库邦市登革热流行区登革热防治模式、Abate播种和Larvitrap装置

R. H. Kristina, Ragu Theodolfi, Oktofianus Sila
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引用次数: 0

摘要

伊蚊叮咬每年造成近000万人感染登革热病毒,其中宣布的流行区之一是东努沙登加拉省,2020年东努沙登加拉省发现登革热出血热(DHF)病例5669例,死亡58例(CFR 1.02%)。影响较大的外部因素包括清洁水的供应、饮用水和清洁水的危机以及不符合要求的水容器状况不佳。本研究的目的是管理在古邦市社区/家庭中安装幼虫器的移动和减少水容器。这是一项观察性研究,采用调查设计,关于Larvitrap工具的安装。采用House指数(HI)、Container指数(CI)和Breteau指数(BI)测定蚊幼虫密度。采用随机抽样方法选取383个家庭作为研究样本。结果表明,库区有水库866个,占47.8%。法图uli村室内水容器比例最高,为15.7%(140个单位),Oesapa村室外水容器比例最高,为15.5%(143个单位)。TDM村和克拉帕利马村室内水容器阳性率最高(30.4%),TDM村室外水容器阳性率最高(48.4%)。TDM村室内和室外水容器中均发现埃及伊蚊幼虫和白纹伊蚊幼虫,其他6个村仅发现埃及伊蚊幼虫。Oebufu村诱蚊幼虫阳性率为15%,Oesapa村为10%,其他5个村未发现诱蚊幼虫。轻击密度指数中,克拉帕利马村的房屋指数(HI)最高,达58.33%,集装箱指数(CI)最高,达44.03%,布雷图指数(BI)最高,达218.75%。因此,有必要开展蚊幼虫控制教育,包括社区积极参与和监督社区容器每周排水。此外,应在雨季开始时、病例发生高峰期和雨季结束时在库邦市同时开展减灾喷洒和登革热病媒控制活动。
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Dengue Control Model, Abate Sowing and Larvitrap Installation in Dengue Endemic Areas of Kupang City
The bite of the Aedes sp mosquito causes nearly 0 million people to be infected with the dengue virus annually, one of areas declared as an endemic area is East Nusa Tenggara Province. 5669 cases and 58 deaths due to dengue hemorrhagic fever (DHF) were found in East Nusa Tenggara Province in 2020 (CFR 1.02%). Highly influential external factors include the availability of clean water, the crisis of drinking water and clean water, and poor condition of water container that do not meet the requirements. This study aims to manage Larvitrap installation movement and abatezation of the water containers in the community/households in Kupang City. This was a observational study with survey design regarding the installation of Larvitrap tool. The density of mosquito larvae was measured based on the House Index (HI), Container Index (CI), and Breteau index (BI). 383 families were involved as the study samples who were selected using the accidental sampling technique. The results showed that there were 866 units of water resevoir (47.8%). Fatululi Village had the highest percentage of indoor water container by 15.7% (140 units), and Oesapa Village had the highest percentage of outdoor water container by 15.5% (143 units). The highest percentage of positive indoor water container was found in TDM and Kelapa Lima by 30.4%, while the highest percentage of positive outdoor water container was found in TDM village by 48.4%. Aedes aegypti larvae and Aedes albopictus larvae were identified in the indoor and outdoor water containers in TDM Village, while that were only aedes aegypti larvae found in six other villages. The positive larvitrap larvae found in Oebufu Village was 15%, 10% was found in Oesapa Village, while there were no larvae found in 5 other villages. The flick density index obtained the highest House Index (HI) in Kelapa Lima village by 58.33%, the highest Container Index (CI) was found in TDM village by 44.03% and the highest Breteau Index (BI) was found in TDM village by 218.75%. It can be concluded that it is necessary to conduct education on mosquito larvae control that involves active community participation and supervision towards weekly draining of community water containers. In addition, abate sprinkling and dengue vector control activities should be carried out simultaneously throughout Kupang City at the beginning of the rainy season, at the peak of case incidence and at the end of the rainy season.      
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