Yulidar Yulidar, Veny Wilya, R. Rosdiana, Yasir Yasir
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引用次数: 0

摘要

人类可通过蚊虫叮咬感染处于感染幼虫期的丝虫病(L3)。本研究对Langsa市丝虫病潜在媒介蚊进行抗体、抗原检测和昆虫学指数检测。本研究于2016年11月在兰沙市的Matang Seulimeng村和Sungai Paoh Firdaus进行,共有600名受访者。为了确定接触传染源的程度,使用快速诊断试验(RDT)进行了手指血液调查和快速检查。RDT采用布鲁吉亚法测定抗体,免疫层析法测定丝虫虫抗原。采用蚊虫密度、相对丰度、捕获频率和优势种等昆虫学指标来衡量潜在媒介的存在性。结果,没有应答者在其血液中发现抗体或丝虫病抗原阳性。媒介数据显示,Langsa市潜在丝虫病媒蚊为致倦库蚊(23%),叮咬活动高峰在下午1点至2点。
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Deteksi Antibodi dan Antigen Cacing Filaria dan Indeks Entomologi Vektor Potensial Filariasis di Kota Langsa Provinsi Aceh
Humans can be infected with filariasis through mosquito bites with filaria worms in infective larva stage (L3). This study was conducted to detect the antibody, antigen, and the entomology index of potential mosquito vectors of filariasis in Langsa City. This research was conducted in Matang Seulimeng Village and Sungai Paoh Firdaus in Langsa City on November 2016 with 600 respondents. To determine the level of exposure to the infection source, a finger blood survey was conducted with a quick check using the rapid diagnostic test (RDT). RDT used is Brugia test to measure antibodies and ICT (Immuno Chromatographic Test) to measure filaria worm antigens. The existence of potential vectors is measured by entomology index, which are mosquito density, relative abundance, frequency of mosquitoes caught and species dominance. As the result, there were no respondent have been found positive for antibodies or filarial worms antigens in their blood. For the vector data, the potential mosquito vector of filariasis in Langsa City is Culex quinquifasciatus (23%) with peak biting activity at 01.00 02.00 pm.
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