首页> 外文期刊>Parasitology Research >Eco-epidemiology of Chagas disease in northeastern Brazil: Triatoma brasiliensis, T. pseudomaculata and Rhodnius nasutus in the sylvatic, peridomestic and domestic environments.
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Eco-epidemiology of Chagas disease in northeastern Brazil: Triatoma brasiliensis, T. pseudomaculata and Rhodnius nasutus in the sylvatic, peridomestic and domestic environments.

机译:巴西东北部恰加斯病的生态流行病学:在sylvatic,蠕虫和家庭环境中的巴西Triatoma,T。pseudomaculata和Rhodnius nasutus。

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摘要

An entomological survey was carried out in four rural localities situated in the state of Ceará, assessing Chagas disease seroprevalence in man, focusing on the presence of vectors in natural foci contiguous to the domestic and peridomestic environments. Fifty-three Triatoma brasiliensis, nine T. pseudomaculata and 71 Rhodnius nasutus were collected in their natural habitats as far as 10 m from the houses, and 663, 59 and 8 respectively were captured in peridomestic artificial structures, adjacent to the houses, including henhouses, pigpens, corrals, perches and piles of bricks, tiles and wood. Within the households, 37?T. brasiliensis, one specimen of T. pseudomaculata and one of R. nasutus were captured. Overall, Trypanosoma cruzi infection rates were 2.3% for T. brasiliensis and 11.3% for R. nasutus. Despite that the seroprevalence survey in man did not reveal positive results using two serological techniques, natural triatomine habitats are juxtaposed to man-made artificial ecotopes, resulting in overlapping habitats. The contiguity between natural ecotopes and human dwellings increases the interaction between vectors and humans, challenging continuous surveillance and vector control efforts.
机译:在塞阿拉州的四个农村地区进行了一次昆虫学调查,评估了美洲锥虫病的血清阳性率,重点是与住家和猪舍环境相邻的自然疫源中是否存在病媒。在距房屋10 m的自然栖息地中收集了53株巴西Triatoma,9株假单胞菌和71株Rhodnius nasutus,并在与房屋(包括鸡舍)相邻的周皮人工结构中分别捕获了663株,59株和8株。 ,猪圈,畜栏,鲈鱼和成堆的砖块,瓷砖和木头。在家庭内部,温度为37?T。捕获了巴西假单胞菌的一个标本和纳苏的一种。总体而言,巴西锥虫的克鲁氏锥虫感染率为2.3%,纳豆虫为11.3%。尽管使用两种血清学方法对人进行的血清阳性率调查未显示出积极的结果,但将天然的三角藻类生境与人造的人工生态环境并列,导致生境重叠。天然生态环境与人类住所之间的连续性增加了媒介与人类之间的相互作用,对持续的监视和媒介控制工作提出了挑战。

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