in June 2018 and second highest (6.25%) was in July 2017. The larval infestation rate of Earthen pot (EI) was highest (42.1%) in July 2017. The larval incident rate in almost all indices showed that the highest rate was at the beginning of monsoon season, in June and July, while in the remaining months, the larval incident rate was found to decrease due to the application of insecticides in the study area by the Township Public Health Department. However, the application of insecticides did not cover all the breeding sites of the mosquitoes, the water puddles under their houses were left to apply the insecticides. The positive larval incident rate was assessed by Household (HI), Container index (CI), Breteau index (BI). The highest and second highest positive larval incident rates were all in June 2018 and July 2017 in all indices, HI (27.3% and 23.4%), CI (56.52% and 48.36%), BI (17.56% and 16.79%) and SI (28.49% and 24.38%) respectively. The lowest rate in all indices was 2.56% (HI), 5.07% (IC), 2.67% (BI) and 1.91% (SI) in April. In this study, the fluctuation of indices of infestation rates and positive larval index value was positively correlated in similar trends in the study months. The reason for difficult control measure depends on the water sources under their houses and remains stagnant throughout the year, even in the dry season. High incident and death rates of the children due to Dengue/Dengue Haemorrhagic fever patients in June and July could not be directly correlated with the prevalence of Aedes aegypti. The control measure is needed to wash out the water source under the houses and to apply the insecticides to the all breeding sites.
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